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Public and private production of a private good: The case ofcotton textile manufacturing industry in Bangladesh
Nuruzzaman, Syed Abu Muhammad, Ph.D.
University of Hawaii, 1989
U·M·I300 N. Zeeb Rd.Ann Arbor, MI 48106
roBLIC AND mIVATE PROIXJcrION OF A PRIVATE GOOD:
A DISSERl'A1'ICN SUEMITl'ED 'ro '!HE GRAWATE DIVISIOO OF'mE UNlVERSrIY OF HAWAII m PARrIAL FUI..FIUMENr
OF '!HE~ FOR '!HE DEX;REE OF
oocroR OF J.=HIIDSO:mY
DECEMBER 1989
By
Syed A M Nun1zzaman
Dissertation committee:
Seij i Naya, Chainnan<::h\m3 H; lee
William E•. JanesSUbroto Roy
Albert Moscotti
------------ -_.- .~---_. ----------- -- _._-------- ..
I would like to take this opportunity to record my deep
awreciation to the xrembers of my dissertation ccmnittee, Drs. seiji
NC'-ya, Chun;J H. lee, William E. Janes. SUbroto Roy am Albert Moscotti,
who have all been very generous with their t:iJne arx:1 advice. In
particular, this dissertation would not have been possible without the
constant enc:xJUragenent am support of my advisor, Professor seiji Naya
who has influenced my approach to analyzi..rxJ econcanic issues in an
unalterable way arx:1 will continue to be a major source of inspiration
for all my future 'WOrk. I also thank Prof. lee am Prof. James for
their very valuable cc:mnents on the final draft of this dj ssertation.
In the course of graduate study at the University of Hawaii arx:1
in wri~ this dissertation, I have accumulated considerable
intellectual debts fran many teachers, frierxls am colleagues. I also
acknowledge the many valuable suggestions that I received fran the
participants of the RSI-Depart:nalt of Economics Trade am DeveloptOOIlt
Forom. My sincere Mahalo to all of them.
I am also very grateful to Dr. Mahabub Hossain, Director General,
Ban:Jladesh Institute of Develq;:m:mt SbJdies: officials of Ban,;Jladesh
Textile Mills Corporation, Bangladesh ~"tile Mills Asscx:iation,
National Productivity Organization, Ministry of Irxiustries, Ministry
of Finance, Planni..Tlg CC!l!ndssion and Banglades..'1 Shilpa Bank: am to the
managers of various mills for providing me with the necessary data,
information an:i assistance durhtg the course of my field research.
----------- -- ---- ------ --
iii
My graduate study at the University of Hawaii was financed by a
generous grant from the East-west center for which I will :remain
deeply grateful.
Finally, I wish to thank Shama, Reema am Shehtaaz for simply
beirg what they are. I dedicate this work to them - though this is so
little.
--- ----- --- ---- --------
iv
For the last twenty-five years, the Asian economies have been
grc1tlirg at inpressive rates. In particular, the success of the NIEs
arxl sane members of ASFAN in achievirq high rates of econanic growth
am social Progl:ess have cane to be seen as significant events in
oont:elIIX>rcny Asian development scene. Most obse1:Vers are agreed that
the internal policies pursued by these countries have been the major
factors behin:l S'I.1ch high levels of growth. '!he South Asian countries
have been, until recent years, less successful in this respect am are
roN ~ged in liberalizirq their economies in which a greater
eJrP1asis is beirg placed on the private sector arxl privatization to
increase their growth rates.
A greater enphasis on the private sector am econanic measures
such as privatization i.nplicitly assume that private sector is nore
efficient in allocatirq ani usin;J scarce resources than the public
sector. '!he prilllal:Y objective of this dj ssertation is to examine this
assumption arxl generate the hypothesis that there is no statistical
difference in the comparative perfonnance of public and private
sectors in the production of a private good. '!his is done by
searchirg for a theoretical underpinning for such an expectation
within the property rights and irrlustrial organization literature by
t:akin:J the cotton textile manufacturing indusb:y of Bangladesh. as a
case study. '!he cotton textile manufacturing :irrlustry of BaJlglades..l1
is chosen as a case study for two reasons. Firstly, it is
dlaracterized by both public and private a;.mership. 8ecorxlly, a
'- -_._--_.-._--------- ---_ .._-
v
significant number of mills were p:Livatized in 1982. '!hese two
factors afford an examination of issues relatirq to canparative
efficiency an::l consequences of privatization.
'!he property rights literature suggests that private sector
enteJ:prises are likely to be IOOre efficient tha." comparable plblic
sector enteJ:prises for several reasons. In privately owned
enteJ:prises, the shareholders are assumed to maxindze the difference
between costs am revenues as the residue belong to them, resultirq in
efficient use of scarce resources. '!heir rights to transfer
enteJ:prise property to others also ilnply that they have an incentive
to increase its present value. In publicly owned enterprises, it is
argued, the citizen-ovmers do not have the rights to transfer their
property rights an::l have no direct claim on the residue, resultin;J in
a reduc:tion in their ability to ensure managerial efficiency. An
examination of the growth, structure ani perfonnance issues of the
cotton textile ma~acturirq i.rrlustry of Bangladesh suggests that, in
addition to differences in property rights, factors such as age,
location, capacity utilization, enterprise size, managerial
supervision are i.nportant sources of efficiency.
Frontier an::l average production function estimates are used to
carpare the managerial efficiency in a sample of public am private
cotton textile mills of Bangladesh. '!he frontier prcx:luction ftmction
awroach, through the use of linear prograrmni..'19' tec.lmique, yields mill
spec:ific efficiency ratios. A ranking of these ratios irrlicate that
private sector millS, on the whole, are more efficie."t than public
sector mills. In the secorx:l stage, these ratios are regressed against
---' ------- -----------
vi
several management related irrleperxient variables across ownership
categories. 'lhe results suggest superior managerial efficiency in
private sector textile mills. other factors such as capacity
utilization, age, location, size are also fOUJ'Xi to be statistically
significant in lOOSt cases. '!he results obtained through the use of
average production function confinn these fi.nii..n3s. A limited
dec:rM"losition of the differences in efficiency suggests that private
sector mills have higher narginal productivity of labor, a fin:li.n;J
consistent with other reported results.
Privatization in 1982 is fOUJ"rl to have significantly increased
the efficiency of privatized mills. It was also responsible for
inproved efficiency in plblic sector mills. Inpravenent in the policy
environment, inport liberalization, refonn of the excharge rate
system, incentives for foreign direct invest:ment, fiscal incentives, a
1lDre CXiupetitive market structure am a decline in o:rganizational
failure are judged to have played a contributo:r:y role in inpravin;J the
perfonnanoe of the mills urder study.
'!he results of the study are used in deducing policy iIrplications
am SU9:Jest IIEaSUreS to inprave the working of the textile i.mustry in
Bim]ladesh. It is seen that there is gocx:l scope to achieve additional
gains in efficiency in the cotton textile in:lustl:y through pl:'Cll'OCJtional
measures in areas such as human resource developoont, inpravement in
the functi.onirxJ of the labor, credit and share marketa, Intzastauctare
develc::pnent, am institution of 1lDre domestic am international
cuupetition.
---- ----------- ----------
vii
viii
TAmE OF a:>NI'ENTS
A~. • iii
ABS'mAcr •••• v
LIS!' OF TABLES • . x
LIS!' OF FIGURES · xii
I. INTROOOcrION . . · · · · . . · · · · · · · 1
1.1 Growirg Asia · · · · · · . . · · · · 11.2 Research Objectives · · · · · · 51.3 Organization of the Study · · · . . . . . · · · · 11
II. LITERA'lURE RE.VIEW · · · · · · . . . . · · · · · · · 12
30
1218;n
2.2.32.2.42.2.5
'Iheoretical considerations .EDpirical Evidence • • • . •2.2.1 Pricirg stnlctures • • • • • • •2.2.2 Operating Costs, capacity utilization and
Factor Proportions . • • • • • • • • • 22Technical or Managerial Efficiency • • • • . • 25Productivi~ • . • . • . • • • • • • • • • •• 26Adoption of Innovative Measures andPl:'ofit:abili~. • • • • • • • • • • • • • • • •
2.12.2
III. CDl'ION 'l'E}cr'II.E MANUFACIURING INOOSIRY m BANGIADESH:GRCMIH, STRlJCIURE AND PERFORMANCE ISSUES •••
3.1 Definition and SCope • • • • • • • • • • • •3.2 Brief Histo:ty and Growth of the Irxiustry • •3.3 In:iustrial stnlcture ard Perfonnance Issues
3.3.1 OWnership and Average Size • • • •3.3.2 Primary Factors am Intermediate Inputs3.3.3 output am Its Availabili~ • • • • •
· · · · 32
32
· · · · 33
· · · · 36
· · · · 3639
· · · · 52
IV. ANAUiTICAL~RK AND FORMUIATION OF HYRJIHESES 58
4.1 Frontier Production Fu.T'1ction, Efficiency and Ownership. 614.2 Detenni.nants of Managerial Efficiency . • • • • • • 674.3 Average Production F\mction and covariance Analysis . . 72
--------- --- .._.- .._.------- ... -----
.APPENDIX • • • •
BIBLIOORAFHY •
VI. CDNCWSION
V. mESENl'ATION AND EXPIANATIONS OF EMPIRICAL RESULTS
ix
75
75808282859196
• 102
• 102103
• 111
• 113
Data ani Constroction of Variables • • • • • •Managerial Efficiency ani Its Determinants • •5.2.1 Descriptive statistics ••••••.5. 2 •2 Efficiency R.anki.D:Js • • • • • • • • • •5.2.3 OWnership ani Comparative Efficiency •••5.2.4 Effect of Privatization5.2.5 Contributm:y Factors •
6.1 SUnlmal:y of Major FiJxlin:Js6.2 Policy Inplications
5.15.2
LIST OF TABlES
Table
1 Growth of Cotton Textile IIrlustJ:y • • • • • • • • • • •
2 TJ:'enjs in consunpti.on of Raw Cotton am Yam Production
3 ownership structure in 1986 • • • . . • • • . • • •
4 Average Age of a cotton Textile Mill in FY1987 •
5 Wages am Productivity in Textile IIrlustJ:y • • •
6 sectoral Institutional I..en:lin:J (Million Taka)
7 strocture of Manufacturing Cost of 32 Count Yam:
~ Textile .
8 Domestic Production of Raw Cotton in Same selected
Page
34
37
41
42
45
46
x
9
10
11
12
13
14
15
16
17
18
. . . . . . . . . . . . . . . .structure of D.tties, Taxes am sales Taxes in FY87 •
'1'rerxls in sane Perfonnance Indicators in the Mill Sector
causes of Lost capacity in Public Sector Spinning Mills
causes of Lost capacity in a Private sector Sp:innirg Mill:
Eagle star Textile Mill, Ltd. • •••••
Yam Availability (Million Ibs)
Cloth Availability (Million Yds)
'1'rerxls in Ex-Mill Prices of Yam am Cloth (Taka)
Production Function Fstilnates • • • • • • • • • • •
Efficiency Ratios for the Cotton Textile Inclust-.ry
Ranki.n:Js of Cotton Textile Mills According to
Efficiency Ratios (1983-87) •••••••..•.•••.•
47
48
50
51
52
54
55
57
81
83
84
---~-- --- ~---~-~- ~~~-~- ~~~~-- --- ~-~------~----~ .-
Table Page
19 Detenuinants of Technical Efficiency in Cotton Textile
Mills (1983-87) •••••••••••••••••••••• 86
20 Average Production Function Estimates for the cotton
Textile ~ls (1983-87) •••••••••• 89
21 Marginal Productivities of capital am Iabor 91
22 P.r:oducti.on Function Estimates of Public an:i Private
sector Mil~s (1973-87) . • . • . • • • • • • • • • • • • • • 92
23 Production Function Estimates of Full 5an'ple with OWnership
Dummies OVer TWo Periods • • • • • • • • • • • • • • • • •• 95
24 Price Deflators • • • • • • • • • • • • • • • • • • • • •• 111
25 Conversion Multipliers • • • • • • • • • • • • • • • • • • • 112
----------- ------- ---- ------------
xi
LIST OF FIGURES
xii
Page
62
Figure
1 Technical am Price Efficiency . . . . . . . . . . . . . . .
--------~-- --- ------ --- -- ---------
aIAPI'ER I
INrROIl..TcrION
1.1 Growin:r Asia
In the last twenty-five years, major chaI'ges have taken place in
Asian econanies. '!he spectacular rise of Hong Korg, Korea, Si.n;Japore
am Taiwan into NIFs am the development of a potential for such a
~ in ASEAN are probably the rrost significant econanic events
in conte1Ip:lrary Asia (James et al., 1989). In the NIEs, the real GOP
per capita grew by IOO:re than 6 per cent durin;J 1960-85. In the ASFAN
41, the real GOP per capita grew arourxi 3 percent. '!he south Asian
oountries2 , however, :reported a real GOP per capita grcMt:h of arourxi 2
percent dur.i.rg the same period. '!he economic perfonnances of the NIFs
am south Asia provide a m::st vivid contrast :reflected by other
leaclin:.J inlicators tcx:>. In areas such as trade, industrialization,
human resource developnent, financial developnent, transport am
cxmmmication, am income distribution, the NIEs have fared much
better than the South Asian countries (James et al., 1989). within
south Asia, different countries have perfonned differently, ani in
recent years IOOSt of them have shown new vigour am direction in their
gl:t:Mth patterns. For in::.1:ance, India has achieved a 5.3 percent
average annual growth rate dur.i.rg the sixth Five-Year Plan (1980
1985), a conside..rable inprovement over its historical annual growth
1 Indonesia, Malaysia, Rrllippines ani 'Ihailand
2 Ban;Jladesh, Bunna, In:iia, Nepal, Pakistan am Sri I.anka
-- .- --------------_. _._-- - -- .- - - -_.-
1
rate of 3.5 percent. In the first two years of the seventh Plan, the
countJ:y grew at about 5 percent. Pakistan, another major countJ:y in
South Asia, grew at aI."CJlU'Xi 6.6 percent duri..rg 1978-85, am there is
now talk aba.1t its jo:inin;J the ranks of the middle incane camtries.
Even BaI'gladesh, with the lowest per capita i..n<:x:Ine of $150 in the
:region (World Bank, 1987), posted a real GOP growth rate of 5.2
percent in 1986. 'Ihese achievements, however significant on their
own, appear quite modest when we recall that the real GOP of Hong
Kon;J, Korea am Taiwan grew at 8.7 percent, 11.4 percent am 9.9
percent respectively in 1986.
A e:x:atparison such as the one irrlicated above is i..nc:arplete unless
the very real and significant social, geographical and political
differences between these two regions are taken into ac::count. '!he
NIFs contain Horg Kong, probably the only laissez-faire countJ:y in the
world, whereas In:tia in South Asia is well-known for its central
direction am ownership of key areas of the econany. South Asia has a
pc::.p1l.ation of 1,149 million, a leviathan compared with the NIEs with a
population of 68.2 million. '!he South Asian countries have a lam
mass of 5,127,000 square kilc::meters. Bangladesh, the secorxi smallest
countJ:y in size with 144,000 square kilometers, is bigger than the
canbined size of NIEs with an area of 137 iOOO C!'::'ln~ Jdlcn'~t-ers. 'Ihis
is not a cx:mp1ete list of the differences between these two :regions,
and there is no a priori reason to suppose that tne South Asian
econanic perfonnance has been held back by any of these differences.
Most absel:vers a-re agreed that there are at least two broad factors
which can explain, for the m:::st part, the difference in the economic
------- ---- ------------------------------
2
perfonnance of the NIEs am South Asia, am both the factors relate to
the intemal policies adopted by these countries. Firstly, the NIFs
adopted an outward-oriented development strategy in which a neutral
trade policy~ ecport am encouragirg the iIrp>rt of key
inteJ:mediate imustrial inputs featured praninently. 'lhi.s is in sharp
contrast to the D'OJ:e inward lookin:] trade am i.n:iustrialization
policies that have cane to dominate the growth strategy in South Asia.
secorxlly, the govenJments in the NIFs played a crucial role in
plannil'q, allocating am owni.rq scarce resources to pronote growth am
equity. In south Asia, govermnents' involvement in their econanies is
very extensive too. HCMe\Ter, the i..np:>rtant difference appears to be
the ways in which goverrnnents i.ntel:vene in these countries (James et
al., 1989; lee am Naya, 1989; World Bank, 1983). In the NIFs, the
governments' involvement in their economies were designed D'OJ:e to
praIDta market than to suppress or supplant it. '!he governments am
the private sectors in these countries were IlDJ:e often ergaged in a
partnership to pronote growth. In South Asia, it appears that
government involvement was nore in the nature of replacirg the market
am private sector in prc:llIDti.ng growth. In this approach, central
plannin:J am imustrialization through public sector involvement am
quantitative restrictions becan'e critical policy considerations. In
Inlia, the daninant view has been that,
the adoption of the socialist pattl:>rn of societ'.l as the rational
objective, as well as the need for planned am rapid develcpnent
require that all iniustries of basic and. st.-rategic i:mpor+-...ance, or
----- --------------- .----- ----- -
3
in the nature of public utility services should be in the :PJblic
sector. J
In Korea, by contrast,
private ownership of production should uncoOOitionally be
enc::nnaged except in instances where it is necessary to control
it to stinW.ate national development an:l protect the interests of
the people. 4
'!he south Asian countries are nCM engaged in major policy refonns
to iItprove their macroeconomic Performance. Most of the countries in
the region are movirg in the direction of adopting a more market
oriented develqment strategy. '!he microeconanic factors that might
acc::amt for their poor macroeconamic Perfonnance are also receivirg
greater scrutiny (Naya, 1988). In this seard1 for a fuller
explanation, the poor Perfonnance of public sector entetprises (PSEs) 5
has beglm to receive greater attention in recent years (World Bank,
1988).
J "Irxlustrial Policy Resolution of 1956," inGoverrmwant of Irrlia secorxi Five Year Plan (New Delhi:central statistical Qrganization, 1956, p.47, quotedin Jones (1975).
4 Park C'lUIXJ Hee, "OUr Nation's Path", (seoul,Hollym, 1970), p. 218, quoted in Jones (1975).
5 Followirg Aharoni. (1986), public sector eI'ltaprises (PSFs) aredefined to have the follCMing identifiable dlaracteristics. First,they are part of the overall public sector which neans that they mustbe ovmed by the govemment. second, the PSE is an ent:ezpriseproducirg a wide rarge of private aoods ani services for sale. 'Ihi.sfeature of PSEs sets them apart from other public sector activitiesthat are geared to the provision of public goods such as defense,education, health an:l civil justice. 'Ihird, sales revenue of PSEsneed to have sane relation to costs of generating such revenue.'Ihe!:efore, the Relief Bureau in a developing country providing foodarxl natici.ne to flood victims is not aPSE.
--_._-_._---_.-
4
Public sector enterprises have traditionally been discussed in a
developed c::x::JlD'ltJ:y context (Rees, 1984; Marchani et al., 1984).
However, in recent years, they have become an important means for
canyirg out sate of the tasks that the governments of developirg
countries face in order to promote irxiustrialization am grcMt:h
(Jones, 1975; World Bank, 1983). '!bese tasks include the provision of
education am basic skills; development of transport, communications
am power systems; dissemination of economic infonnation; institution
of a "transparent" am flexible regulatory framework; am prcm:n:ion of
scientific clIXl technological research where it is deenai inappropriate
to acquire fo:reign technology. However, the perfo:rmance of many PSFs
in canyin;J out sane of these tasks have been disappointirg, am Asian
developin;J countries are now engaged in firxting ways to :refonn them.
SUCh :reforms, incll.Jdin;J privatization of same of their PSEs am
PZ:Quotion of the private sector through greater competition, have ccane
to feature prominently on their agen:ia for structural adjustment
(World Bank, 1987; Naya,1988).
1.2 Research Objectives
In principle, a perfectly functioning market economy with utility
maximizin;J econanic agents can ensure the satisfacto:ry perfonnance of
the above tasks, ani there would be no need for gOVen1ltEllt involvement
in the economy except for the provision of a legal framework to
enfOI:Ce ccrrcraccs, In other words, a fz:ee-market econcmy wit.1} the
right distribution of factor ownership am agents behaving as price
takers could maximize scx::ial welfare. '!be concept of social we'fa-ore
raises ve-ry difficult conceptual ani ethical issues, with in::lividuals
--_._--- --- ----------- -------- -
5
differin] in their perception arx:l valuation of equality as against
efficiency. However, we follow custom in assum:in;J that variables that
maxiInize the hcq:piness of i.n:tividuals in a society are what matter.
viewed in this way, there are four assumptions that are necessary for
a free-market economy to max:i.mi.ze social welfare (Iayani am Walters,
1978). 'Ihese assunptions are~ (I) there be no i.ncreasin:3 retums to
scale lead:i.n3' to oonopoly arx:l a non~titive econany; (2) there
nust be no technological ext:ernal. effects to create a divergence
between social ani private costs and benefits; (3) there be no market
failure connected with uncertainty ani inadequate infonnation, givin]
rise to adverse selection arx:l lOOra! hazard; am (4) there be no
"incorrect" distribution of factors of production. If these
assuuptions are not satisfied, then a pure free-market econcmy may
"fail" to ensure an optimal allocation of resources. 'Ihe failure of a
pure free market econany to satisfy these assurrptions provides the
umerlyin] economic rationale for govermnent inteJ:ventions, including
the establishment of PSFs arx:l regulation of privately-owned
enterprises. In reality, a pure free-market economy does not exist.,
arx:l ''market failures" are quite c::araoon. In policy disolSSions,
ext:ernal.ities ani capital market failures have been the l!DSt cited
justification for direct goverrrment interventions, especially in
defense of the policies involving infant industries (World Bank,
1987). However, IOOSt developing countries have used a mi.xtnre of
''market failure"~ am other social am political
considerations to justify the establishment arx:l continued operatdons
of p.tblic enterprdses, PSEs are established to prcm::rt:e social
--_._--- _.- ---------_.- --- ----
6
objectives that are often in conflict with profit maximization. '!hey
are therefore seen as an additional i.nstnnrent alorg with the private
sector in fosterin3" grc:Mth (Sheahan, 1976). '!here may be activities
in which social profitability exceeds private profitability. In such
cases, g<Jv6.'TiIllellt may wish to provide the necessary entrepreneurial
~ am entrepreneurial substitution (Jones, 1975).
Entrepreneurial support may take the fom of teclmica1 assistance am
subsidized credit, am entrepreneurial substitution is provided when
the govenunent en:Tciges in the activity itself. PSFs may therefore be
set up in situations were projects require very large invesbnents,
yie1c:iin;r low expected :retums in the short-run, discouragin;J private
capital. Risk averseness on the part of private sector to invest in
basic in::hlstries such as steel, fertilizers, cement provides another
justification for govennnent involvement through PSEs. Paucity of
private capital am underdeveloped capital markets provide yet another
grourxl for setting-up public sector enterprises. Again, govetrll1elts
may wis.ll to own nrin0IX>lies or oligopolies to capture the :rents
associated with monopoly production am pricing. Rents thus
awrq>riated may then be used to finance gcvemrnent investment am
COIlSUIlPtion. some governments att:eITpt to use PSF.s to control output
am prices for the benefit of la..T-incame groups. In other countries,
PSEs are used to pn:m:Jte ethnic cause, am IOOSt countries use them for
L"eqional deve1opnent.
Consequently, p.Jblic sector production of a wide range of private
goods has becane an inp:lrtant area of government activity In
developin3' CXJI.nltries (Ayub am Hegstad, 1987; World Bank, 1983; Jones,
-------- ---- --------------- ------- -----
7
1975) • 'Ihe~ of non-financial PSEs in GOP has risen fran 7
percent in the begi.nn.i.n:J of the 1970s to over 10 percent a decade
later in sane developi.n:J countries (World Bank, 1983), with the share
of PSE investment in tota1 national investments risi.n:J to aJ:xut 25
percent. A study of PSE reported that they accounted for at least 25
percent of total gross fixed capital fonnation in a selection of
developi.n:J countries (Shirley, 1983). '!be same study fourd that in
the late 1970s, PSE borrowi.n:J represented 40 percent or nore domestic
cz:edi.t outstarxiin;J in countries as diverse as &u:ma, Ba.rgladesh,
Indonesia, Bolivia, Benin ani Senegal.
Since FSEs occupy a significant position in the economies of
these cnmtries in tenns of gross fixed capital fonnation ani labor
e.rrployed, their poor perfonnance, as noted earlier, has very serious
inplications for govennnent budget deficits, go"v"eJ:uuie."'lt debt, m::mey
supply, foreign trade, savings ani irwesbnents, financial ani capital
market developnent, small ent.erprise develq;ment, ani growth in
general. 'Ihe poor perfonnance of PSEs in South Asia has in part led
the countries concerned to adopt a variety of measures, including
privatization6 of selected PSEs where the primary objective of these
neasures appears to have been a more efficient use of :resources
through greater domestic ani international competition for ilrproving
macroeoonani.c perfo:rmance.
Academic interest in privatization is recent and grcMing
(DaD1::lel:ger ani Piggot, 1986: YarrcM, 1986). It has opened-up a
6 Here t.~ tenn privatization is viewed as an in:iustrial refonnmeasure involvi.n:J the sale of CMnerShi.p of non-labor factors ofproduction fran the p.mlic sector to the private sector.
---------~----- ---- ---- ------------------------------
8
fertile area for both theoretical am applied :research (Da11berger am
Piggot, 1986), ani the steady advance of privatization in its various
fonns in South Asia affords opportunities for thought am :reflection.
However, implicit in measures such as privatization ani pzaaion of
the private sector is the neoclassical proposition that the private
sector is IIDre efficient7 than the public sector in usirg scarce
resources, especially in the production of private goods in market
stn1ctures where competition is not weak. Moreover, "in competitive
markets there is a presumption in favor of private ownership" (Yarrow,
1986, p.323). In other words, competitive markets can only be
instituted by a policy that explicitly seeks to alter the c::ott'POSition
of the ownership of means of production.
'!he 0Jrrent policy ani academic debate over privatization in
Asian deve10pirg camtries does not sh""r any explicit unie.rstaI'rlin of
the central theoretical issues. '!he debate also lacks a coherent
analytical franework to judge the :relative perfonnance of the private
am p.1blic sectors. Most often, the actual or perceived p.lblic sector
inefficiency is used to justify privatization. In:recent years,
several studies have concentrated on some partial measure of public
entel:prise efficiency such as financial Perfonnance to prescribe
policy options. HcMever useful these studies may be in attracting
attenti.on to the serious problem of public sector efficiency in sc::me
deve10pirg camtries, they do not address the central issue of
cc:xrparative performance of the private am public sectors, for one
7 Efficiency here is defined as Pareto efficiency, the most usualsense in which the tenn is uOOerstood by economists.
9
does not know how the private sector, urxier similar policy am market
conditions, wcul.d have behaved. Arv:i unless one is able to denv::mstrate
empirically the superiority of the private sector over the plblic
sector in :relative Perfonnance, the conceptual case for prdvatdzataon
collapses. only a very few studies have sought t.o address the issue
of CClTparative perfonnance am deduce policy implications in Asia, am
a1Ioost none has done so in the context of privatization as an
in:iustrial refonn measure.
Hc:IrNever, the theoretical debate over the canparative efficiency
of private am public sector production has a rich am varied histo:r:y
in econani.cs am this debate continues unabated, irv:ticatirg an
on-goirg need for empirical verification of the central proportions of
this branch of econanics. '!his, in fact, is the lIDtivation behirxi an
inportant am growin; body of enpirical literature, seekin:J to
evaluate the ~tive efficiency of private am public sectors in
the production of broadly honv::Jgenous outputs un:ier similar marJc'.et
conditions (Marcham et al., 1984). '!his literature is mainly
concemed with finns am narket con:litions prevailing in developed
market economies, the central propositions of which can be extended,
with suitable variations in their urxlerlying assumptions, to analyze
am broaden our~ ?..bout the economic am policy issues
surrourKSiry the current debate on private versus plblic prcxiuction of
private goods in developirg economies. '!he present study t.hl:lrefore
seeks to achieve several, interrelated objectives, through an inquiry
into the comparative Perfonnance of the private am public sectors,
un:ier broadly similar tec:hnica.l and market conditions in a developing
10
--- ----- .----_.__.-- --- -- ----
countJ:y, by cx:mcentra:ti.n:J on the production of a private good. 'Ihese
objectives are: (i) developtent of hypotheses about the c:c:mparative
perfcmnance of the private an:l public sectors; (ii) enpirica1
verification of these hypotheses; (iii) a positive explanation of the
enpirica1 fi.rxlin;s; an:i (iv) utilization of the empirical fi.rxlin;s to
inquire into the broader question of the right mix of the private an:i
IXlblic sectors in addressing the problems of growth ani developnent.
'!his is done by taki.nl the cotton textile manufacturjn;J industry of
BiID;Jladesh as the subject matter of study.
1.3 Drganization of the Study
Olapter 2 reviews the literature an:i provides the theoretical
UIY3er:pi.rnlin:J to the issue of cc:mparative perfo:onance. '!he cotton
textile mill sector of Bangladesh is taken as a case study an:i
described in chapter 2 to gain anurn~ about its growth,
structure am performance issues. In chapter 3, an analytical
framework is developed. Results are presented in chapter 5 an:i smmnary
conclusions am policy iInplications are deduced in chapter 6.
-------~----- ---- -- - -------------- -- ------ ------
11
aIAPI'ER II
2.1 'Iheoretical COnsiderations
PublicS ownership am regulation to affect econani.c choices am
influence actual allocation of resources has lorq been a cont:rove...;:;ia1
issue in econanic thought. In the 1850s, the relative efficiency of
private versus public enterprises engaged the attention of Q1adwick
am Millon nationalization of certain British in:iustries (Crain am
zardkoahi., 1977). since Pigou (1920), an important body of nonnative
literature has developed on govemment control of business, focusin:;r
upon the problem of devising the correct investment and pricing roles
in cree:r to rem::we or lessen a variety of market ilIperfections
(Marchan:l et al., 1984). '!he celebrated exchanges between von Mises
am. Hayek (representing the Austrian School) and lange am. Iel:ner over
planni.l'g versus the market showed the same concems, an:i many of the
issues that exercised these III.i.rm; continue to come up in the
literature. HCMeVer, in a desire to construct a rigorous statement of
fonnal theory, econani.sts began to abstract from institutional
constraints am peculiarities, assuming, either explicitly or
inplicitly, that "all rights to the use of resources were fully
allocated, privately held, am. voluntarily exchanged at zero
infonnation am transaction (negotiatirg, cont..-racting, a."'Xi policin:J)
costs" (De Alessi, p.z , 1980).
8 Expl:eSSions such as public, government am state are used;~eablyam r.ave the same meaning throughout thisdi ssertation.
12
'n1e analysis of the economic consequences of private ani public
ownership of entel:prise have proceeded alorg two broad lines
(Borc::herdi.n:l et al., 1982). According to this i.nteJ:pretation, the
first is known as the "property rights approach," focusi..rg on the
differerx::es in which the economic sw:plus generated by a resource is
distributed ani the associated rights to put an asset to alternative
uses, alter its fom or transfer its ownership. '!he seoorxi broad
line, known as the "public choice approach," takes political
coalitions as the focus of critical exploration. '!he present sw:vey
follows Bordlerdi.n;J et al. (1982), De Alessi (1980), D:lmberger am
Piggot (1986), Furubobl ani Pejovich (1971), MaI:t:hani et al., (1984),
Millwanl (1982) am Yarrow (1986) am provides an update of same lOOre
recent toJOrks that have been done in this field with a view to
developirg a "property rights approach" as the interest here is to
seard1 for a theoretical \.JOOerpinning to the proposition that private
sector is lOOre efficient than the public sector.
'!he eoonanic analysis of the c:::cmparative performance of the
private an:i public enterprises revolves arourd the concept of
efficiency, a concept with at least three facets: (i) technical or
productive efficiency (also known as managerial efficiency); (ii) cost
miniInization or economic efficiency; am (iii) overall efficiency or
productivity growth (Mardlarxi et al., 1984). Technical or productive
efficiency is synonynxJUS with oost mi.niJni.zation for a given level of
out:plt, am a departure fram technical efficiency leads to
X-inefficiency (IeiJ:Jenstein, 1966). 'n1e case for private ownership is
based on the assumption that t.lle market provides the necessary
13
incentives am constraints to promote technical efficiency within the
finn. 'nle case for public avnership, on the other hand, rests on
issues of allocative efficiency-that is with resow:ce allocation in
the entire econany (DanbeJ:ger am Piggott, 1986). In the conventional
awmach to public enteJ:prise economics, it has been tacitly a.ssune:l
that productive efficiency will be achieved irrespective of ownership
of property rights or competitive corditions. '!he validity of this
asstmption in practice is of great importance for two reasons
(I:anbel:ger am Piggott, 1986). First, allocative efficiency staOOs
autanatically violated if productive efficiency is not satisfied
(Rees, 1984). second, the case for privatization has been built
arourxi the perception that public enterprises do not minimize cost am
thaJ:efore are unable to achieve allocative efficiency. Put slightly
differently, the problem of X-inefficiency is thought to be nore
iIrportant in public than in private enteJ:prises (Bos, 1986).
In the early sixties, stigler and Friedlam (1962), Averch am
Jalmson (1962), Alchian am Kessel (1962), stigler (1964; 1965) am
others produced a series of papers, indicating a renewed interest in
the positive economics of regulation and a growing recognition that
decision makers can be faced with different cost-reward structures,
affectin;J their behavior systematically by establishing different
institutional al:'l:"an;Jeroonts (F\n:ubotn am Pejovich, 1972; De Alessi,
1980). '!heir writin;Js emphasiZed that transferability of prope...rty
rights fonood a furrlamental distinction between private am public
entez:prises with consequences for managerial incentive towards
efficient use of scarce resources. In privately ChVI'led finns, the
--------~--------- ---- ---------------
14
shareholders are assumed to maximize the income from their set of
rights. '!his would in:iuce them to seek to ensure that (a) the
managerrent devotes itself to minimize the cost of producing any given
level of output; (b) management chooses that level of output which
produces the maximum, positive difference between total :revenue am
total CXlSts (Millward, 1982). A single manager/shareholder finn,
called the classical f:inil by Alchian am Demsetz (1972), illustrates
the roost s:illlple case in this regard where the owner-manager has stroD;J
incentives to work for productive efficiency of the finn. In
addition, the transferability of property rights enables the
manager/shareholder to capture :iInrnediately arrJ future gains resulting
fran present activities (Alchian, 1965).
'!he IOOden1, privately owned, corporation provides the other
extreme exanple where separation of ownership an::i control reduces the
ability of the owners to revise or tenninate the membership of the
management (Furubotn an::i Pejovich, 1972; Yarrow, 1986). 'Ibis is said
to attenuate the burxUe of property rights that the shareholders have
in the mdern corporation, lea.d.i.n] to a reduction in the ability of
the owners to control management corxhlct in productive efficiency.
since managenent c:::c>rmlct affects the present value of the corporation,
this inplies that owners have reduced control CJ"er their wealth. '!he
CMJlerS can overc::one this attenuation of tl1eir property rights by
providiD;J incentives to the manager am m::mitorirxJ their activities so
that they do in fact act in the a;.mers' interests (Yarrow, 1986). ax
sudl IOOnitorirxJ activities by one single owner in a large corporation
are~ to be.stcM external benefits on others, resulting in a
--------~-- ---_. ---- ---- -----------
15
sub-opti.mal level of monitorin;J. 'Ibis problem can be overcc::ate if a
sufficiently efficient market for corporate control exists in which a
si.rgle C7Nller or finn can rapidly, through the purchase of shares in
the market, concentrate ownership am thereby displace the management
deemed to be inefficient (Yarrow, 1986; Demsetz, 1983). '!he
managenent is therefore said to have st.l:'orq incentives to operate
efficiently am behave in a manner commensurate with the interests of
the owners. An outcome such as this crucially deperXis on the
effici~' of the market for corporate control (singh, 1975; Grossman
and Hart, 1980). '!he managerial labor market can reinforce the
incentive effects of an efficient capital market through the behavior
of managers seeki.n:J to maximize the value of their human capital by
m::wirg between finns and taking decision in their managerial
capacities to justify being paid the maximum possible (Yarrow, 1986;
Fama, 1980).
In publicly owned finns, it is cu:gued, capital market incentives
for the management to maxiJni.ze the present worth is absent as their
owners, the citizens, cannot sell their property rights (Alchian,
1965). 'Ihi.s is cu:gued to have two implications for mana.gerial
c:ornuct. First, the citizen-owners cannot capitalize any future gains
arisin;J fran current activities, reducing their incentives to tronitor
any inefficient operatirg behavior. Second, the advantages asscx::iated
with SPeCialization in a;mership cease to exist.
'!he att-...erroation of property rights in public enteJ:prises is
claimed to have a direct link to managerial be.h~:vior (De Alessi,
1974). 'n1e opportunity cost of economic inefficiency for public
16
entel:prise managers is reduced as they are less likely to bear costs
or benefit fran profitable performance, In addition, the absence of a
market to capitalize the future consequences of present production
decisions into the present value of the finn is said to inply that
p.1blic sector managers will choose factor proportions primarily fran
the short-run perspective (02 Alessi, 1969; crain and Zard.1roohi,
1978). '!his suggests that input choices in the public entel:prises
will be biased towams the use of labor or other variable factors am
away fran lorq-tenn capital investment. If this choice of inputs is
inconsistent with productive efficiency or cost mi.nimi.zation,
allocative efficiency will be violated.
In p.1blic enterprises, the government is :responsible for
m:::mi.torhq nanagerial Perfonnance where nontransferability of
ownership rights means that a market for co:rporate control does not
exist (Yarrow, 1986). '!his need not suggest that managerial
LJC:'J'ltives be weaker in the public enterprises as Williamson (1975)
has deroonstrated hCM hierarchical a.rran:;err.ents can produce IOOre
efficient llDJlitorirg than capital markets through the provision of
profit-related bonuses and dismissirg personnel whose productivity is
poor. '!he managerial labor markets can also ensure managerial
efficiency in plblic enterprises (Fama, 1980). HCMever, the incentive
effects of the managerial labor market in public enterprises is
claimed to be att:ern.1ated t.h..rougn t.'t}e :i.Irposition of cert.ain control am.
rewani systems as "plblic servants have no necessary irdividual
interest in d.esignirg frarreworks to bri ng about cost minimization or
-------- --- ---------------
17
profit maximization by publicly-owned finns" (Foreman-Peck am
Waterson, p.84, 1985).
2.2 Dnpirical Evidence
'!he theoretical considerations irrlicate that the relative merits
of private am public CM11eI'Shi.p depen;i upon the trade-off between
market inefficiencies am incentive failure associated with the
existence of an efficient capital market ani separation of CMl'leJ:'Ship
fran cxmtrol (Yarrow, 1986).
In the last quarter century or so, a gocxl number of studies have
at1:e.l1ptEd to c::arpare some aspect of private am public ent:ezprise
Perfonnance in developed economies. In addition to these studies,
there are a few good surveys of this subject (De Alessi, 1980;
Millward, 1982; BorcheJ:di.ng et aI., 1982; Marcahrrl et aI., 1984).
However, as Marc::harx:i et al. (1984, p.26) have observed, "the hard
problem is in fact not so much to obtain the evidence as to make good
econcmic sense of it...
'!he difficulty of interpretation of the empirical literature is
reflected by the conclusions reached in two major international
surveys. Borcherding et al. (1982, p.136), covering nore than fifty
studies fran five developed economies, report that: "'!he literature
seems to i.nlicate that private production is cheaper than production
in p,lblicly C70NIled am managed finns." On the other harrl, Millward
(1982, p.83), surveyiIg the North America.l1 lite...'t'Qt'.lre am therefore
considering a slightly differentiated sai1'ple of studies obsel:ves: "In
SUIIIltIal:Y, there seems no general ground for believ;ng maI".agerial
efficiency is less in public finrs." Con'Irlenting on Millward's (1982)
----------- --- ----_._---_ ...
18
sw:vey, Yarrow (1986, p.332) says: ''My own view of the evidence ••.
is slightly different. It is that private sector IlDnitorin;J is 1OC)re
efficient in cases where the relevant finn faces strorg ccmpetition
ani other fonns of prcxiuct ani factor market failure are relatively
l.IIlilrportant. It is based on the frequency of the enpirical fin:ling
that, in such cases, private finns terx:l to operate with lower costs."
IkInberger ani Piggott (1986, p.149), COIIUllentirg on Borc.herciin; et al.
(1982) am Millward (1982) sw:veys, maintain: "OUr reading of the
international literature is more in line with that of Bo:r:d1erdi.n] et
al. than with Millward." However, both the sw:veys agree that lack of
cunpetition may be an important detenninant of public errterprdse
perfonnance. '!he authors also agree that the perfonnance in public
finns can often be reduced by interventionist goverrunent policies.
None of the sw:veys cover stu::lies that have been comucted in
developirxl COlDltries.
As Marc::han:i et ale (1984) have pointed out, the empirical studies
in the property rights mould tern to be based on a few, easily
identifiable perfonnance neasures am avoid systematic benefit-cost
analYSes of altenlative ownership structures. '!hey have, therefore,
drawn attention to several caveats in examining the evidence. First,
the choice of the method ani the measure of efficiency is inportant as
sane measures can be less useful in drawing any conclusion as to
efficiency. For instance, tmder decreasing cost con:titions, low
profitability may be quite consistent with an efficient managerial
behavior as efficiency unier such conditions i.nplies losses. secom,
there may be several reasons to expect that the public sector
------------------ -----
19
management will not behave in a cost-minimizing manner. For exanple,
since p.1blic enteq>rise deficits will generally be covered by
government subsidy, the enterprise's sw:vival is not sc::l'OOt:hi.rg which
depeR:Is on its p.lrSUi.rq productive efficiency, leadin:3 the managel'let.,-t
to behave in a manner not consistent with cost-minimization. More
inpot+..antly, public entel:prises are generally required to achieve
several (often cxmflicting) objectives in which cost minimization will
nonnally be assigned a low priority. '!he management of public
enterprises may be asked by the governments to pursue non-canunercial
objectives for reasons of their own. '!his can am nonnally does lend
p.1blic enterprise management away fram efficient techniques of
production. National governments may require public enteJ:prises to
buy danestically produced goods which, given free choice, would not be
booght by the management on efficiency~.9
'Ihese considerations irrlicate that a fuller explanation for the
observed differences in relative perfonnance of the private am public
enterprises requires an economic theory of govenmtent behavior. '!he
property rights approach does not provide such a theory am therefore
suffers ft:am a serious limitation. However, the evidence fram this
approach does inlicate a need for further inquiry.
In judging the economic consequences of differences in prope...--ty
rights, a variety of measures have been used as perfonnance
LA:lica'toLl::i, .incluciin:J pricing structure; operating costs, capacity
utilization am factor proportions; prcxiuctive or managerial
9 However, in a developin;J country context, such restrictions maybe applied to both public am private enterprises.
----------- --- -_._.- -------
20
efficiency; productivity growth; adoption of innovative measures,
managerial tenure; am profitability.10
2.2.1 Pric:irr;r stroctures
usirg a semple of 27 public (nnmicipal) am 49 private electric
utilities, Moore (1970) offers evidence to show that p..1blic finns
charge lower retail prices. He estimated the profit-max.iJni.zirg output
price for each of the finns in his sarrq:>le by using 1963 data am then
calculated the average ratio of this price am the price actually
charged. Peltzman (1971) provided similar evidence, although he
ascri..bed ImlCh of the observed difference in rates to tax exenptions
enjoyed by the publicly-owned finns.
It is assurred that the managers in the public1y-owned finns have
less incentive to search for am adopt a wea1th-maximizi.rg prici.rg
structure, incl1.1di.rg price discrimination am will instead follow
sinpler, mrl.fonn pricing rules (De Alessi, 1980). If so, they are
likely to c.h.an]e prices for all groups of customers when cost or
deman:l conlitions for only one group of consmners dlange. Peltzman
(1971) fourd a high correlation between the different rates charged by
FAJblic sector firms in us electric utilities which he offered as
supp:>rt for the above hypothesis.
10 Econanetric techniques used here are broadly similar to thosefourxi in the literature of evaluating comparative perfonnance ofdirect foreign investment (DFI) with domestic private and/orgov~ investment in IlX:s where one of the hypotheses that hasfound exter..sive attention is that the managerial perfonnance inprivate foreign finns is superior to that of the private amjorgovenunent danestic finns (Tyler, 1979; Willn>re, 1986).
----------- ------------------ -----
21
2.2.2 Operating Cbst:s« capacity utilization and Factor
Proportions
'!he cost flmction that one finds in this branch of empirical
literature can be stated as:
Ci=f('li,Zi,Di)
Li.nearizi.rg: Ci = a1 + a2'li + a3Zi + a4Di
Where: Ci = tmit cost of i th finn~'li = a measure of its output~
Zi = a vector of quality, price amtechnology features;
Di = a d1.m1my variable for the type ofownership/management.
Fitted by OIS method, this function has been widely used in studies of
:relative cost efficiency in areas such as eiectricity generation,
Wd'ter utilities, refuse collection am airlines (Marchan:i et al.,
1984; Borchercli.n;J et al., 1982). Denoting Di=l for publicly owned
finns am Di=O for private finns, the coefficient a4 associated with
Di then measures the average cost difference between p,lblic and
private finns.
A wide variety of i.rrlustry-specific studies have been corxiucted
to examine operatirg costs, capacity utilization am factor
proportions in private end pUblic finns (De Alessi, 1980). Moore
(1970) used two measures of operating costs in electric utilities,
fuel costs per kwh am total operating costs per kwh, on age of plant,
type of fuel, capacity and a dummy variable for enterprise ownership.
He fourn that total operating costs per kwh were la..Jer for private
fi.l:ms, the difference bei.T!g statistically significant. He also foun::l
that publicly-owned finns were ncre over capitalized c:x:mpared with
private finns. Wallace and Junek (1970) corducted their study by
22
region in the US am foun::l the operating costs to be 40% to 75% higher
in publicly-owned electric utilities. He also rep:>rted an over
capitalization of 40% per kwh IOOre in public m:xie, a fi.r¥::tin;J
consistent with Averch-Johnson (1962) effect. Meyer's study (1975)
provided very weak in:tication of higher costs of private prcxiuction.
He used time series data in a sample of 30 rarxianly selected finns in
each ownership catego:r:y. However, he excluded the real estate taxes,
:incane taxes, am interest costs from the operating cost categories,
which led Mann am Mikesell (1976) to replicate his lOOdel, allowing
for variation in input prices. 'Ihey fourXl the public IOOde to be 20%
IOOre ex>stl.y. In a IOOre recent study, Foreman-Peck am Waterson (1985)
fClCU-.eed on electricity generation in Britain between the world wars,
when the county had both publicly-owned am privately-owned stations
generating am S'_Wlying electricity. '!hey fourxl that "the best
m.mi.cipallll'Xi~are on a Par in static efficiency tenns with
the best c:anpanies, am that they do not appear to show any bearing
tc:Manls the employIOOllt of particular factors of production. F..owever,
the main problem with the local autl'1Ority ::;tations is that they have a
longer 'tail' than the c:anpanies, at least within our sample. 'Ibis
suggests that, in the absence of CEB regulation, the local authority
sector could have been less efficient on average than the private
sector" (Foreman-Peck am Waterson, p, 93 , 1985).
In other sindlar studies, Bennet; and Johnson (1980) fctu'"'Xl
govenunent debt collection to be 200% more costly per dollar of debt
p.JrSUed than private debt collection. Employi.l1g a s;'Il'!'ple of US
hospitals, Clarkson (1972) tested the hypothesis that input proportion
23
exhibited. greater variations in nonproprietary hospitals than
proprietary ones as the managerial incentives are less in the fonner
to seek least-oost methods of production. Based on average wages for
26 separate worker classifications, his study reported that private
hospitals showed less wage variability than non-private hospitals,
iniicati.n:;J a greater unifonnity in input combination. ~ (1974)
offered additional evidence on input utilization by reportin;J that in
private hospitals, an increase in OCCUPanCY (e.g. "output") was
aCCOIl'paIlied by a proportionate increase in the production persormel
am a proportionate decrease in administrative am staff persormel, a
fin:iirg consistent with wealth-max.imi.zing hypothesis. '!his was not so
in non-private hospitals where the management' s response was to
proportionately increase administrative personnel. In housing, Muth
(1973) cx:mrpared constJ:uction costs in US cities across private arrl
~lic age.'1Cies am foun::l that the latter were 20% nore costly Per
cxmstant quality of housing unit constructed than private agencies.
In refuse collection, the evidence re::Jarding cost differences is
mixed. In an earlier study, Hirsch (1965) used 1960 data fram 24
cities am regressed the average annual residential refuse collection
am diSfOSal cost Per pick-up against several variables incll.1diIg the
frequency of collection, rnnnber of p.icknp pointa, a d....!l!JmY for
ownership, a dummy for the nature of financing the service (general
revenue vs. user cost). His results showed that costs were lower in
CXIDIllIJIlities using private contractors, although the cost difference
was not statistically significant. savas (1977) examined a national
sanple of 1400 US comrm.mi.ties. Based on 1975 data, available evidence
24
suggested that for cities with I1Dre than 50,000 population, refuse
collection by contracted privately-owned finns was 30% cheaper than
collection by municipal finns. Collins am IkJwnes (1977),
investigati.rg refuse collection in 53 cities am municipalities in the
st. I.a1i.s ca.mty area, did not fi.n:l any significant difference between
the two modes of production. Earlier, Pier, Veznon a.rx:i wicks (1974)
found municipal suppliers to be I1Dre efficient.
2.2.3 Technical or Managerial Efficiency
'Ibis enpirical literature uses the concept of production frontier
developed by Farrell (1957). In one study of some Belgian post
offices, Deprins et ale (1984) reported .90 average technical
efficiency (1.00 beiIg eatplete efficiency). seitz (1971), in a
sanple of privately-owned (but regulated) steam-electric generatllg
finns in the US, reported an average technical efficiency of .922. In
a study of Yugoslavian mixed manufacturing i..rrlustries, Nishimizu am
Page (1982) reported a decline in technical efficiency. Crain am
za:rdkoOO.i (1978) c:xmJpared the productive or managerial efficiency of
24 private am 88 public finns in the USA. Based on 1970 data, they
d::Jtai.ned, through re;p:ession analysis, the respective cost function
which tunled out to be different. '!hey then used the coefficients of
labor am capital to derive their output elasticities which in:ticated
that the mazginal product of labor was higher in the private finns
whereas that of the capital was higher in the public finns. 'll1ey also
considered the effect of changes in ownership. A publicly owned firm
that became a private firm experienced a 25% gain in output per
25
enployee: a private finn that became public experienced a fall of
outp.lt per enployee of 40%.
2.2.4 Productivity
'Ihe concept of productivity growth, also known as technical
progI:ess or technical chan;;Je, refeI:S to the outwal:d shift of a
fiJ::m's--whether private or public-production frontier, yieldi.rg
additional gain in efficiency. Productivity growth am related
measures have been used in a mnnber of studies in cc:.arparirg private
an::l public enteI:prise perfonnance. In two separate studies, caves et
ale (19SQa: 1980b), looked at the productivity growth in canadian ani
US railroad syst.ems. 'Ihey fourxi that publicly owned canadian National
(G:) am privately owned canadian Pacific (CP) have achieved high
rates of productivity growth during 1955-1974. Moreover, although CN
in late 1950s managed to achieve a level of total productivity of only
90% of that of CP, the gap was bridged in the follCMirg years. '!hey
also fClUl'd that the canadian railroads, who actively CClll'peted against
eadl other, had a significantly higher productivity grc1Nt:h rate than
the privately-owned but regulated US railroads. '!he authors provided
two interpretations about these fin::tings. First, differences in
property rights need not prevent a public finn fram perfonnirg better
than a private finn. secondly, competition can ensure a superior
perfonnance than regulation. In earlier works, Davies (1971: 1977)
examined the productivity growth in Australia's two interstate
airlines. He shOwed that these two airlines operated un:ler similar
exteJ:nal constraints ani the only significant difference between them
was in their owne..rship status. He tested the hypothesis that the
26
private airline was IOOre efficient by usi..ng three measures of
productivity graNt:h duri..ng 1958-59 to 1968-69: tons of freight an::l of
mail can-ied per enployee, passengers carried per enployee, arxi
revenue earned per enployee. Davies reported that the private airline
achieved significantly higher productivity grcM:h in all years in each
of the three measures of productivity. In a recent study of the
British steel IndustJ:y between 1957 and 1975, Rowley arxi Yarrow (1981)
looked at cllanges in productivity before arxi after nationalization of
the British steel. '!hey developed a total productivity i.rrlex arxi
regressed it against capacity utilization, a time trerxi, ard a dtmuny
variable D, takin;J the value zero before nationalization an::l the value
of one henceforth. '!hey fCJUl'rl a significant charge in the total
productivity imex for labor arx:l capital, "with a worsened perfonnance
follCJWin:J nationalization" (Rowley am Yarrow, 1981, p.74).
Prcx:luctivity has been the subject of several studies campari..ng
the private and public enterprise perfonrance in deve1opi..ng countries.
I:holakia (1978) looked at the total factor productivity growth in the
FAJblic am private manufacturing entel:prises in In:iia during 1960 to
1976. usi..ng a growth acx:::ounting approach, he fourrl that productivity
growth in the public sector manufacturing has been significantly
higher than that of the private sector manufacturing. Gupta (1979)
cc.11Sidered the productivity perfonnance of the public arxi the private
sectors in the fertilizer iniustry. utilizing tiJne series data for
the period 1969-70 to 1976-77, she derived both Kemrick productivity
imices arxi total factor productivity by regression analysis. She
then analyzed i.nter-sectoral (L,e, private sector vs. public sector)
-------- ----- ----- ._---
27
differerres in total factor productivity by usin;J a dummy variable
which took the value 1 for finns in the public sector am the value 0
for firms in the private sector. '!he study concluded that thc:u:Jh the
prcdu....-ti.vity growth rate in the private sector exceeded that of the
p.Jbl.ic sector, the perfonnance of the latter had ten:led to iItprove
over the years.
FUrther evidence on the productivity of the private an:i public
finns in developin;J countries is provided by studies done by Kim
(1981) am Krueger an:i Tuncer (1982). Kiln (1981) looked at the
Tanzanian experience during 1970-75. He used sw:vey data on
manufacturirg activities by 35 ran:iomly selected firms, constitutin:J
about 7 per cent of the total number of manufacturirg establishments.
He developed t\1O interrelated hypotheses regardirg factor utilization
an:i management. '!he first hypothesis was that govemment-owned
ent:aprises :retained relatively 1ID:re labor than was required
economically. He tested this hypothesis by comparing the labor
productivity in both the sectors am found that labor input per unit
of both outpIt am capital was higher in the public sector, iIIplYin:J
that labor productivity was lower in that sector. '!he secorxl
hypothesis was that management in the public sector was less efficient
than that in the private sector. Managerial efficiency was ce::m-pared
by the dummy variable rrethod in regression analyses of Il'anufacturing
production functions. By assuming that the prcxiuction functions were
the same between the two groups of manufacturin;J finns, he was able to
attribute the different intercepts of regression to differences in
rranagerial disparities. He then used a dummy variable, dendcir.;
--------~.
28
different ownership status, to cause a shift in the intercept of
regressions. 'Ibis procedure is valid if one further assunption is
made: the residuals from the estimated production function can be
attribIted to managerial input. Kim's fin:ii.rgs terrl to support the
hypothesis that managerial efficiency in Tanzanian public sector is
lower than that fClUl'd in the private sector. Hill (1982) investigated
the eoonanic perfonnance of state weaving enterprises in Irrlonesia.
He observed: "'!he main conclusion is that their record has been very
poor, especially in comparison with similar privately-owned finns, but
sane acx::amt nust be taken of the institutional environment in which
they operate" (Hill, 1982, p.1015). K.."'Ueger ani Tuncer (1982)
examirJed the productivity growth in Turkish manufacturing imustries
during the Period 1963 to 1976. '!hey first estimated the total factor
productivity in the public am private sectors through an indexi."'l.g
29
procedure:
- a·dV·J-J'Vjt
. . . , - amQYmVmt
Where X = outputVj = inputs (j=l, • • • ,m)d = difference operator
Using this procedure, their results showed that public sector
enteJ:prises achieved higher rates of productivity growth than private
sector ~rises. To examine the fi.n:ling further, they utilized the
Jorgensen-NishiInizu (1978) procedure to estimate differences in
technology. '!his was done b'J taking the weighted average of the
difference in t:r~ logs of capital ani labor LlpUts per unit of outpIt
in the two sectors within the same industry. '!he results were
reversed for IrOSt products. In fourteen (two digit) products
considered, the ~lic sector appeared to be no:re efficient than the
private sector in machi.neJ:y an:! textiles only. Another feature of
PJblic-private perfomance differentials 1:&'-JCit is of interest here was
their f:in:li.rg that the private sector finns :respon1ed with substantial
substitution of capital for labor when real wages rose durirg this
period. Public sector finns, on the other han:l, resporrled sluggishly
to d1arx;;es in relative input prices.
2.2.5 Adoption of Innovative Measures an:! Profitability
'!here is sane evidence to support the hypothesis that private
fims have greater incentives than public finns to adopt cost-reducing
innovations (Rowley am Yarrow, 1981). In a study of the British
steel Irdust:ry duri.r¥J 1957-1975, Rowley am Yarrow (1981, p.86) fOllJ'Xi
that "there was a highly significant decline in the rate of
introduction of the basic oxygen system into the UK steel i.niustty
foll<:1llin;J nationalization in 1967."
Profitability or rates of return earned by private and public
finis have also been used as iIxticators of relative perfomance. Mann
(1970) reported that public finns showed greater variation than
private finns in eamin:J profits. He foun:i that public electric
utilities earned rates of return that varied fram less than 1% to a
high of 50 to 80% whereas the same in the private finns varied within
2 percentage points. Rowley am Yarrow (1981) found that the reported
rates of return on capital employed of the 14 cornpa.'1i.es that were
owned by the British steel Corporation in 1967 declined markedly
between 1958 arrl 1962. In a nore recent study, Davies (1981) loo..1{sd
--------- ------
30
airlines, here too the government has tried to put both the public am.
private banks unier similar constraints. Based on data for the 1962
to 1972 period, Davies (1981) fourx:l, atOCll'lg other 1:hi.rgs, that the
p.Jblic banks temed to invest in safer prospects am therefore had a
la.Ner rate of retum than the private banks.
31
rnAPl'ER III
<X1l'ION 'l."IDcr'IIE MANUFACIURING INOOSTRY m BANGIADESH:
GRCMIH, STROClURE AND PERFORMANCE ISSUES
3.1 Definition am Scope
'!be cotton textile manufacturing WustJ:y refers to those units
which fall urrler section 2 (j) of the FactoIY Act, 1934 enployin;J "10
or I1Dre workers on any day of the preceding year am in any part of
which manufacturiIg activities are carried out with the aid of power"
(Govennnent of Bargladesh, p.1, 1988). According to Bangladesh
Stamard Iniustrial Classification (OOIC) code numbers 320, 321 am
322, the textile manufacturing imustIY consists of 13 sectors at
4-digit level: c:xJtton textiles (3201), woolen textiles (3202), jute
textiles (3203), silk am synthetic textiles (3204), narrc:M fabrics
(3205), han:U.oan textiles (3206), dyeing am bleaching (3207),
Jmitting mills (3213), caxpets am rugs (3214), cordage, rope am
twine (3215), spoolin;J am thread ball (3216), :readymade ganrents
(3221) ani hats am caps (3222). Unless otherwise i..n:licated, the
focus of our study is the mill sector of the cotton textile iIX:lustry
(OOIC 3201) am what follows is based on joumal articles, GovenlIt¥:!1lt
of BarxJladesh (GOB) publications, the internal documents of the
Bangladesh Textile Mills Corporation (BIMC) arx:l Bangladesh Textile
Mills Association (BIMA), survey rc-SUlts and discussions with mill
managenents am in:iustry specialists.
-------------_._._--- --------
32
3.2 Brief History am Growth of the lOOustl::Y
Cotton textile in:iustry has played an ilTp:)rtant role in the
imustrialization of Asian developed COWltries which persuaded the
early planners of Pakistan to ac:x::ord a very high priority to the
cotton textile sector in the irrlustrialization effort of the country.
'Ihi.s policy stance continues to be an iInportant Part of developtent
t:hi.nk.in3' in Bargladesh.
Today's BarJ;Jladesh was once famous for its production am export
of fine muslin cotton fabrics. '!he arrival of the British East Irrlia
CCItpany in 1757, the In:lustrial Revolution in 1779, the imposition of
high tariffs in Britain, ani the discouragement of cotton cultivation
in Bergal in favor of jute am irxligo cambined to put the i.n:iustJ:y
into a rapid decline fram 'Which it never recx:wered. By the time
i..rrleperxlenc came in 1947, 11 100dern cotton textile mills established
by the British am local entrepreneurs, with a spinning capacity of
about 110,000 spin:nes, had begun to meet the domestic deman:i for
yam. '!he country embarked on a vigorous in:iustrialization program
th.rcugh iJIlport substitution, promoting large scale enterprises in
in:iustry, finance am ancillary services centering arourxi a grossly
overvalued excharge rate ani an elaborate system of i.npJrt controls
(Iewis, 1970; Little am scott, 1970). As a result, the cotton
textile i.n:iustJ:y grew rapidly, adiling 11 IOOre cotton mills during
1950s, taki.rg the total number to 20 wit.l1 a capacity of 403,000
sp:in:lles am 3000 looms by 1962 (Table 1). Additional measures such
as a cascadirq tariff structure, negative or near-negative real
interest rates, liberal financial assisi:ance towards procuring fixed
------------------
33
TABlE 1
~ OF <DrroN TE>cr'IIE INIXJSTRY
1962 1965 1970 1975 1982 1987
34
Number of Mills
Installed SpiIxnes (000)
Yearly Average Increase (%)
Installed IDams (000)
Yearly Average Increase (%)
20 29
403 617
17.7
3 5
24.9
44 48 56 60
750 810 1059 1214
4.3 1.6 4.4 2.9
787 7
8.0 1.7 -1.4 1.1
Source: cemprt:ed fran GOB, statistical YeartxxJk of Bargladesh, 1984,
p, 353; ani 1987, p.251.
am worki.rg capital, tax holidays am speedy depreciation of assets,
generous i.Irports of int:entetiate inputs ani an overall policy bias
towams larger sized plants provided further :i.n"petus to the grcMth of
the cotton textile i.rrlustJ:y (Ch~ury, 1985). 'Ibis brought in a new
stage in the developrent of the i.rrlustJ:y durirg the early part of
1960s, with a yearly average growth rate of 17.7% ani 24.9% in its
spi.nni.n;J am weaving capacities. It represented the "first wave" of
:imustri.alization, spear-headed by the big trading ani in:iustrial
houses of Pakistan. '!he lOCWement for provincial auto..'1C!!TI.Y in the later
half of 1960s discouraged these houses to make na· irwest::ne.'l'""..s but
ID::ISt of the slack was taken up by an ~ing Bengali e..l'lt.repl:'C-J1ei'!rial
group. 1m additional 15 meditnn sized mills were set up in five years
------------------------ -----
en::lin;J 1970. It is not very clear why the new investors went for
smaller plants when all the incentives were in place for establishing
bigger sized, highly capital intensive mills. '!he most probable cause
might have been their relative inexperience in this sector of the
infustJ:y with mlfamiliar technology ard distant markets for capital
ani i.ntennedia.te inprt.s.
After in::lepemence in 1971, the infustJ:y went through a
:f\.1OOamerrt:a change when it was nationalized. On 26 March, 1972 the
BaD;Jladesh Irxlustrial Entel:prises (Nationalization) Order (President's
Order Number 27 of 1972) was promulgated, creatin:J '!he Ban;Jladesh
Textile Iniustries Cor:poration, later :renamed as Ban;Jladesh Textile
Mills Col:pOration (BIMC). A total of 44 :nmning textile mills were
placed W'rler the control of the corporation, of which 4 had to be
subsequently liquidated for want of any tarYJible assets. I:Ur:in;J the
next ten years, 12 lOOre mills were added, all of which were at various
stages of canpletion in 1970-72 under private ownership. With the
introduction of the New IOOustrial Policy (NIP) in 1982, 24 textile
mills were retumed to their fonner Bangladeshi owners. since 1982, 5
nore mills have been established, 4 in public sector arxl 1 in private
sector. '!he govennnent has decided that "there will be no new textile
mills in the public sector as the private sector is considered capable
enough to di.sdlal:ge its historical role of drivID:J this traditional
ergine of iniustrialisation" (GOB, 1985, p.241). In 1984, a second
balanc:in;J, lOOdemization arxl replacement (Rom) program was launched
with financial am tec:hni.ca1 assistance from fhe World Ban.lc totalling
US$40.5 million. About 15 private sector ani 7 public sector textile
35
mills benefited fram this project which sought to increase the
efficiency am capacity utilization of their existi..n;r facilities.
Despite this rro:lerate expansion am one mR, until recent years
COl'lSUll'ption of raw cotton arxl prcxiuction of yam am fabrics have
t.e.rxied to stagnate (Table 2). '!he culmination of private
ent.repl:eneurial involvement in the irrlustJ:y that led to weak
cCiupetitive pressures am lack of spares a.rx:l raw materials due to a
perennial scarcity of foreign exchange reduced the perfOI1l'lal'Y.:e of the
i..ndustry. Meanwhile, dernarrl for yarn and cloth has been steadily
gojn;J up as population increased by 35 million. It was only in year
1987 that mill consumption of raw cotton of 112.84 million lbs ani in
year 1985 the production of yarn of 106.22 million lbs caught up with
pre-irrleperrlence levels (Table 2) •
3.3 Irrlustrial structure and Perfonnance Issues
3.3.1 OWnership and Average Size
As already noted, the i..ndustry's mill sector is now composed of
60 lazge and medium sized mills with 25 in the private arxl 35 in the
p.lblic sectors. In the financial year (FY) ended 1986, the private
sector accounted for 41%, 51% and 39% of total installed spin:iles,
loans ani employment respectively (Table 3). '!he average size of a
mill in tenns of total employment was 1121 and 1236 persons in the
private am the plblic sectors respectiVely.
All private mills have t.1o}eir offices in big cities through
which inports of raw materials am capital goods are [l;:n...nl ed, Ii::"'; ~"1S
with financial institutioI"s, gove..."'Tl!t\e..rrt depa....-t::rne.'1ts and agE:1lCies are
mai.ntai.ned, and important business decisions are formulated. A1m:>st
----------------- ---------
36
TABlE 2
'mENIS IN cnNSUMPI'ION OF RAW CDI'ION AND YARN PROru~ON
1970 1975 1980 1982 1985 1987
Raw cotton COnslJltpti.on
(million lbs) 112a 105 95 98 111 113
Yam Production
(million lbs) 106 91 97 95 106 100
Fabrics Production
(million yes) 59 85 85 73 69 65
Note:
a. Refers to 1969.
Source: BIMC, Annual Reports, various issues; Banglades..h Textile
Mills Association (HIMA), Annual Report 1986;
GOB, statistical Yearbook of Bangladesh 1987.
----------- ------ - - - - -- - -- -- -
37
TABlE 3
CMNERSHIP SI'RUCIURE m 1986
38
Private Public Total
Number of Mills 25 (42) 35 (58) 60
Spin:Ues:
Installed 489756 (41) 712552 (59) 1202308
Operatirg 362591 (43) 474183 (57) 836774
I.Dans:
Installed 3207 (51) 3118 (49) 6325
Operatirg 1803 (45) 2209 (55) 4012
Number Errployed 28018 (39) 43243 (61) 71261
Note: Numbers in brackets are percentages.
5cm'ce: BlMC, Annual Report 1986 am. BIMA, Annual Report 1986.
all of them are family-owned in which owners are closely irwolved in
the day to day nmni.n:J of their businesses. Professional managers
are hired to run their mills am in some cases these managers are
sec:om generation owners. Managers retain their jobs by performi.n;J up
to owners' expectations am. any deviation from that lead to pnmpt
dismissal or delIoti.on or reolacement by a ;u.'lior member of the• J
manageme.'1t team. 'Iherefore, the private sector mill managers are
exposed to pressures generated by the managerial labor market in muc.~
the same way as in developed market economies. In the board of
di.:r:ectors, most positions are held by owners themselves with out side
membership bei.rg confined to i.ntividuals close to the c:MI'lerS.
'I"'ne public sector mills are undez' the administrative control of
BlMC situated at Ihaka. Mills nationalized in 1972 were all in
private harDs. 'lhi.s means that such mills were established with a
view to earn profit. since regional development was not an issue
durin; the tiIoo these mills were set up, it is reasonable to assume
that non-ecx:mani.c factors did not influence the choice of location in
the establishment of these mills. '!he managerial positions in these
mills used to be filled in much the satre way it is done today in
private sector mills. '!he present practice in BlMC mills in fillin;
managerial positions is based on examination am interviews conducted
by the BIMC Board which retain all powers in their postiD3s,
pratDtions am transfers. Once thus hired, mill managers cannot be
fired at will, not even for making losses. '!hey therefore remain
immme to any competitive pressures of managerial labor narket.
3.3.2 Primary Factors am Intennediate Inputs
(a) Fixed capital: Imported spin:Ues am loarr.s fom the
principal machinezy equipoont which, in addition to lam am
structures, are the fixed capital of a mill. As of 1987, there were
38 spi.nni.n:J mills producing yam only am remaining 22 were composite
mills producing both yarn am cloth in which COlWentional ring
spi..rD'li.n;J am shuttle technology is employed. L" t.l}e early stage of
its develq:m:mt, Britain provided the bulk. of the machinezy am spare
parts, gradna1]y bein; replaced by Japan, Korea a11d Trrlia. Producti.c.'1
tech.l"lOlogy has remained by and large the same, though worn out
---- -- ------
39
spin::Ues an:i loans have been replaced by new and second hand ones of
the same vintage. '!here is therefore a great degree of harogeneity in
the basic PL-oduction process, an:i the machinery and spares market is
highly CQ1t)etitive with Bangladeshi mills fonnirg an insignificant
buyer with no effect on world textile machinery prices.
Most of the plants an:i machinery used in the cotton textile mills
are very old, with average age of 22.5 years for a mill Crable 4) am
located in an:i arourrl two cities, I:haka and O1ittagoD;1. IrxlustJ:y
observers are agreed that unless new plants and machineries eml:xxlyin:J
new technology are intrcxiuced, the perfonnance of the sector will
remain less than satisfactory. Both govennnent regulations and
capital market inperfections make it very difficult to vary the stock
of fixed capital in the short nul for public and private sector mills
alike. But the rate at which such capital in both the sectors is
corwerted fran stocks to flows at any point in time greatly deperrls on
managerial behavior.
(b) Tabor: Skilled, semi-skilled and casual workers fom bulk
of the labor e.nployed in the textile mills. '!hough both private am
p.Jblic sector mills are unionized and money wages are upwardly
flexible, real wages appear to remain unaffected. When this is seen
in the context of ION productivity in the i.rxiust.ly, 5:t ~..s that
both employers an:l labor f:in:l it beyord their control to influence the
real wage rate Crable 5). Discussions ",it.l'1 tne public a."Xi private
sector mill managements :in:licate that, in so far the supply is
Ooncerned, they have no difficulty in llh-ing new'tJOrkers, alt..lJ.cugh
involuntary reduction in the existing size of the labor force always
--~----- ~- ~
40
TABlE 4
AVEm\GE AGE OF A rorroN TEXTIIE MILL m FY1987
41
Number of Mills Average Age
Public sector:
Spi.nnirg Mills 24 25
CCIrposite Mills 12 24
Private Sectora:
Spi.nnirg Mills 13 21
CCIrposite Mills 12 20
All Mills 61 22.5
Note:
a. FY1986
Source: BIMC, Annual RePOrt 1987; BIMC Operational Reports am smA,
Annual Report 1986.
TABlE 5
VmGES AND PROWCl'IVI'IY m TEXrII.E lMXJS'lRY
(Base: 1969-70=100)
42
1981 1982 1983 1984 1985
Nani.nal Wage Rate Irrlices 494 494 515 567 685
Beal. Wage Rate Irrlices 87 75 75 74 80
Productivity:
oz per spinlle shift 2.46 2.45 2.53 2.51 2.56
}Ids par loan shift 22.91 22.00 21.42 20.47 21.43
source: GOB, statistical yeart:look of Bangladesh 1987, p.257 am
p.259; BmC Operational Report, 1987.
encounters problems in the short ron. In the long ron, mills achieve
adjustments by not :replacing those workers who retire or leave
voluntarily. Furthenoc>re, the existence of so many mills in the large
scale sector combined with the presence of Ill.IIrerOUS enterprises in the
power am han:Uoam sectors suggest that the labor market faciIg an
i.n:lividual mill is workably competitive. In the mill sector, the
:introduction of mixed ownership since 1982 has strengthened the
cXJlupetitive forces in the labor market.
'n1e perfonnance of a mill depends, aloc>ng other things, on its
labor force, particularly its skill composition and number of Ir.aster
spinners am weavers it has. '!he master spi.nne:rs am weavers act as
--------~--------------------
supervisors, monitorin:J the perfonnance of workers urder them. '!he
mill nanagenv:mts rely on the quality and m.nnber of their supez:visors
to ensure workers' c::arrpliance with production taIgets, with the
expectation that the higher is the supez:vision per worker the higher
will be the production. 'I'rai.ni.n;J both at hone an:l abroad cxmstitutes
an inportant ani continuing effort in both the public ani private
sector mills in imparting greater skill to supervisors an:! management
staff.
(c) Finance: Institutional finance has played a major role in
the developnent of the cotton textile industry in Ban;rladesh before
am after its imepernence, both in tenns of providi.n::J it with fixed
am working capital an:l influencing its grc::Mth cun structure. Finance
at belC7N-market rates of interest was a factor in maki..rg capital
intensive, lcuqe textile mills lOOre profitable than naiium am small
scale, labor-intensive ones.
Before 1971, financial am other ancillary institutions were set
up mainly top~ or to facilitate the prarrotion of private sector
entaprises. '!he Government issued its first policy declaration on
i.Ixiustiy in september, 1948 limiting the role of the public sector to
the ownership of anns ani anmnmition, generation of hydroelectric
porNer, railways, telephones, telegraph and wireless (Chisty, 1985).
In 1952, the Pakistan Imustrial Developr:ent corpcratfcn (PIDe) was
launched top~ investments ; Tl jt.Tt:e textiles, cotton textiles T
c::enent, sugar, fertilizer, paper, heavy engineering ani shipbuilding.
'!he cozporation was broken up in 1962 ; nto t.'I1e East Pa.1Q.stan
In::lustri-.al Development corporatdcn (EPIOC) ani the West Pakistan
----------- ------------------- - -------
43
Irdustrial Develqrnent Co:rporation (WPIOC). In conjunction with the
In:iustrial Developnent Bank of Pakistan (IDBP) arx1 the Pakistan
In:iustrial cre::lit ani Investment corporatdon (PICIC), EPIOC played a
major :role in set:ti.n;J up jute arx1 textile mills in pre-i.IX1epenjence
BarJ;Jladesh (Chisty, 1985). After Weperrlence, the affairs of these
institutions were taken over by Bangladesh Shilpa Bank (BSB) an:i
BarJ;Jladesh Shilpa Rin 5ar¥;Jstha (OORS), which have continued to playa
significant part in Wustrial lend.ing. until recently, ItDSt of their
finaD::e has been advanced to the public sector (Table 6) arx1 since
1980, whatever institutional bias there might have been against the
private sector in the past seems to have been "corrected."
(d) Raw Materials: Raw cotton cost constitutes about 39% of
manufacturi.J'g cost of yam production in a representative mill
(Table 7). As the country grt1NS very little raw cotton (Table 8), its
mills are entirely deperrlent on foreign iJrports where they act as
price-takers. 'n1ere is however good scope for reducing the raw
material cx:snponent of manufacturing cost. 'lhi.s can be done in several
ways even when the world market price for raw cotton is invariant to
deman:l from BaI'gladesh. First, the government can reduce tariffs am
non-tariff barriers, thereby affecting larxling expenses to a
significant extent (Table 9). Although such reductions operate at
mriform rates, irxtividual mills can be expected to benefit
differen'"~lyas management abilities to capture such benefits are
di.stribrt:ed differently.
secord, raw cotton wastage can be reduced witll. significant effect
on minimizing raw naterial cost. Cotton wastage fonted 7.73% in
----------- ---- ---'-- --- ._..._--.
44
TABIE 6
SECIORAL INSTl'lUrIONAL lENDING (MILLION TA1<A)
45
1975 1980 1982 1985 1987
All Financial Institutions:
Public sector 5112 12100 18545 19897 22320
(63) (47) (44) (22) (19)
Private sector 3011 13544 23831 69435 95905
(37) (53) (56) (78) (81)
BSB:
Public sector 24 8 0 0 0
Private sector 12 344 646 320 279
Note: Figures in brackets are percentages.
Source: Bargladesh Bank, Bangladesh Bank Bulletin, March, 1988,
J;:p.122-123; arrl GOB, Resume of the Activities of Financial
Institutions 1987-88, Ministry of Finance, 1988, p.176.
----------- ---- ---------.-------- -------
TABlE 7
S'IHJCIURE OF ~CIURING 0)S'l' OF 32 COUNl' YARN: M:>NNO 'l"IDcr'IIE
46
Takajkg %
Raw cotton 16.77 39
salaries am wages 12.02 28
stores ani Spares 1.16 3
Power ani Fuel 5.71 13
Depreciation 6.61 16
other Expenses 0.26 1
Source: Coq:Juted from BIMC, Annual Reoort 1987, p.63.
TABlE 8
IXmSTIC PROOOCrION OF RAW OJI'roN m scm: SEI.ECl'ED axJNI'RIES
1977 1978 1979 1980 1981 1982 1983 1984
WOrld 13973 13256 13943 13986 15279 14834 14380 17794
Bargladesh 1 1 2 2 2 2 3 3
China 2049 2167 2207 2707 2968 3598 4637 6077
India 1232 1353 1309 1292 1340 1281 1119 1250
Korea 2 2 3 2 1 1 1 1
Pakistan 575 473 728 715 748 824 503 990
Source: statistical yeartxx>k, United Nations organization, 1986.
47
Items
TABlE 9
STRUCIURE OF Wl'IES, SURCHARGE AND SAIFS TAXES m FY87
(%)
CUstoms D.1ties surchal:ge sales Tax
48
cotton Yarn (all counts) 20 0 20
Mixed ani Blerxied YaD1 50 0 20
cotton Fabrics (all types) 100 0 20
sjlltheti.c Fabrics 150 0 20
Raw O:rl:ton 10 2 0
viscose am Polyester fibre 10 2 0
D.ies 50 2 0
O1emi.cals 75 2 20
Sizin;J Materials 50 2 20
Source: BIMC.
FY1987 (Table 10), arisin::J partly fram agi.n:J machineries beyon:l the
control of mill nanagers, am partly fram lower quality of raw cotton
delivered but not cxmtracted for. Here the private mills have an
advantage aver p.Jblic sector mills in that they are able to show
greater entrepl:eneurial skill in~ out a given quality of raw
cotton as each of them is irxlividually responsible for its procurement
ani delivery. '!he public sector mill managers do not have this
flexibility as purchase ani delivery decisions are made by the BlMC.
'Ihirdly, substitution possibilities exist to increase the content of
man-made fibre in yarn prcxiuction. '!his would be a rational response
on the part of a cost-minimizing mill given the comparative high price
for raw cotton. It is not very clear how far substitution
possibilities are bein::J exploited either by the public sector or by
the private sector mills. Given a captive market for mill-made yarn
am exi..sti.n:J production facilities not able to can:y out the necessar.l
bleniing, it is less probable that cost :reductions alorg this line is
bein::J pursued with any significant effect.
Jl.ddi.tionally, lower than optiInal. capacity utilization appears to
be a factor behim hiqh manufacturing cost Per unit of output
produced. In a capital scarce countzy such as Bargladesh, it is a
paradoxical fact that substantial capital stock remains unde..1"Utilized.
'Ihi.s is particularly true in case of the cotton textile mill sector
which has been plagued by persistent under-utilization of its
installed capacity (Table 10). 'Ibere are several causes behim low
capacity utilization both in the public and private sectors ('rabIes 11
am 12). In the public sector, power failure accounts for 33% of idle
49
TABlE 10
'lRENOO IN SGm PERFORMANCE INDICA'lORS IN '!HE MILL SECIOR
50
1970 1980 1982 1985 1987
1- Public sector
Spinning Mills:
capacity utilization (%) 88 78 76 79 74
Wastage (%) 11.90 11.20 8.23 7.73
Cgmposite Mills:
capacity utilization (%) 43 73 66 77 72
Wastage (%) 4.8 4.4 4.3 3.7 3.5
2. Private sectoracapacity utilization (%)
Spi.nnirg Mills 74
CCl1t1;)OSite Mills 56
Note:
a. Refers to FY1986.
source: BlMC Operational Reports am BIMA, Annual Report 1986.
TABlE 11
CAUSES OF IOST CAPAcrIY m FUBLIC SECroR SPINNING KILIS (FY87)
# of Spinlles %
51
Pa«er Failure
Shortage of Raw Materials
Absenteeism
Machine Breakdown
Shortage of Spares
Source: BlMC, Annual RePOrt 1987.
62376
54117
34266
20067
18618
33
29
18
11
9
TABlE 12
CAUSES OF IOST CAPACITY IN A PRIVATE SECroR SPrnNING MIIL:
FAGI.E STAR 'I.'En'IIE MILL, I1I'D. (FY1985)
# of manhours lost %
52
Pc1Ner Failure
Shortage of Raw Materials
Abse..'1teeism
Machine Breakdown
Shortage of Spare Parts
others
24420
1092
35505
9438
2640
8265
30
1
44
12
3
10
Source: National centre for Monitoring I..abour Productivity, SUrvey on
labor Productivity in Textiles Sector, 1985.
spirx:lles followed by 29% due to shortage of raw materials. In a
private mill, absenteeism accounts for 44% of idle spirx:lles, followed
by 30% due to power outage am only 1% due to shortage of raw
materials.
3.3.3 0lItDut anti Its Availability
Yanl am cloth are the two main outputs of the mill sector of the
in::lustry. Most of the mills prcx:luce yarn, with 22 c::c:mp::lSite mills
producing both yam an:l cloth. All the yam prcx:luced by the spinn:in;J
mills am about 80% of that prcx:luced by the c::oIl'q?OSite mills are sold
to power an:l harxiloom sectors for cloth production. In meetin:J the
increasin:] d~c demarrl for yarn and cloth, the mill sector appears
to be losin:] its market shaJ:e to greater import liberalization and
CCIlp::!ti.tion fram the hamloam sector (Tables 13 and 14). Although the
mills have been able to increase their yarn production in absolute
terms, their cloth production has shown a secular decline. Size of
the market faci.rg both the spinning and weaving mills can be expected
to grew for quite sane tiJne as population increases and, as for the
first time, average urban and rural wage rates seem to be reachi."1g the
level prevailin:] in 1969-70 (World Bank, 1987, p, 21).
Governments in the past have tried to provide yarn to rural
weavers ani cloth to consumers cheaply by controlling their
distribution to appointed dealers at fixed ex-mill prices. '!he
ex-mill price so det~nni..'1edby tne Textile Mi.ni.sb:y is often cited. as
bei.n;J a cause for low managerial efficiency in the public sector
mills. let us look at the issue more closely. Given the quality of
mill outp..rt:, if the ex-mill price was lv,;er tnan the price dealers
were willin:] to pay, there would be an excess demarrl for mill made
yarn ani cloth, inlucing the mills to produce at full capacity. But
that did not seem to have happened as low capacity utilization was and
continues to be a major hindrance on mill performance, If, on the
other hani, the ex-mill price is above the market price for a given
quality of output, we would expect the mills to can:y excess stock as
supply would exceed demarxi. Efficient Ina..n;:tgerial response in t.lris
situation would be either to cut production or lower price and
el:iJni.nate the excess stock. But mills have little ince.11tive to do
that as managerial and labor bonuses are based on the level of
53
TABlE 13
YARN AVAIIABILI'IY (MILLION IBS)
54
1975 1980 1982 1985 1986
Mill Production 70.3 71.3 78.8 90.7 124.3
Inport 9.4 11.4 22.5 63.4 62.8
Export 0.0 0.0 0.6 0.4 0.0
IIrport as a % of total
availability 11.8 13.8 23.6 42.2 33.6
source: e.atprt:ed fram GOB, S'"~tistical Yearbook of Bangladesh 1987,
p.629.
------------------_..- -_.-
TABI.E 14
CWlH AVAIIABILIT'l (MILLION YOO.)
55
1975 1980 1982 1985 1986
Mill sector 83.7 88.9 72.5 68.9 54.2
Han:lloan sector 464.0 393.0 478.5 713.0 888.7
Inports 42.5 60.2 57.0 67.2 44.6
Export.<;; 0.0 0.04 0.10 .02 .14
Mill sector as % of
total availability 14.2 16.4 11.9 8.1 5.5
Soun::e: O.A!!1_I..!ted f.!.u!!I GOB; statistical yeart>ook 19S7. ;:JP.629-30.
production target achieved an:l it is administratively c::umberscme to
chaD3'e prices. So stocks of unsold yarn an:l cloth tern to pile up,
pratpti.n;J the BIMC an:l govenment to go to extraordinaryl~ to
bri.n;J back equilibrium in the market: "In order to inprove the
marketi.rg of yam produced by BIMC mills, the following action was
takerl d"ud...7iog tne year 1985-86: L, 'Ihe govenunent rei.nposed ban on
inport of 22/1 - 69/1 counts of yam with effect from 25-2-85 in
response to our request in JarnICllY'85 when the value of unsold stock
was TK. 27 •67 crores. '!his ban on LTtp::Jrt was In force during , 85 to
'86. ii. " (BIMC Annual Report 1985-86, pp.29-30). 'Iberefore
~ prices would appear to be endogenous ann could not be a factor
in cLoteJ:minin:;; managerial efficiency in BlMC mills. Ex-mill prices,
though fixed at any point in time, h"'ve been upwardly flexible, at
least in naninal terms (Table 15). 'Ihese two factors combined with
bans on iIrports have Ireant that final consumers had been paying prices
for the given quality of yarn am cloth that are probably higher than
scarcity prices. Since 1982, the private mills have been allowed a
c:::arplete freedcan in prici..rg their products. At the same time, BlMC
has been ITOV'ing towards a rrol:e flexible arrangement with their mills
in which they would be allowed to vary ex-mill prices within broad
margins.
----------- --------------
56
TABlE 15
TRENOO m EX-MILL mICES OF YARN AND CI.C1IH (TAKA)
57
1977 1980 1982 1984 1985 1986 1987
Cloth (per yd.):
sari 4.6 6.1 10.1 14.3 15.5 16.0 16.5
Il:1oti 3.9 5.9 8.3 9.8 13.5 14.0 15.0
~e 6.9 7.7 10.3 17.5 20.5 21.0 22.0
!.oD;Jcloth 7.5 5.6 10.5 15.9 16.0 16.0 17.0
Poplin 8.5 9.3 12.0 18.0 21.0 24.0 26.0
Shirti.rg 8.5 9.3 12.0 15.7 18.0 19.5 23.0
Drill 4.5 12.6 16.2 25.0 29.0 32.3 33.0
Grey Markin 6.5 6.4 9.8 12.3 15.0 15.0 15.5
Yam (per lb.)
Cotmt 20 13.5 17.8 25.6 30.8 35.0 36.3 31.8
Cotmt 40 21.0 24.4 30.6 41.3 44.5 45.5 41.9
Cotmt 60 32.5 42.2 58.3 63.4 64.1 65.0 62.5
count 80 71.3 65.4 76.4 87.4 89.3 91.3 88.3
Source: GOB, statistical yeart:xx>k of Bangladesh 1984, p. 537 ;
GOB, statistical yeart:xx>k of Bangladesh 1987, p.460.
'!he precedi..n:;J sw:vey of the theoretical cxmsiderations, the
enpirical fin:iin;Js am the description of the cotton textile inlusb:y
lay down the basis to develop a framework to investigate into the
managerial Performance in the publicly and the privately owned textile
raills in Ban;Jladesh aroun;i the following propositions:
(a) '!he managers in both the private and government owned
textile mills in Ban;Jladesh maximize a well-behaved utility function
in which both pecuniary and non-pecurriary variables appear as
cn:gurre.nts. since cotton textile is a private good, both the private
shareholders and the citizen shareholders expect their respective
managements to produce for profit or to minimize cost.
(b) Bein;J owner-managed in IlOSt instances, the private textile
finDs in BanJladesh fit the characteristics of "classical finns" in
which the lOOnitoring problems associated with separation of control
fran ownership are greatly reduced. 'Ihis feature of private finns
does away with the need for a Perfectly functioning capital market to
monitor their managerial Performance. Given this, owner-managers'
utility maximizing behavior becomes synonymous with the shareholders'
maximization objective. On the other hand, the attenuation of
property rights of the citizens of R::lngladesh in publicly Glned
textile mills due to their inability to sell/transfer their ownership
rights prevents them from lOOnitori ng managerial performance, '!his
monitori.n;J problem can be ove.rcorre if the government's (as the agent)
58
sole objective is to maxiInize the welfare of its citizen owners (the
principals) by m:mi.tori.n;J ~e perfcrmance behavior of managers in the
p.Jblicly owned textile mills. Since the goverrnnent can be presmned to
follow ImJ1tiple objectives, which may be in conflict with the citizen
a.rmers' wealth max:i1ni.zin;J objective in publicly owned textile mills,
the principal-agent relationship in this instance between the
government an:i the citizens of Bangladesh breaks down. 'Ihis produces
m:::mi.tori.n;J difficulties am a greater scope for discretionazy
managerial be&'1avior in publicly owned textile mills, 11 leac:lin;J to
canparatively less incentives for the managers to minimize cost.
(c) 'D1e management in the publicly owned textile mills do not
have a clam on the residual (profits) whereas the ovmer-managers in
the privately owned textile mills have. '!he managers of the public
textile finns therefore lack the incentives :relative to the managers
ill tl'.e priVate textile fims to perform better. Govennnent could, in
principle, develop arrl introduce a set of managerial incentives in
p.Jblicly owned textile mills and thereby ensure the achievenent of
same level of managerial perfonnance as in privately owned textile
finDs. since it is assumed that the public officials lack
\ incentives' of their own to institute such IOOaSU:reS, the incentive
problem continues to affect managerial performance adversely In
p.Jblicly owned textile mills.
In order to IOOdel. the comparative performance of the pri-vate and
pmlic textile mills in Bangladesh, we utilize the concept of
11 A IOOdel. of cliscretionazy managerial behavior appears inWilliamson, Oliver, "Managerial Discretion am &1si.ness Behavior!!,American Economic Review, 1963, pp.1032-1057.
59
efficierx:y am relate its determinants to finn ownership. '1bere have
been several papers in recent years which have examined tedmica1
efficierx:y, produced estimates of its magnitudes arx:i related these to
factors such as private ownership (Tyler, 1979), managerial effort ani
abilities (Page, 1980; Little et. ale, 1987), effort am ItDtivatian
(Ti.nuter, 1971), foreign campetition (carlsson, 1972), market power
(Ridmnud, 1974), am age (Arxierson and Frantz, 1985).
'!he concept of efficiency in production is considered to be
highly iInportant for developing countries such as Ban;Jladesh, for it
has pervasive effects for their economies. '!be inquiry into
efficierx:y enables one to arrive at policy decisions as to whether
outplt can be increased by merely reallocating an economy's scarce
resoorc:es. If efficiency in production is systematically linked to
the way property rights in resources are held, then a valid case for
further irwestigation is whether gains in efficiency can be achieved
by altering the existing structure of property rights am thereby
accelerate growth and development.
'!he concept of efficiency has several corrponents: (i) technical
or productive efficiency; (ii) price efficiency; ani (iii) allocative
efficierx:y. Two other perfonnance in1icators relevant here are
productivity arrl profitability. '!be analysis ani measurement of
relative efficiency in production has received a great deal of
attention in a variety of ux:= contexts (Iau and "fotopOUlos, 1971;
'IYler, 1979; Page, 1980; Newfanrer ani Marsh, 1981; Ie.vy, 1981). 'Ib
irwestigate the relationship between the various dete...l"l!!i ro:lT'li--s of
efficiency and relate them to finn ownership, we utilize the
60
awroadles of Farrell (1957) am others in an analytical franework
developed, with rrOOifications and extensions, from the works of T:iIraoor
(1971), Tyler (1979), Page (1980), ~ewfanner and Marsh (1981) and TJ:Ny
(1981).
4.1 Frontier Production F\mction« Efficiency ard ownership
In Figure 1, FF' is the unit isoquant in the input space,
K arx:l L. Assurnir.g that all finns in an i.ndustry use two factors of
production characterized by a well-behaved linear horoogenous
production :function, a point in the input space defines a combination
of factors requixed to prcxiuce one unit of output. COnsider four
finns: A, B, C am D. Each finn faces mi.ni.mum input combinations
which can be connected to produce an isoquant in such a way that no
observation falls between the origin am the envelope. Since finns A,
B, am C use no nore of the two inputs than needed, they lie on the
isoquant F'F' am are considered technically efficient. Finn D lies
above the frontier am is said to be tecl'mically inefficient. we can
then measure the degree of technical inefficiency of the finn at D as
(OAIOD) X 100 on a percentage basis (Farell; 1957). So far, the
description of technical efficiency has been an engineering concept.
we can, by usirg the relative prices of K and L, obtain a separate
meani.ng of efficiency. '!he shape of A' A' reflects the input prices
which, when equated to their marginal products as reflected by the
slope of the isoquant, gives us the concept of price efficiency.
Given A'A' price line, the finn A is price efficient as it equates the
ratio of the marginal products of K am L to their ratio of prices.
'!he price line A'A' also defines the mini.nu.nn cost of
61
------~----------_.- ------
L
62
Figure 1: Tec:hni.cal an:i Price Efficiency
SOUrce: Page (1980)
given level of out:pUt, F'F'. It therefore represents an isocost line.
With an iscx:::ost line of M'MI, a simple relationship exists between
technical efficiency an:i price efficiency at points 0, A an:i R, since
OR/OD = (OAIOD) X COR/CA}.
In addition to differences in technical efficiency an:i price
efficiency I differences in econanic erwirornnent may lead to
differences in output-input am iJ'lput-input ratios across finns in an
in:iustry. 'Ibis makes estimation difficult as the concurrent existence
of these influences intrcduces siJmJltaneous equation bias.
Apart from its basic simplicity, Farrell I S frontier pT.Oduction
approach as discnssed above has three significa.1"!t attributes (Tyler,
1979). First, the proced.ure does not require SPeCification of a
functional fom for tl}e underlying production function. '!his is
consideJ:ed to be an in1portant advantage as the specification of a
functional fom can introduce a bias into the technical efficiency
measure. secom, Farrell's procedure allows c:arrp..rt:ation of finn
specific measures of teclmi.cal efficiency. 'Ihi.s is a major advantage
for us as we are interested in ascertaining the finn level differences
in efficiency in the cotton textile mills in Bangladesh. 'Ihird., the
procedure can be generalized to more than two input-output cases.
However, as Tyler (1979) points out, there are a rnnnber of
short:.cc:ani.n3s of the Farrell procedure. First, it does not take into
aooount non-constant retunls to scale. sec::om, it is highly sensitive
to extreme abseJ::vations (or outliers). 'Ibis is noc as much a problem
in the use of aggregate data as it is in the use of finn level data.
'Ihird, the efficiency imex is undefined in uneconomic areas of the
productdon function (L,e, it can only compare points along a ray; it
cannot c::artpare a point on the ray with one off the ray.)
Aigner ani Chu (1968) ani Tinuner (1971) have developed a method
for estimating a frontier production function by using programming
techniques that allows us to overcome some of the shortcomings of the
Farrell procedure. '!his has meant the specification of a functional
fonn for the production function ani the sacrifice of generality. '!he
choice of flmctional fom then becomes an Luportant factor. Following
TiJmner (1971) arxl Tyler (1979), ~le use the O":r.h-Douglas (CD)
functional form for estilnating the comparative perfonnance in the
Bangladesh cotton textile i.ndust...ry wit.l1. all its neoclassical
63
assunptions. '!he derivation of the efficiency ratio as developed by
T:iJmrer (1971) am Tyler (1979) is summarized bellow.
'!he CD function can be written as:
64
y. = A K·a T.. b1. 1. ""'l.
where:
(1)
Yi = actual output for the i th textile mill
Ki = capital used by the ith mill
Lr = labor used by the ith mill
A = a technological constant
a, b = parameters measuri..n;J' elasticities of output with
respect to labor am capital
a+b measure the degree of returns to scale in production. capital
am labor should ideally be measured in flow tenns but because of non
availability of data, they are measured in stock tenns in most
empirical studies. TI'..e standal:d OIS estilnati..n;J' fonn in logs is given
by:
(2)
where the error tenn u is constrained to be non-positive which forces
y to be greater or equal to f (K, L). Equation (2) becomes an average
production function when estimated by DIS am the error tenn, u, is
st:ochasti.c, reflectjn;J differences ; n technical or TI".a......agerial
efficiency with all measurement errors assumed to be insignificant.
---------~-----_._-.- --
'!he estilIlated production surface then exhibits a best-practice
frontier or envelope. since ui is constrained to be non-positive,
equation (2) is estilIlated with the corx1i.tion that:
65
A* + a* In K' + b* In L' = In y. * > In y.1. 1. 1.- 1.
where In Yi* = maxi1num possible output of the ith mill
In Yi = actual output of the ith mill
A*, a* an::! b* are the estilIlated parameters.
(3)
When a textile mill's maximum output, In Yi *, is equal to its actual
output, In Yi' it is considered to be operating on the frontier and
therefore technically efficient. Insertin:J ui into equation (3), an
identity results as:
* * * *A + a In K' + b In T .... - u· = In y.1. ~ 1. 1. (4)
Since Ui* represents techni.cal inefficient..y, it can be directly
c:::e::atpIted from each obsexvation by minimizin;J either the smn of squares
error teJ:ms (through quadratic programmi.n;;J) or the linear sum of the
error teJ:ms (through linear programmi.n;;J). In linear programmi.n;;J
approach, the problem is to:
Min LUi*
s.t. A* + a* In Ki + b* In Li. ~ In Yi
and A*, c, b* ~ 0
Equation (4) can be Sl.Il'I'IIOOd over i and solved for ui* to get:
66
(5)
and equation (5) becomes the basic analytical equation from which
- ( In Yi) can be dropped as it is a constant for a given set of data.
'1lle objective to be mi.ninri.zed is derieved by dividing equation (5) by
n, '1lle linear progranuning problem is to:
Min A* + a* In K + b* InL
s.t. A1* + a* In K1 + b* In LJ. ~ In Y1
An* + a* In Kn + b* In In ~ In Yn
am A*, «, b* ~ 0
in which each mill is viewed as an activity arx:l the problem " ••• can
be solved by any linear programming package" (Ti.nuner, 1970, p.114).
'1lle estimated parcmeters A*, ai* am bi* are used to compute the
maximum possible output Yi* for each actual combination of In Ki and
In Li which can then be campared with observed output; In Yi to yield a
+-orohr'.ical efficiency it'1d.ex ('IE!) for each textile mill:
(6)
So far, the derivation of these mill specific indices has been
stricKly based on th.e works of T:i.lnmer (1971) and 'IYler (1979) which
take values from a theoretical rni.ninnJm of 0 to a maxintum of 1. Ti.mme2:"
--------------_... _- - _.- .
(1971) ranked this type of iniices to judge the efficiency of fanni.n;J
states in the U.S.A. In our case, mill specific efficiency ratios can
be ranked to provide safe insight on their relationship with
CMnerShi.p. As we noted earlier, the technical efficiency iniices so
oc:Il'plted are sensitive to extrerre obseJ:vations in a data set. sane
analysts have tried to overcame this by c:li.scardi.rq a certain
percentage of observations am then iterate until the irxlices
stabilize. we do not attempt any such correction as we are only
interested in the ranki.nqs of the textile mills am not in their
absolute levels of efficiency.
Ieibenstein (1966) has argued that finns may fail to achieve
"X-efficiencyll or technical efficiency due to the structure of
preferences of managers an:! workers. Property rights literature
suggests that, due to monitoring problems, the structure of
preferences of managers an:! workers in the publicly owned finns
differs significantly from that found in the privately owned finns,
givin; rise to differential ui according to finn ownership. If that
is so: an OIS regression of t.~e linear programming efficiency Irdex on
several efficiency related variables allows us to test the null
hypothesis that there are no significant differences in efficiency
between p,lblicly am privately owned textile mills in Bangladest.L. A1xi
this is done in the next stage of our analysis.
4.2 Detenninants of ~;:ln;:lg""""ial Efficie.'1C'{
'!he analysis in C1apter 3 am irrlustrial orqanizatdon tneory
suggest that, in addition to any diffa.-rences arisirg fram diffe...--e.nt
property rights, there are several other variables, same management
67
related an:! sate am not, that can be expected to have an effect on_.......-. ......-
efficiency across textile mills in Bangladesh. Once we are able to
control for these variables in a regression of the linear programming
efficiency i.n:iex, the rernai.nin:J difference in efficiency can
presumably be attrilJuted to differences arising from awner::~i;-.
variables which nee:l to be controlled for are:
(a) 1ge: managerial efficiency in a cotton textile mill can be
expected to be related to its age. As mills becalre older, their
managements have IOOre time to leam, become more proficient in their
operations an:! increase their accessibility to markets. working
against these learning effects, the durability ani the associated high
replacerrent cost of capital in the textile i.n:hJstry due to a scarcity
of savi.rxJs in the economy may result in the retention of spin::Ues arx:l
locms that do not embody mre advanced technologies, leadi.n;J to a
reduction in managerial efficiency. Either way, age can be a
significant determinant of managerial efficiency in textile mills in
Bargladesh ani requires to be controlled to ascertain the effect of
CMI'lerShip.
(b) Location: location affects the efficiency of cotton textile
mills in several ways. First, accessibility to infra-structures such
as gas, electricity, better roads confer an advantage on mills located
in ani aroun:i big cities. second, nearness to input am output
ma....""'kets help mills to miniInize costs and zespond to chanqes in demand
am supply more swiftly. 'Ihirdly, more able managers are likely to be
attracted to mills situated in ani around big cities with better
----------- ------------_._-
68
education am health facilities, reinforcing mill efficiency pIrely
due to lcx::ational advantages.
(c) Mill size: another attribute considered i.np::>rtant in
detenni.ni.n:1 mill efficiency is its size. It is often thought that
large textile mills are lOOre efficient than snall ones, for they enjoy
higher econanies of scale due to o:rgani.zation, superior tec::hni.cal
krlc:Mledge am growth irrluced by past efficiency. If capital markets
are :iIrperfect, size can act as a signal for higher prcxiuctivity of
capital to prospective len:iers. In addition to these, if size is a
factor that has a positive influence on managerial preferences, then
it is possible that better rranagers are attracted to bigger mills.
'Ihese effects can be countered by higher infornational costs due to
rigid hierarchies in large nulls, resulting in lesser opportunities
for direct ccmtUlli.cation between the management am the workers am a
consequent loss in employee m:>tivation.
(d) capacity utilization: this is usualfy considered to be an
efficiency increas~variable. Since it relates to the utilization
of fixed capital, its higher usage can be expected to lead to a
reduction in the unit cost of output of a textile mill. It will also,
for a given level of labor employed, lead to higher labor
prcxiuctivity. As deman:i for an individual mill's output is fairly
elastic, it could sell as much as it wished by producing near its
capacity. On the other hand, ;11 the lOn;J run equil.i.britnn, a mill's
management nay prefer to have some idle capacity "because economies of
scale mean that the cost of a little Ldl.eness !'1a" l-lill be more than
69
c:x:mpensated by fuller utilization am higher profits later" (Winston,
1974, p.1303).
(e) Number of production workers per SUDeI:Visor: this often
indicates the intensity of managerial effort. '!be textile mills in
Ban;Jladesh face a chronic problem La using its w-orkforce fully,
primarily due to absenteeism. '!berefore there is substantial scope for
increasin] the use of labor through better supervision. As production
workers per supervisor declines, efficiency can be eJq;>eCt:ed to
increase. seen from mill management's point of view, the number of
production workers per supervisor also offers opportunities to reduce
its 0NJl "top heaviness" am judge its intensity of monitoring. It
provides a IlDre general fonn of supervision as a means of enhancin:J
labor effort.
It can be seen that, in each of the variables al:xJve, there are
often opposing forces towards increasin:J efficiency. '!be regression
results will therefore capture the net effects of these factors am
help to control for them in explaining managerial efficiency in the
cotton textile mills of Bangladesh.
'!be TEI in (6) can now be expressed in an estimating fonn as:
TEIi = ao + al CMDi + a2 IDDi + a3 AGEi + a4 CUi + as SZi
+ a6 SUPi + ei (7)
where CMD : durmny variable for mill ownership
= 1 for privately owned-mills
= 0 for publicly-owned mills
IOD : locational dummy
----------_._---_._-_ .._-_._._--
70
= 1 for mills situated in D1aka
= 0 otherwise
AGE = Registered age of a mill in years
aJ = capacity utilization based on number of
spin:nes am looms
SZ = Size of a mill
SUP = Number of production workers per supervisor
'lb transfonn equation (7) for estimation by using a cross-section
of time series data, we rewrite the equation as:
TEIit = aO + al CMDit + a2 IDDit + a3 AGEit + a4 aJit + as SZit
+ ~ SUPit + eit
for i = 1, 2, •••• , N
71
t = 1, 2, •••• , T (8)
'lb test the hypothesis that there is no difference in teclmi.cal
efficiency due to finn ownership, we set up the null am alternative
hypotheses as:
and
'!his process of combining cross-section am time-series data
gives rise to two problems. First, cross-section parameters could
shift over time, violating the best linear unbiased estimation (BIlJE)
asst.mption that cross-section disturbances are unconelated, i.e.,"
E(eie:i) l' 0, for i l' j, giving rise to autocorrelation in the error
tenDs. second, in a cross-section study of finns in an irrlustry such
as the cotton textile in1ustJ:y in Bangladesh, the error tenDs of large
- --- ----------- ."-"-"
finns may have larger variances than the error tenns of smaller finns,
violati.n;J the asstm'fption of constant variance, Le., E(e2it) ~ s2,
givi.rg rise to heterosca:iasticity. 'Ihis problem does not nonnally
occur in time-series studies.
When positive autocorrelation or serial correlation is present,
ordinary least-squares (OIS) regression estimators :remain unbiased but
their efficiency is af£ecterl, prcxiucing standard errors that are
biased downward am the null hypothesis may be rejected when it should
not be. Similarly, the presence of hetroscedasticity does not
interfere with the unbiasedness of the OIS estimators but affects
their efficiency. '!he correct estimation procedure to apply in the
presence of autocorrelation and hetroscedasticity is generalized least
squares (GIS).
'!here are several ways involving the use of GIS to pool data am
correct for the presence of autocorrelation and heterosoedasticity.
'!he GIS procedure used here in estimating equations (8) and (9) is a
variant of the cross-sectionally hetroscedastic and ti.me-wise
autoregessive IOOdel described in Kmenta (1971, pp. 508-514) that
restricts all the values of rno (the autoregressive coefficient) to be
equal for each of the cross-sections.
~ . 2 Av~-age Fl"Oduction Function and Covariance Analysis
As an alternative to regressing the efficiency indices obtained
through the linear programming approach outlined above, we could
utilize the nore traUitional average production function approach to
investigate into the differences in efficiency and their detenni.nants
in public and private textile mills. Managerial efficiency between
72
the two gronps of ente-"1'ri.so-s is then compared usirq the dummy
variable method in regressions of CD production function. Given the
assumption of same production function between the two groups of fints
in the textile i.rxiustzy, disparities in managerial efficiency will be
given by the different intercepts of regressions. A dummy variable
~ ownership status can be utilized to result in a shift of the
regressions intercept. As before, the validity of this p:rcx::edw:e
revolves arourn the assumption that the estimated residuals mostly
aCXXJlU'lt for managerial input. If the ceterus paribus corxtitions not
necessarily related to management input are violated, the regression
results woulri have to be intel:preted with great caution.
Rewritirg equation (1) in an estiInating fom am incOl:poratin;J
all other variables considered important in detenni.ni.n3" efficiency,
the relevant n:gression equation becomes:
1n Yit = aO + a1 CAPit + a2 IDRCAPit + a3 IABit + a4 CMDit
+ as IDDit + a6 AGEit + a7 SUPit
for i = 1, 2, ..•• , N
t = 1, 2, •••• , T (9)
where CAP = Fixed capital
w:>RCAP = Worki.rg capital
IAB = Production Workers
avo = a dummy variable for ownership:
= 1 if value-added is obtained from private1y-owned
mills
-----------------------
73
= 0 if value-added is obtained from publicly-owned
mills
roo = IDeational D..1mmy
},GE = Registered age of a mill in years
SUP = Number of production workers Per supervisor
In equation (9), the intercept of the regression line measures
the expected value added from publicly owned textile mills, whereas
the slope, a4, measures the difference in value added associated with
private a.mershi.p. We can see this by taking the expected values on
both sides of equation (9) for CMDi=O and CMDi=l:
E (Yi) = (0 CMDi = 0
( 0 + 1 avDi=l
'!he rroll hypothesis that a4=O is then a test of the hypothesis that
there is no difference in value added due to ownership.
'!he secoa:iary aspect that we are interested in is the question of
privatization. Here we would like to test for the hypothesis that
privatization made no difference to the efficiency of those textile
mills that were privatized in 1982. '!he average production function
approach developed above can be utilized to test this hypothesis,
fcx:usirg only on those mills which were in the public sector prior to
1982. A tine dummy denoting the change in 1982 in equation (9) can be
expected to pick-up the effect of privatization: '!he null h~~'1czi.:;
that the coefficient of the time dummy is equal to 0 is then a test of
the hypothesis that there is no difference in value added due to
privatization.
---------_.-_ .... _.
74
aIAPI'ER V
PRESENI'ATION AND EXPIANATIONS OF EMPIRICAL RESUIrrS
In this chapter, we describe the data and analyze tne enpirical
results in an effort to explain differences in efficiency across
cot:t:on textile mills grouped urxler public am private C7tlI'lel:'Shi.p.
5.1 Data am Construction of Variables
'!he sample is a purposive one consisting of 31 cotton textile
mills drawn fram a set of 44 textile mills nationalized in 1972. out
of these 44 mills, four were subsequently liquidated am 15 were
privatized in 1982-83. 'IWe1ve of these privatized mills am 19 of the
n!l1la:ini.rg 25 publicly owned mills constitute the saIrple study.
'Iberefo:re, all the 31 mills were urxler public C7tlI'lel:'Shi.p fram 1972 to
1982.
'!he data set is a pooled sample of 465 observations aver fifteen
years en:ii.rq 1987 across 31 textile mills. 'Ibus both intert:e1Tp)ral
an::l cross-sectional effects influence the regression coefficients.
Data for the years en::ling 1982 come from the BIMC annual reports,
operational reports am intemal files am for 5 years errling 1987
cane fran two surveys corxiucted by the Bargladesh Productivity centre
(BPC), Ministry of IalxJur an::l Manpower (ncM ciJ.led the National
P.roductivity Organization urxler the Ministry of Irxfustr'.i). One of
these surveys was used by the Bangladesh Productivity center iTl the
preparation of a researdl :report, "Labour Productivity Trerrls in
Textile Mills Urxler Public am Private Management for the Period
1980-81 to 1984-85," published in 1988 by the Ministry of I.a1:lour and
75
MaI'lpc:Mer, Govenment of ~ladesh. BPC sent out its sw:vey
questionnaire to 60 major textile mills both un:ier BIMC am private
ownership with request for information covering the period fran
1979-80 to 1984-85. '!he request was followed by visits to inllvidual
mills by the BPC research staff to answer queries ani. clarify points.
Of the 60 mills awroached, 32 BIMC mills am 19 private sector mills
respon:ied by serxti...'1g t.t:le requested data in time. '!his sw:vey was
updated in 1988 to cover the Period fram 1986 to 1988.
We took ellery possible care to make the data sets conparable
both across mills am over time. Each mill in the sanple was again
visited to check am cross check data sources, to rerrove arrj
incx:msistencies arx:l to fill in gaps. 'lhese visits were also utilized
to obtain greater clarity on the structure of the irrlustry am market
con:titions facing the mills. Despite these efforts ani the fact that
these are govennrent data published in many fonns at different times,
one has to remirxi oneself of many constraints which make any data set
fram a developing COlDltry fragile and open to pitfalls. '!he
expectation has been that by considering a time series of
cross-section observations on inputs and outputs of irxlividual mills
as required by our analytical framework, we will have mi....umized any
over or unier reportiIg that might have taken place in any particular
year or in a particular mill.
'!he basic data set came in a 15 by 31 matrix coveri.~ 64
categories of information which were reduced to a set of depenjent am
i.niepernent variables considered necessary for computing the
efficiency in:lices am nmning the regressions for hypothesis t:estin:J.
----------_.. _.-
76
Value Added (Y) is the deperxient variable in both the frontier
ani average production functions. It is obtained at constant prices
by usi..rq the method of double deflation. Value of gross output of
yam (in spi.nni.rxJ mills) ani yarn an:! cloth (in c::anq:x:>site mills) is
c:arp.rt:.ed by Il'U1tiplyiI'g physical quantities with ex-mill prices (net
of duties and taxes) for each year and for each mill. 'Ihe };t1ysical
quantities were of different counts (in case of yarn) ani different
picks (in case of cloth). In instances where these were not converted
to 32 counts for yam ani 54 picks for cloth, it was done so by usi.D;J
the conversion table issued by the Ministry of Textile. Valu~ of
gross CJl1tpIt is then deflated by a weighted output price Wex based
on the ecxmamywide prices of cotton yarn and cloth reported in the
various issues of Bangladesh Bu.."'"eaU of statistics Yearbooks. 'Ihe
0ll'tpIt deflators are therefore not mill specific. '!his could be done
so by followin;J a scheme of divisia price irxtices for all outputs arrl
i.npIts. azt the effort and the consequential benefit did not merit
such a procedure as the ex-mill prices of yarn ani cloth fixed by the
government did not vary across mills for lOOSt of the years under'
study. 'Ihe i.ntennedi.ate inputs such as raw materials, pc:Mer and fuel,
ani factory overheads for each mill in a year we...."""e similarly deflated
ani subtracted fran the value of gross output to yield value added in
constant prices. All the intennediate inputs were deflated by their
i.n:Iividual price irxtices except factory overhead ~c..~ was deflated b"j'
the general price ~.
'!he use of value added instead of value of gross output as the
depan1ent variable does assume that inputs are used up to the point;
77
where their marginal revenue produce is equal to their marginal cost.
In the absence of contrary evidence and the reasonable ~titive
nature of i.np.It ani output markets facing irxlividual textile mills in
Bargladesh, this would appear to be a plausible asstmption to make.
9apital (CAP) variable poses a great deal of both conceptual ani
practical difficulties in applied work. Apart from theoretical
problems, it is not always easy to came up with a soun:i estimate of
various types of capital equipment that may be used by a finn. '!his
difficulty is CCIllpOUl'Xied by the fact that it is the flOW' of capital
services, ani not its stock, that should appear in the production
:flmcti.on. '!he conventional response has been to develop SOl'le neasure
of capital stock ani assume it to be proportional to its flOW'
contribution. We prefer to use a flOW' measure for capital variable as
worki..n] with stock rreasures may not always give satisfactory results.
Pitt ani lee (1981) have used annual consumption of el&..'""t:ricity as a
7leaSUre for capital in their study of fifty textile mills in
Irxlonesia. Because of widespread systems loss in Bangladesh, we used
an alterrative measure to that. our capital variable is the mill
specific expen:li.tures on spares, repairs and maintenance of looms am
spin:nes, deflated by the appropriate price Index, We would expect.
these expen:li.tw:es to :reflect the rate of use of fixed capital and
therefore to provide a workable proxy to capital variable. T:ilraoor
(1970) used such a measure for his analysis.
Tabor (SIW) variable is the average rn.nnber of skilled production
workers during the year as it is this cateqory of worka.rs thought to
be llDSt directly related to production in cotton textile mills.
---------._-------------------
78
Ideally, manhours worked weighted by wage rate would give a gcxxi
neasure of labor input. Although our data set includes infonnation on
manhours worked, infonnation on mnnber of shifts worked cannot be
treated with absolute certainty. Additionally, the wage bill in the
data set is a composite of all payments made to proc1uction arrl. non
production workers, preventing the use of any weighin;J scherre. No
att:e:rrpt has been made to correct for differences in age, education or
years of work experience as no such infonnation for all years could be
obtained.
Working capital (~) includes output inventories, input
inventories am financial assets. '!be output am input inventories
were deflated arrl. then lIUl1tiplied by the average central-bank
di.sc:olmting rate of 1972-73 (the base year) to obtain a measure for
their services in flow tenns. '!be financial assets held by each of
the mills were deflated by the general price irxlex am added to
inventory flows to yield a measure for working capital in constant
prices.
capacity utilization (ClJ) is thought to be an important
detenni.nant of mill efficiency. In the present study, it is an
UI'1Sqili.sticated measure of average operating capacity as a proportion
of workable installed capacity. Installed capacity as reported in the
books of mills do not always accurately reflect the level of workable
capacity. 'Iherefore, illstalled capacity was adj~...ed for no..."'l-workable
spin:nes am ICXl1l'S to give a measure of workable capacity. It becomes
jmmecUately clear that both average workable capacity and ave...'""'age
Clpe-"'"a.tin:r capacit'.l are what the mill managers think they are am
79
therefore involves sane element of subjective judgement. we use this
measure for its widespread application in Ban;Jladesh textile in:iustry
an::! its <ntpUtational si.Irplicity.
size (SZ) can be represented by a variety of measures. For our
pw:poses, it is sales at constant prices. '!he variable to capture the
effect of sypervisor (SUP) is given by the mnnber of productdon
,,"'Orkers per master weaver/spinner. Expressed this way, the higher is
this ratio lower is the expected efficiency in a cotton textile mill.
~ (AGE) is the registered m.nnber of years a mill has been in
operation. '!he dlD'nmies are self-explanatory.
5.2 Managerial Efficiency and Its Detenni.nants
Table 16 presents the frontier and average prcxiuction ftmctions
estimates. '!he linear programming (IP) provides an esti!late of a
llbest-practicell production function and generalized least squares
(GIS) gives an estimate of an average prcxiuction function. As all the
variables are in logs, the coefficients are their elasticities with
respect to output. As can be seen from the t.-ratios, all the
coefficients in the average production function are significant at 5%
level. '!he sum of the coefficients of fixed capital, working capital
an::! labor are less than one but not significantly different fran one,
in:licati.n;J that there are no increasing returns to scale in the mill
sector of the cotton textile i."Xiust:J:Y. '!he frontier am average
production function estimates differ slightly. A cc::mparison of tr..ese
elasticities reveal that apart from fixed capital, the "best practice"
textile mills have higher marginal productivity of working capital am
labor than average mills. It is not very clear why best practice
---------------_.- ---- -_.- .
80
TABlE 16
ImOOcrION FUNcrIONS ESTlMATES
81
AVERAGE FRONrIER (IP)
CDNSTANT 2.4628 0
(7.9123)
CAP 0.30007 0.236
(7.7125)
0.10629 0.175
(2.3739)
SPW 0.21975 0.571
(4.0353)
.3842
Note: '!he values in the parentheses are absolute values of asynptotic
t-ratios. '!he average production function coefficients have been
corrected for heteroskedasticity ani first-order autocorrelation at a
constant rho.
-----------_ ..._--- -----
textile mills should have ICMer mazginal productivity of capital but
one factor may be a preference on their part to adopt more capital
intensive production techniques. '!his would also explain the higher
labor productivity in "best practice" mills.
5.2.1 Descriptive statistics. Table 17 provides sane
descriptive statistics on the efficiency ratios of the sectoral
sanples for different pericx:3s. It can be seen from Table 17 that
after 1982 the coefficient of variation for the private sector has
gone up am that of the public sector declined. No plausible
conclusions can be drawn from these ratios as we recall that these by
themselves do not: have arry statistical properties.
5.2.2 Efficiency Rankings. '!he full sample for the year 1983-87
(the post privatization period) can however be used to generate the
ranki.rgs of the mills according to their efficiency ratios. '!his is
done in Table 18 which shows that 31 mills occupy 18 rankings of which
top 8 rankings (the first quartile) are represented by 8 private
sector mills (26% of the sample or 67% of all private mills). In the
first half of the raIlki.n;s, there are 18 mills of which 11 . re in the
private sector (35% of the sample or 92% of all private mills) • '!his
would provide same support for the assertion that the private sector
textile mills are, on the whole, more efficient than public sector
mills.
In Table 16, we saw that t.he best; practice mills have higher
marginal prcxluctivity of labor than average mills. Table 18 in:licates
that accordirq to efficiency rankings, private sectcr :mills are
probably the best practice mills. '!his finding is consistent with
-------_._-~----_._------- _. ----.._-----
82
TABlE 17
EFFICIENCY RATIOS FOR '!HE OJI'ION TIDcr'IIE INWS'I.RY (1973-87)
83
Range Coefficient of Variation
Public sector
1973-87 .94-.69 .068
1973-82 .95-.71 .078
1983-87 .86-.66 .065
Private sector
1973-87 .91-.74 .063
1973-82 .95-.74 .070
1983-87 1.00-.74 .085
----------- --------- -------- --------
TABI.E 18
RANKINGS OF carroN TEXl'II.E MILlS ACCORDmG 'IO EFFICIENCY RATIOO
(1983-87)
84
Efficiency Ratios # of Mill Private Public
1.00 1 1 1 0
0.96 2 2 2 0
0.94 4 1 1 0
0.91 5 1 1 0
0.90 6 1 1 0
0.88 7 1 1 0
0.87 8 1 1 0
0.86 9 1 0 1
0.82 10 4 0 4
0.81 14 4 2 2
0.80 18 1 1 0
0.79 19 1 0 1
0.78 20 1 0 1
0.77 21 2 0 2
0.76 23 1 0 1
0.75 24 4 0 4
0.74 28 2 1 .,~
0.66 30 2 0 2
----------- -------- --- ----
both theory am evidence from other studies. '!here are at least three
reasons why privatized mills would tern have, for a given level of
outplt, a higher K,IL than public secto~ mills in Bar¥Jladesh. First,
the privatiZed mills a:f.ter 1982 have been able to shed the excess
labor that blilt up in these mills during the nationalization pericxl,
increasi.rg their IyIL. sec:orxl, the labor market c::orxlitions facirg
these mills have led to a substitution of labor for capital. 'IhiJ:d,
additional capacity creation has been capital intensive. '!he last two
points would seem odd given the aburrlant supply of labor in
8arr;Jladesh. One would expect labor to be relatiVely cheap am
therefore l'IDre in demarx:l than capital. But a careful examination of
the textile labor market reveals that labor is not cheap as it is of
lC1il quality am prone to absenteeism, discouragi.n.3 its enployment by
profit maximizing textile mills in the private sector.
5.2.3 OWnership and Comparative Efficiency. In the next stage,
the LP efficiency ratios for the 1983-87 are regressed against several
iniepen:lent variables considered important in deteJ:mi.ni.nJ cx::nt'parative
efficiency at the mill level. '!his procedure controls for as many
variables as data pezmi.t and helps focus attention on ownership issue.
'!he results presented in Table 19 indicate that over 35% (in
equation 1) to over 64% (in equation 6) of the variations is explained
by one to six variables. It can be seen tha'c all the coefficients
have the expected signs arrl are, except location, significa.< at 5%
level. An F test of the null hypothesis that all the population
coefficients are equal. to zero fails at 1% Level , iIIlplying ~~t there
85
TABlE 19
DE'l'EDmWn'S OF TEaINICAL EFFICIENCY' m rorroN TIDCI'IIE MIllS
(1983-87)
86
(1) (2) (3) (4) (5) (6)
CDNS 0.783 0.785 1.032 0.806 0.509 0.414
(100.90) (45.151) (17.061) (9.885) (5.225) (3.937)
avo 0.118 0.116 0.102 0.095 0.036 0.050
(9.188) (6.855) (6.483) (6.419) (2.518) (3.232)
IOD -0.003 0.012 0.007 -0.002 -0.005
(0.167) (0.796) (0.514) (0.149) (0.399)
-0.080 -0.067 -0.164 -0.129
(4.237) (3.715) (6.664) (4.687)
0.233 0.211 0.185
(6.419) (4.290) (3.710)
SZ 0.126 0.144
(11.474) (11.825)
SUP -0.003
(3.870)
~ 0.3556 0.3505 0.4762 0.5415 0.6587 0.6412
F 84.415 41.020 45.761 44.285 57.526 44.085
Note: '!he values in the parentheses are asymptotic t-ratios.
is a 99% probability that the sample is drawn fran a pop.11ation where
at least one of the (X)efficients is different fran zero.
In all the equations, the CMlership coefficient is posdtiive ani
significant at 1% level in one-tailed tests, in:ticatinl that we fail
to :rejact the hypothesis that private sector textile mills are 1OO:re
efficient than plblic sector textile mills. '!he ownership coefficient
gradually declines until equation 6 when, with the inclusion of
supezvision variable, it goes up from .036 to .050, probably
i.rxlicatinl that private mills are able to achieve a higher level of
supervision of their workers than public sector mills.
In equation 2, the locational dummy irrlicates that mills situated
outside I:i1aka are 1OO:re efficient. With the addition of IOC>:re variables
like age arxi capacity utilization, this is reversed•. In equations 5
ani 6, with the inclusion of size and supervision variables, mills
outside I:i1aka regain their superiority in efficiency. As outside
mills are predominantly drawn from O1ittagoD;J, a port city, it is
possible that these mills have an advantage in securinl iIrported raw
materials 1OO:re cheaply am regularly.
All the other variables have the expected signs am are
significant at 1% levels in all the equations. '!he consistent
negative sign of the age variable indicates that the beneficial
effects of managerial learning in Bangladesh textile mills have been
overtaken by the obsolescence and high maintenance cost of capital
associated with old am aging mills. '!his confirms the widely held
view that unless new generatio!'l.s of spLTY'l...les and lccms embodyi£"ig
technical progress can be introduced, the efficiency of the textile
87
mills will continue to suffer. But technical progress can only be
achieved if the econany is made outward-looki.n;J, an issue we will
return to in the concludi.n;J cllapter.
'!he high elasticities of capacity utilization in last two
equations indicate the presence of unused economies of scale. In so
far as such urner-uti.lization is related to both tariff am non-tariff
barriers on the iJT;;x>rt of critical raw rnaterial5, there is a case for
deregulatin;J this market am allow irrlepenient iJT;;x>rters to operate.
Size variable has very high elasticities in equations (5) am (6),
in1i.catirq that lcn:ger sdzed mills are able to reap all the benefits
a.sscx:iated with size, including preferential treatIrent in the capital
market arxi a lcn:ger share of the product market. '!he supervision
variable has the expected negative sign, L,e, higher is the number of
production workers per supervisor less is the managerial efficiency,
irrlicatirq that managerial supervision is not being optimally
exploited.
Table 20 reports the regression results of the semple for the
sal1'e period usin;} an average production function approach, priInarily
to judge the robustness of the previous results. In all the
equations, the coefficient of ownership is significant at 1% level,
in:ii.catirg that we fail to reject the hypothesis that private sector
mills are IOOre efficient than public sector mills, confi.nn:in3r the
above firxlin;r-;. When all the variables thought importarrt are
included, the ownership durmny accounts for 28.4% (e .25612 * 100) of
the difference in efficiency.
-------------_.~---_.--_. -- -_.
88
89
TABlE 20
AVERAGE PROI:lJCI'ION FUNcrION ESTIMATES
FOR '!HE <DI'roN TE>cr'I'iR xnzs (1983-87)
(1) (2) (3) (4)
0.70096 0.72005 0.87708 0.75202
(1.8315) (1.8957) (2.3964) (1.6212)
CAP 0.11595 0.10485 0.09246 0.08991
(2.6396) (2.3788) (2.1258) (2.0297)
0.05742 0.05029 0.01362 0.01311
(1.2388) (1.0862) (0.2944) (0.2829)
sm 0.57454 0.59404 0.72599 0.75076
(8.1624) (8.3383) (8.8735) (7.2389)
0.37793 0.31695 0.25252 0.25612
(7.8985) (5.3462) (4.2804) (4.3353)
!DO -0.10447 -0.11037 -0.11640
(1.8229) (2.0416) (2.1286)
-0.25638 -0.25293
(2.3282) (2.3079)
SUP -0.00125
(0.3940)
0.7396 0.7473 0.7513 0.7506
Note: Figures in the parentheses are the asymptotic t-ratios.
----------_.---_._ ..
An F test for each of the equations reveals that the sample is
drawn fran a pc::pl1ation where at least one of the coefficients is
different fran zero at 99% probability. '!he average production
function gives a higher ~ in all the equations. It can be seen that
over 75% of the variation in equation 4 is explained b'J the included
variables. other things to note here are that the worki.n;J capital
variable, although it has the expected sign, is not significant.
'!he average production function approach can be used to dec:x:llIp)Se
the difference in efficiency due to ownership. In neoclassical
production theory, a ~ison of marginal productivity of pr.iJnal:y
and i.ntennedi.ate factors of production would provide some intication
aba.It the relative efficiency in the use of these inputs, a..ssumin;J
that mills face the same input prices. In a two-factor case of
capital (K) am. labor (L), the marginal productivities (MP) can be
estimated in the follCMin;J way:
MIX = a * Y/K and MPr. = b * Y/L
where Y = output
a, b = output elasticities of K and L, respectively.
An attempt to ron a regression of gross value of output against
all the priJnal:y (labor and capital) and intennedi.ate inputs (raw
materials, power am. fuel am factory overheads) failed due to
instability in rho (the autoregressive coefficient). We therefore
chose to cxmcentrate on the primary factors end their relative
marginal productivities. '!he results are shown in Table 21. It shows
that the marginal productivity of labor is higher Ll1 private sector
90
TABlE 21
MARGINAL PROWcrIVITIES OF CAPITAL AND IAOOR
91
capital
labor
Public Mills
0.1126651
0.2449502
Private Mills
0.0446
1.67268
mills whereas that of capital is higher in public sector mills,
basically confil:mi.D3 the frontier production results.
5.2.4 Effect of Privatization. Table 22 shows the results of
c:anparirg the efficiency of the mills over the 1973-87 period which
help to sh.e1 same light on the secondary hypothesis that privatization
has made no difference to ilnprove efficiency in the privatized mills,
ani to examine the issue whether privatization has had, aIOOng others,
any effect on the efficiency of public sector mills. 'lbese
canparisons are done through the use of time dummies.
'lbeoretically, the use of time dummies in this instance is quite
~riate as the data are in real tenns am as Hicks-neutral
technical progress is assumed. But as a practical matter, the results
ImlSt be interpreted with same caution as the :reliability of various
deflators used to convert l"lC:l!I1i nal data into real data cannot be t:.akQ,
for granted. 'lbe:refore, same allowance Im.1St be made for the
possibility that a part of the time coefficie.'1ts may silrply be pic1'illlg
up a time tren:i. To narrow down the deqree of uncertainty, two time
---- ---- -~_.- -- - - -~
92
TABIE 22
PROIXJCI'ION FUNCrION ESTIMATES OF
PUBLIC AND mIVATE SECIOR MILIS (1973-87)
G(l) P(2)
2.3684 2.1663
(6.4580) (5.2091)
CAP 0.30346 0.36988
(6.5220) (5.9859)
0.06576 0.02549
(1.2221) (0.35385)
sm 0.24654 0.23835
(3.5834) (2.8772)
1977D 0.08699 0.00003
(1.2331) (0.00035)
19820 0.04192 0.09180
(1.2063) (1.7796)
LCD -0.26490 -0.10663
(4.3613) (1. 3100}
0.07765 0.17755
(0.8824) (1.6449)
0.4873 0.5591
Note: (1) Public sector Mills; (2) Private Sector Mills
dummies are used, one for year 1982 in which the NIP was launched ard
another for year 1977 in which the BIMC, after the political chan;Je,
was granted llDre autonany in managin;J its mills.
'!he tine dummy for 1982 is positive am significant at 5% level,
inlicatin;J that we fail to reject the hypothesis that the efficiency
of privatized mills went up after 1982. '!he efficiency of the public
sector mills also went up after 1982 but the coefficient is not
significant. It is often said that only those enterprises that are
already profitable have any chance of successful privatization, i.e.,
there will be buyers for only those enterprises that are profitable.
'Ibis may not necessarily be so as there are examples in which losin:;J
concerns are bought by other finns/investors. '!here are two issues
here. First, if the assets of an enterprise are Ul'Xierutilized so much
so that it is unable to make a profit am this infonnation is
available to outsiders, there will always be profit seeking
finns/investors interested to bid for it. seeord, if the aski.n:J price
truly reflects the return on the capitalized value of all targible an::l
i.nt:an:Jible assets, profit making finns/investors can be~ to
resporXl to the asking price. In so far as public sector enterprises
make losses due to their inability to utilize their assets
productively am this infonnation is available to potential investors,
the chances of these entezprises being privatized greatly depends on
their selli.ng price. In the case of the privatization of textile
mills in Ban;;Jladesh, the criterion used wcs a silrple one: only those
units which were umer Bangladeshi CMnerShi.p in 1970-71 would qualify
for privatization. If they were more efficient or profitable than
93
other mrits urxier BlMC, it was just a coincidence. But this raises a
very important question for us: if the privatized units were already
ItD:re efficient than non-privatized units before 1982, their observed
superior perfonnanoe after 1982 might just be a continuation of what
was already in place. '!he:results presented in Table 22 are robust
enough to examine this issue. If the privatized units were :rro:re
efficient than non-privatized units before 1982, then we would be
interested to know why was it so. BIMC officials expressed the
opinion that scane of the privatized mills were profitable but would
not say that all such mills were more profitable than others while
lJl'Xier their management. When asked to identify the reasons for the
better Perfonnance of these mills, they pointed out several, two of
which, age am lcx::ation, appear to be relevant here. '!herefore, in
both the equations in Table 22, these have been included as
control variables arx:l the effect of the change in 1982 fourxl to be
positive, irxticating that privatization did ilnprove efficiency. To
examine this issue further, we ran regressions of the entire semple
for 1973-82 am 1983-87 Periods (Table 23). '!he coefficient for
"ownership" dummy (denoting 1 for privatized mills, 0 othawi.se) in
1973-82 :regression is positive and significant at 5% level.
------------------_._--- ---- -_.-
94
TABIE 23
PR>OOCI'ION EUNCI'ION ESTIMATES OF FULL SAMPlE WI'lH CMNERSHIP
J:XJMMIES OVER 'IWO PERIOOO
95
1973-82 1983-87
0.02950 0.70096
(0.9845) (1.8315)
CAP 0.13369 0.11595
(3.7294) (2.6396)
0.36793 0.05742
(6.9656) (1.2388)
SPW 0.44410 0.57454
(12.8170) (8.1624)
0.16376 0.37793
(2.8778) (7.8985)
~ 0.9840 0.7396
N 310 155
DF 305 150
Nates: Figures in the parentheses are the asynptotic t-ratios.
-------- ._--- - - - .- - _.
we can CCIIlpal:'e the percentage difference in efficiency due to the
c:MnerSh.ip dunuuies in the following way: 12
1973-82 period: e 0.16376 = 1.1735 or 17.35%
1982-87 period: e 0.37793 = 1.4623 or 46.23%
It can be seen that there has been a net ilnproverrent of 28.88% points
in the perfonnance of privatized mills followirg the c11arqe in 1982.
An:i this figure is a1Ioost equal to the percentage difference of 28.40%
due to c:MnerSh.ip dummy in equation (4) of Table 19 (e 0.25612 = 1.2840
or 28.40%).
5.2.5 Contributory Factors. In addition to the charge in
the <XIlipCSition of c:MnerSh.ip and other control variables such as
location, age, capacity utilization, size am supervision, the factors
whic::h may have played a contributo:ry rote in increasirg the relative
efficien::y of both the public an:i the private sector mills after 1982
can be summarized as follows.
(a) Improvement in the policy envirornnent. Although a great
deal needs to be done, the policy envirornnent has been continuously
ilnprovirg in Bargladesh since 1977 and received new impetus with the
laU1'1Chi.rg of the New Irxlustrial Policy (NIP) in 1982 whic::h clearly
marked a change in favor of a more market-based growth strategy (GOB,
1985). SCIre of the objectives of the NIP were:
(i) confinement of the role of the public sector to the
establishnent of basic, heavy and st-rategic ; n::rosr-riesi
12 For a similar c.pproach, see Shaikh, A.H., "Efficie.11CY inPrOOuction Un:ier Private and Public o.vnership : Techniques ofMeasul:e!Ie..1'lt an:! Evidence from Pakistan", FhD dissertation submitted toBoston University, Boston: 1985.
----------- ---- ------.- ------- --
96
(ii) increased participation of the private sector in expanji.ng
the manufacturi.n:;J sector:
(iii) opt:inu.nn utilization of existing capacity through measures
such as balan:::i.n:;J, IOCldernization am replacement:
(iv) privatization of jute am textile mills taken over fran
Ban:Jladeshi owners in 1972 in order to create a lOOre favorable
invest:me11t cliInate:
(v) decision to allow financial institutions to reschedule debts
of private sector iIxiustries to mitigate genuine difficulties.
'!he NIP of 1982 has been further strengthened by the Investment
Policy of FY87 which has spelt out IOOre clearly the roles of the
plblic and private sectors am virtually ended all restrictions on
private irwesbnent (World Bank, 1987).
(b) Import liberalization. '1hi.s has bec::aIre an i.np>rtant part of
st:ructural adjust:Irent policy pursued by Bangladesh (IMF, 1989). 'Ihe
Wage Earners Scheme (WES) and Export License Scheme (XPL) markets have
been allowed to finance the import of a greater number of capital
goods and in:lustrial raw materials. '!he inp:>rt li.bel.alization policy
aims to assist the development of e>qXlrt-oriented irxiustries, i.nprove
:revenue flows and reduce inflationary pressures in the economy. To
achieve these aims, govennnent shifted to a negative list of L.i.=~...s
in FY1986 and further strengthened liberalization measures by reducin]
the negative list am restricterl lists by lifting restrictions on 140
items. '!tI.e ~....i.le a.'1d jute industries became a major beneficiazy
when the mnnber of restricted spare parts for their use was reduced by
537. At four digit ITC categories, the list of banned i.nports have
------------------------- ---
97
been reduced fran 28% of importable in 1985/86 to 19% in 1988/89 (lHF,
1989). '!tiC country is also worki.n;J to renove the anomalies in the
stnlcture of protection, particularly in respect of the textile ani
ergineerin:J imustries. It has un::iertaken a phased three-year program
(FY88-90) to lower protection from arourrl 25-100% in textiles am
2.5-200% in steel ani ergineerin:J to aroun:i 10-75% (World Bank, 1987).
(c) Refom of the Exchange Rate System. '!he hane currency has
been allowed to depreciate gradually to reflect the relative rate of
inflation prevailin; in trading partner counerdes, '!his has helped
the official exchange rate to reflect the secondal:y market rate ncre
acx::urately ani the gap between the two has shrunk to 2% at the ern of
1988 (IMF, 1989). At the same time, the government has encouraged the
transfer of foreign trade transactions fram the official to the
sec:onjary market. '!he share of imports passin; through the secordary
market has increased from 26% in FY85 to 28% in FY86 ani that of
exports from 27% in FY85 to 53% in FY86 (World Bank, 1987). '!hese
refonns ani tren:is are inlicative of the benefits that have flCMed to
the textile i.rdustry whidl rely so heavily on imported raw materials
am spare parts.
(d) Incentives for Foreign Direct Investment. In 1980, the
Foreign Private Investments (Prorrotion and Protection) Act was enacted
to encourage transfer of foreign technology am to .illi>rove the use of
d.anestic resources. Following that, a number of bilate..ral ;nvestme,l'1t
treaties providin;J for profit and capital repatriation an=.
~tion in case of nationalization have been signed wit..h
developed COWltries. '!he country has joined the Multilateral
98
Invesbnent Guarantee kJercy (MIGA) am other fonnns as a delOOJ1Stration
of its CCI'lUllit1Ient to codes of good conduct; towards irwestors. As a
result of these measures, foreign collaboration in the gannents am
blen:ied fibre sectors of the textile iOOustry is increasirq, offerirg
c:gx>rtunities to local textile mills to improve the quality of their
fibre praluction.
(e) Fiscal and other Incentives. Accelerated depreciation has
been granted to make irwesbnents in manufacturirq nore attractive and
the rn.nnber of irxiustrial sub-sectors not requirirq any official
sanction has been increased from 19 to 47, the only requirement beirg
that their additional invesbnents in capital goods be financed through
Wage Ean'lers' SCheme (WES), the Export License SCheme (XPL),
~liers' credits or non-repatriable direct foreign invesbnents (GOB,
1985). A "one stop" service am an Investment Board have been set up
in 1985 am in 1988 to harxlle all investment requirements of the
private sector. More autonomy has been granted to nationalized
cammercial banks am the Development Financial Institutions to approve
investnents am to provide working capital. 'Ihese policies have
helped the entry of small textile units into the textile market
daninated by the big mills.
(f) A l'lDre CX».~titive market structure. " ..•since the return
of the mills to the private sector, a sense of c:arrpetition between
plblic and private mills has been evident. Fonnerly, in t.he absence
of a cuupetitor, it was difficult for the government to properly
evaluate the perfonnance of the public sector. Now the manage....rs of
the public sector mills are conscious of the constant efforts bei.n:J
------------------- --------
99
made by the private managements to improve am increase their
efficiency. '!his consciousness has led to an improvenv:mt in the
perfo:rmance of the public sector mills," wrote the top goverrnrent
official responsible for the privatization program (Oristy, 1985). As
noted above, the CXJtton textile irrlustry was transferred fran
reserved list to cxmcurrent list in 1982. '!his has rreant that a good
rnnnber of small units, ranging from 20 to 40 looms and 500 to 1000
spin:lles have appeared in the market, competing with the large,
established mills. A nore open door policy in terms of joint ventures
in the textile i.rrlustry has facilitated the growth of a sub-sector
devoted to the production of blerx:ied fabrics. As these ventures use
raw materials that are cheaper than raw cotton, they are able to
produce their output nore competitively than the big mills who rely
mainly on inported raw materials. In addition, the growth of a
gannents i.rrlustry with foreign collaboration as an export-oriented
sector in the last half decade has become a major source of
competition for the established mills. This has happened in at least
three ways. First, these !tgannents factories" (as they are known in
Ban;Jladesh) are highly profitable concerns who actively compete for
entrepreneurial managers am staff of the established mills ani have
appeared as a major consumer of institutional finance. '!his fonn of
canpetition is nore kee."l1y felt by the private sector mills than by
the public sector mills. Second, the ilt'Iport of quality fabrics is
only allowed in the gannents sector. since there is a premium placed
by danestic consumers on garm:nts made from these ~rts, the ~'1"!!""'-nt
producers have the incentives to sell part of their inports to lcx:::al
100
producers. '!his has meant a reduction in the deman:i for mill made
fabrics am a consequent increase in competition~ established
mills to retain tbeir in:ii.vidual market shares.
(g) Decline in 9l:ganizational Failure. One of the propositions
p.rt: fonoJard by organizational theory is that public ownership leads to
excessive centralization, reducing the pace of decision-nakirq. 'Ibis
organizational failure gives rise to costs which are highest for finns
prcxiucing with nulti-output technologies in an enviroI1INmt of c.han:Jing
demam. Prior to chan;Jes in 1982, the BlMC was acting as a holdi.n;J
c:anpany for 56 mills aOO trying to take all the pricing, invest:ment,
production arx:i sales decisions centrally. As a result, it was failing
to lOOllitor the Perfonnance of the mills under it effectively. '!he
reduction in the number of mills that it has to m:mi.tor and a greater
autanany granted to constituent mills might have t:educed the costs of
organizational failure in the public sector mills. At the same time,
the institution of a framework for better Perfonnance evaluation by
developing a Monitoring am Evaluation unit at mill aOO BIMC offices
am the pranulgamation of the Public corporatdons (Management
Coordination) Ordinance in FY87 have he'lped to generate an atJrosphere
of aOCOlDltability ani good managena1t practices.
---------------------- - --- --
101
aIAPI'ER VI
CDNCWSION
6.1 SUInmatY of Major Findings
'1he arpirical evidence presented in the preced:in:J chapter
suggests:
(a) we fail to reject the hypothesis that private ownership is
nDre efficient than public ownership in the cotton textile i.rrlusb:y of
~ladesh. '!he hypothesis that ownership made no difference to
efficiency was tested by using both frontier am average production
flmction approaches. In both cases, after controlling for variables
thought iJrportant in detemining efficiency in the cotton textile
i.rrlusb:y of Bal'g'ladesh, the coefficient of ownership dlnmny was fOllIXi
to be significant at 1% level.
(b) the rankings of Farrell efficiency in:lices derived from the
frontier awroach iIxlicate that, on the whole, private sector mills
are nDre efficient than public sector mills.
(c) we also fail to reject the hypothesis that privatization in
this instance has inlproved the efficiency of both the public am the
private sector mills. While the result for the private sector mills
was significant at 5% level, the result for the public sector mills
was not significant.
(d) anDlg other sources of efficie.l1CY, it s."lcws that age,
supe1.vision, finn size am capacity utilization have significant
effects. Age in regression nms for the 1973-82 period has a positive
sign which becanes negative for the 1983-87 period, suggestirg that
----------- ----_. ----
102
the effects of leami.n;r in the industry have given way to higher costs
associated with obsolescence and replacement of capital. Both finn
size an:i capacity utilization have the expected positive sign. '!he
coefficient of skilled worker per supervisor is negative, suggesting
that more supervision per worker could lead to higher efficiency.
6.2 :ft)licy Implications
'lhese results pertain to only one industry in a particular
c::ountl:y an:i could not be generaliZed to other iniustries and countries
in Asia who have been experimenting with a variety of similar
programs. However, when viewed in the context of a general rocwement
taNards a more market-based approach to development in SOUth Asia, it
does help to provide same guidance to policy fonnation an:i a:wraisal.in a developiJ.'lg country such as Bangladesh.
A more market-based approach to development as laid dCMIl in the
NIP of 1982 arxi subsequent policy announcements have assumed a
significant symbolic value in Bangladesh. It represented a clear
break with a decade of policy tbinking am fornation in which public
<::MIlerShi.p was burdened with such objectives as the achievement of
socialist goals. '!he original aim of public <::MIlerShi.p in providing
entrepreneurial substitution in a mixed economy was lost sight of.
Bargladesh continues to face extraordinary difficulties in its
quest for gror..rt:h and development. Yet in recent years its econcany has
sJ:1awn impressive resilience and flexibility L'1 coping with natural
disasters and economic uncertainties (IMF, 1989; World Bank, 1989).
Ani most observers are agreed. that this has been possible due to its
willingness to adopt a macroeconomic policy framework that is more
103
c::oniucive to a private-based approach to deve1opnent. Privatization
ani a greater e:ttP'lasis on private sector in this d1ang~ enviroIunent
has the follCMi.n; policy inplications.
(a) rnproving the Public Sector Performance. It would seem that
privatization of selected Wustries in 1982 am openi.rq up areas of
ec:cnanic activities to private investment hitherto :reseJ:Ved only for
the p,lblic sector has introduced a new dynamism in the economy by
providi.n;J a clear signal to investors and savers alike about the
future direction of policymaki.ng in the country. 'lhese measures have
been followed by the adoption of policies to liberalize trade, inprove
investment climate ani to lOClbilize more darestic resources.
But there is a dan1er that the present emphasis on the market and
the private sector may not be a very well thought out response to the
diffia1l.ties the countiry has been facing since its irrleperrlence in
which the public enteJ:prises have been identified as a major source of
macroeconamic instability in the economy. It is possible, though no
finn statistical evidence exits, that the poor performance of the
p.1blic ~rises in Bangl<:-.desh has been the inevitable outcome of
the ways in which they had been run. Some in:tication of this is fOlD'Xi
in 01i.sty (1985). Public enterprises have played am continue to play
an i.np>rtant role in the sucx::ess of many Asian economies. 'Iherefore,
though there are c::JP!X>rbmities for privatizing same enterprises
erJ3a9ed in the production of private goods, such as the ~'1:ile mi1 ] s,
it is possible for Bangladesh to run its public sector entezprises
ncre efficiently. In this respect, the experience of count-..ries li..lre
Korea and New zealard can be helpful to Bangladesh where public
104
ent:eJ:prises are given llDre managerial autonomy, exposed to external
cxtlp::rt:i.tion arxl not burdened with too many non-canunercial objectives.
(b) '!he Role of Goverrnnent. '!he privatization program in
Bargladesh arxl whatever success the government may have had in this
respect need to be viewed as an irrlustrial reform measure, an::l not be
used to question the very ilrportant role the goverrnnent can play in
the comrt:ry's developnent. '!he Marshallian approach adopted in this
study is therefore inadequate in answering the central issues in
econanic development as this approach is devoid of any concept of
growth. As development is itself a public good for which few
citizens, if ~, are willin;J to pay for, there is a strorg case for a
developnental role for the govenunent in Ban;Jladesh that is
i.meperxient of the success or failure of a particular i.niustrial
reform measure such as privatization of its textile mills. In this
role, the goverrnnent an::l the private sector in Bangladesh need to view
each other as partners an::l the experience of the East-Asian OOlDltries
in this respect can be quite instructive for the policy makers in
Ban:Jladesh. Lee an::l Naya (1988) have characterized the observed
success of the way the government am finns in private sector behave
in these countries as one in which they are linked in a "quasi
internal organization. II 'Ihi.s type of organization achieves higher
efficiency by mi.ni1ni.zin;J transaction costs associated with
infonnational asymmetzy an::l by minilnizing risks associated wit.l1
rapidly chan3in3 market coOOitions.
Additional privatization IOOaSU.reS alorg the NIP of 1982 are
severely lmted due to the ~ections that exist in the labor,
----------- ----_.- ._._--
105
credit an:l shaze narkets. '!he goverinnent can therefore playa very
useful role in mitiga~ SCIre of the constraints imposed by these
imperfections in the labor, credit and share markets, thereby
facilitati.n;J private sector development and ensuri.n;J the suo::ess of
future privatization treasUreS.
(c) More Cgr'petition. '!he public-private partnership, if
c::an:iucted in a protect:ed erwirornnent, is likely to give rise to nore
costs ani higher losses in efficiency than increased benefits to
COI1SUII'el'G ani producers. '!herefore, in the present context of
privatization, the issue of protection requires careful consideration.
If public sector enterprises are privatized and allowed to function in
a protected market, then the benefits accnrlng to the econany are
uncertain. '!he privatized units may achieve more static efficiency
but the protection fran intemal and external competition will give
rise to m::mopoly profits and opportunities for n:rent-seek..in;n
activities that are socially unproductive. In the case of the textile
i..mustry, continued protection and insulation from world markets will
prevent the adoption of new techniques of production by the J!lills. we
have seen that agi.rg textile machinery has become a significant
detrilrent in achieving higher efficiency in this sector. Continued
protection in this situation will stifle any chances of adopr..ing new
tedmology and perpetuate the sector's low prcxiuctivity. Although
substantial progz:ess has been made, tzade libe-ralization and
i..rxilh:.-:trial refonns have to be pursued more vigorously so that an
efficient pattenl of production can take a finner root ; 1'1 t.'t1e textile
sector. '!he-""efore, what is required to make the privatization program
106
an econanic success is to cease to view the iniustry as an inport
substi1:ut:inJ iniustry am make it more outward-looki.nJ. 'Ibis will
assist prices of inp.rt:s am outpo..rts prevailing in the textile market
to reflect efficiency prices, improve resource use, help the expansion
of more efficient mills, facilitate technology adoption am serve
equity by providirg employment to a growing labor force.
(d) '!he Relationship of Mills with other sectors. It is
:inp::)rtant to ensure that the privatization program in the textile
sector does not interfere with the growth of other dynamic parts of
the sector such as gannents manufacturing. '!his sector is export
oriented am:.onti.nues to rely on iJrported fabrics am related inputs.
Instead of looking at this sector as a potential market for their own
Cll.It:;llt: t-.here is often a ten::lency on the part of both public am
private textile mills to see it as an adversary. Govennrent policy
has to avoid encollragiD;J this tendency. At the same tine, the weavirq
am p::Merloam sectors may be given greater freedom in choosing their
sources of yam in order to improve their Perfonnance.
(e) Banlg:upt:cies in the Mill Sector. '!he success of the textile
privatization program in rejuvenating the sector am play its expected
role in the infustrialization of the countIy also depends on heM the
gover.nment is perceiVed to resporxi to failing mills. '!he in:iustJ::y as
a whole continues to operate much below its capacity, producing
outputs that are poor in quality am high in price. Urrler t.hese
ci.rc:umstances, more CCllupetition may mean that a good rnnnber of mills
will, both in private am public sectors, fin:i it difficult to
continue production. If past experience is any guide, the failing
---------------------------------
107
mills will tum to govennnent with requests for protection ani
increased subsidy. If the government yields to these requests, the
prim'al:Y objectives of privatization, i.e., promJ'tion of a c:c::arp!titive
market, will be frustrated.
(f) capacity utilization. We have seen that capacity
utilization is a significant detenninant of efficiency in the cotton
textile sector, ani low capacity utilization arises from a combination
of techno-managerial factors. A chronic scarcity of raw materials
(am therefore a high price) is a primary source of low capacity
utilization in the mills. '!he policy implication here is twofold.
First, the mill sector may be encouraged to earn more foreign exchan;Je
by exportiD;J part of its output and thereby pay for its foreign
exchan;Je requirement. second, the raw materials market, particularly
the i.np:>rt of raw cotton, can be deregulated by allow~ new entrants
to CCl'I'pete for the deman:i for raw cotton.
'Ib improve capacity utilization in both the public ani private
sector millS, it is essential for the goverrmv:nt to invest in
infrastructure developnent ani improve the regulatory franework. '!he
significance of capacity utilization as an explanato:t:y variable in
sources of efficiency am its relationship with power failure and
absenteeism :in:licate the need for such investments. As basic
infrastructure such as power generation, power transmission, railways
ani roads, ports, teleccmmuni.catioI1.s a-re characterdzed by decreasL'ig
cost iniustries, requirirg lunpy investments, better efficiency in
textile ani other imustries can only be achi eved by gOVernIt'O-nt action
as the private sector of Ban;Jladesh is likely to remain discouraged by
108
high risks fran investi..rg in these sectors. It is in areas such as
these that goverrnnent can usefully concentrate its scarce resources
ani, if the results of this study are any guide, leave the production
of a private gocxl such as cotton textile to the private sector. '!his
is likely to ilrprove the growth prospects for the country in a
significant way.
As far as absenteeism is concerned, the issue is nore complex
than generally thought ani the problem is not confined to the textile
mills alone. It probably reflects a complex variety of socio-economic
factors which somehow make it desirable or privately optimal to absent
oneself from work, as in haJ:vesting t:iJnes, when he is contractually
1:x:Jlm:i not to do so. Govt::rnments cannot, arxl nay be should not, try to
d'1an3e the cultural. ethos of a people but when privately optimal
decisions have adverse effects on the society, a case can be built for
it to intervene. '!he rampant absenteeism from which neither the
public nor the private sector is free points to a case for the
government to invest in the legal and re:;JUlatory f~~rk so that
contractual obligations ani costs of willful neglect of these becorle
transparent to all participants. At the same time, government nay
have to firxi ways to make absenteeism privately costly so that
incentives for such behavior are reduced. '!here is also a roam for
pl:"aOOti.onal government activities in this respect as it can make
i.nvest:ments in education, health, housing and transport which can be
expected to 00lD'lter sane of the factors behind. absenteeism. '!hese
s-~, canbined with roore competition in input ani output ma.rkets, can
make a substantial contribution to improve efficiency in the textile
109
110
sector, enhance growth prospects for Bangladesh am take the country a
lan;;r way in exploiti.n.J the increasing opportunities l1OW' presented by
the gra.dn:j Asia-Pacific.
APPENDIX
TABlE 24
PRICE DEFIATORS
111
YR Y PF sm FOH PR ST
73 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000
74 1.1674 2.0853 1.3007 1.0472 1.1710 1.1710 1.4333
75 1.1820 2.9217 1.6825 1.3176 1.7356 1.7356 1.8071
76 1.2074 2.3169 2.0505 1.6508 2.1615 2.0073 1.7250
77 1.2462 2.2503 2.0270 1.4165 2.1615 2.1615 1.6377
78 1.4912 2.8959 2.0830 1.7345 2.5281 2.5281 2.0405
79 1.5105 2.3479 2.5619 1.6117 2.6710 2.6710 1.8234
80 1.4525 2.9215 3.1565 3.2662 3.3762 3.3762 2.5467
81 1.7880 3.0014 3.8016 2.6861 3.8288 3.8288 2.4918
82 2.0119 2.9108 4.8020 2.7226 4.2269 4.2269 2.5484
83 2.3075 3.2959 5.7106 2.9215 5.0465 5.0465 2.8416
84 2.5564 3.9471 5.6244 2.9215 5.4446 5.4446 3.1417
85 2.8249 4.0887 5.7451 2.8482 5.8662 5.8662 3.2539
86 2.9066 4.2246 5.7624 3.1100 6.0184 6.0184 3.4137
87 2.8366 4.2642 5.7797 3.2566 5.9715 5.9715 3.4525
Abbreviations: YR = Year RM = Raw Materials PF=Power a'1d fuel
y = Oltput sm = Spares, Parts am Maintenance
FOH = Factory OVerhead, e.g., insurance
PR = PaYJI'O-nts Receivable ST = Inventories
TABIE 25
o::>NVERSION MULTIPLIERS
112
Picks
36
40
50
54
62
98
Source: BIMC
Multiplier
.6666
.7407
.9259
1.0000
1.1296
1.8147
Counts
15
25
32
45
55
100
Multiplier
.4947
.7872
1.0000
1.4872
1.9774
5.4526
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120