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Development of simple Pineapple leaf fibre (PALF) extraction machine and the
commercial prospect of PALF in Bangladesh
Kazi MD. Hasanul HoqueTTH ID: NITER 21National Institute of Textile Engineering and Research (NITER )
Supervisor: S.M. AshiqueLecturer, National Institute of Textile Engineering and Research (NITER )
MY PRESENTATION INCLUDES
• Introduction• Properties• Methodology• Result and discussion• Commercial prospect of PALF in Bangladesh• Textile Product's from PALF.• Future Scope• Conclusion
INTRODUCTION
Magical fibre from Pineapple
PROPERTIES
Elegant appearance
Antibacterial and
deodorization performances
Sweat-absorbent
Breathable
Hard and not wrinkling
Easy to print and dye
Capable of blend
Easy to maintain
ConstituentPineapple leaf fibre (%)
Jute (%)a-Cellulose 69.5 61.0
Pentosans 17.8 15.9
Lignin 4.4 13.2
Fat and wax 3.3 0.9
Pectin 1.1 0
Ash 0.9 0.5 DP of a-cellulose
1178 1150
Crystallinity of a-cellulose
57.5 55.0
Comparative chemical composition of pineapple leaf fibre
Characterization from Chemical Composition
PALF Contains more a-cellulose and less lignin than jute
Degree of polymerization and crystallinity of a-cellulose of pineapple leaf fibre is almost
at par with jute .
Pineapple leaf fibre is a better textile fibre than jute
Parameter
Pineapple leaf fibreJute
Tenacity, g/tex
26.1 25.0
Fineness, tex 2.8 2.2 Flexural rigidity dynes cm2
3.8 4.5
Torsional rigidity ×1010 dynes/cm2
0.86 0.85
Extension- at break, % 3.0 1.5
L/B ratio of ultimate cell450 110
Comparative physical properties (mean values) of pineapple leaf fibre
Characterization from Physical Properties
Finer than average grade jute
Two times more extensible than jute, with similar fibre bundle strength and
L/B ratio.
Flexural rigidity and torsional rigidity of pineapple leaf fibre are
comparable to jute
Development of Simple extraction machine
Methodology
MANUAL EXTRACTION
EXTRACTION OF PINA FIBRE
MECHANICAL EXTRACTION
MANUAL EXTRACTION
Disadvantages of Manual Extraction
Loss of fibre Time Consuming Laborious
MECHANICAL EXTRACTION
Disadvantages of Mechanical Extraction
CostlySkilled
operator needed
Semi automatic process
Parts of the Machine
1. Handle.2. Rotating gear3. Connecting Rod4. Ceramic Plate Scraper.5. Load6. Base.
Description
Rotating Gear is Connected with Base
Handle and Connecting Rod attached with Rotating Gear
Ceramic Plate Scraper with 2 kg load is attached with the connecting rod
Working Procedure When the handle is rotate it also
rotate the rotating gear
With the Rotation of the Rotating gear Connecting Rod moves forward &
backward
With the forward & backward movement of the connecting rod Ceramic plate scraper scrape the
upper waxy layer.
Scouring and Bleaching
Recipe
Hydrogen peroxide 4g/LStabilizer 0.1g/LSodium carbonate 2g/LWetting agent 1g/LSequestering agent 1g/LTemperature 100CDetergent 1g/LTime 40 minM: L 1:30
Dyeing with Reactive Dye
Recipe
Dye 1 %Nacl 20 g/LSoda Ash 7 g/LWetting Agent 1 g/LSequestering Agent 1 g/LTemperature 90 ˚CTime 40 MinuteM:L 1 : 20
Dyeing with Basic dye
Recipe
Basic dye 1%Sodium acetate 1g/LAcetic acid 1g/LWetting agent 1g/LSequestering agent 1g/LTemperature 90CTime 30minM:L 1:30
Result and discussion
Simple extraction machine
Advantages of Simple Proto type extraction machine
Very cheap
Easy operation Portable Adaptable
to power
Result of Dyeing of PALF
By visual estimation it can be said that, dye take up and fixation in both cases is very
good.
Commercial Prospect of PALF
Strength
Raw materials are abundantly available . Increasing demand for Natural Fibers . Adequate organized labor .
Weakness
Lack of awareness Lack of skilled human resources . Risk aversion among key groups
Opportunity
Machinery required is not complicated and could be ‘copied’
Raw materials are cheap and within the reach.
There is substantial unemployment amongst women in Bangladesh which could be reduced.
Threats
Frequent natural calamities in Bangladesh. Disease and pests impacting raw product. Lack of clarity for all factors within
government as to support.
SWOT analysis of PALF on the context of Bangladesh
Volume of production4,20,000 tons of product from 20,000 hectors
Major growing areas are Modhupur, Sylhet, Rangamati, Khagrachari and Bandorbon.
At the rate of 800 kg fiber from one hectors of land Bangladesh can produce 16000 MTs of fine
quality fibers from Pineapple.
Every plant can yield about 300 meters of long fibers
Employment and Income
Extraction of fiber, weaving and embroidery jobs enable women especially to earn money
Weavers can earn from P500 to P900 (in Philippine) per month which is equivalent to $105 to $109 USD.
Textile product from PALF
Barack Obama & World leaders wear “ Borong Tagalog” in APEC summit 2015
Fashion show of Pina Cloths
Beautiful Gorgeous Wedding Dresses
Beautiful Ladies Dress
FUTURE SCOPE
• Making the simple extraction machine more efficient and user friendly.
• Cost analysis.• Develop Business plan to promote the
simple extraction machine .• Training the poor pineapple farmer.
Huge opportunity for Pina Fibre
Acknowledgement• S.M. AshiqueLecturer, National Institute of Textile Engineering and Research (NITER )• Md. Mahbubur RahmanLecturer, National Institute of Textile Engineering and Research (NITER)• Muhammad Kamrul Hasan PhD Researcher , Institute for Materials Research and Innovation ,University of Bolton.• Fazla KhondokerStudent, National Institute of Textile Engineering and Research (NITER)• Mohammad Neaz MorshedChampion of TTH-13
REFERENCE1. “Environmental Benefits Of Natural Fiber Production and Use” Jan E.G. van Dam
Wageningen University, The Netherlands2. Natural Fibres, Dr. Abu Bakr Siddique; Dr. Hosna Ara Begum.3. Shyamal Banika, Debasis Nag & Sanjoy Debnath Utilization of pineapple leaf agro-waste
for extraction of fibre and the residual biomass for vermicomposting4. Dr. S. K. Dey & Dr. K. K. Satapathy,A Combined Technology Package for Extraction of
Pineapple Leaf Fibre-An Agro waste, Utilization of biomass and for application in Textiles.5. Agro Processing Sector: Natural Fibers Including Feasibility Studies and Action Plans.
January 2013.6. LUÍS MENDONÇA DE CARVALHO, FRANCISCA MARIA FERNANDES, AND STEPHANIE
ZABEL, THE COLLECTION OF PINEAPPLE FIBERS—ANANAS COMOSUS (BROMELIACEAE)—AT THE HARVARD UNIVERSITY HERBARIA.