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8/7/2019 Sustainability in Various Industries
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NIFT Kannur
Sustainable Production
2011
Astha
DFT- VI, 081701
1/1/2011
Sustainable Production In
Various Industries
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NIFT Kannur
Sustainable Production
SUSTAINABLE DEVELOPMENT
An Introduction...
ustainable development is defined as balancing the fulfillment of human
needs with the protection of the natural environment. A common definition of
sustainable development is "development that meets the needs of the present
without compromising the ability of future generations to meet their own needs." The
field of sustainable development can be conceptually broken into three constituent
parts: environmental protection, economic sustainability, and social justice.
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Today, there is a greater understanding that corporate strategy can be crafted to
encompass a larger picture that not only enhances competitiveness but also ensures
responsible and sustainable growth.
The Tatas followed by Reliance Industries, Infosys and ITC have emerged as the
best performers on sustainable development indicators, according to just released
'BT Sustainable Development (SD) Index an assessment of business performance
in India 2009-10'.
When it comes to sustainable development issues, companies rate water resource
management as the most important issue requiring urgent attention. Education,
healthcare, natural resource management and climate change are the other pressing
issues.
TATA
Company has started several Energy Accounting and Energy Conservation
programmes, some of which are highlighted below:
Introducing Fiber Reinforced Plastic blades form a n-coolers.
Installing variable speed drive for flow control and energy saving
Introduction of fuel additives in Furnace Oil to improve the combustion efficiency
of the fuel.
Soft-start energy savers for hydraulic press motors
Sheds designed for efficient natural lig hting.
Use of compact fluorescent lamps, sodium vapours lamps to minimize energy
consumption.
Installing portable compressors for isolated running to save compressed air
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Harnessing natural daylight by installing translucent roof sheets in workshops
Use of Liquefied Petroleum Gas in place of Light diesel Oil and Electricity for
heating, wherever applicable .
Installation of Turbo Ventilators in forge and Foundry to extract fumes which do
not require energy to operate
Total recycling and reuse of water
WaterConservation Activities:
y They comprise the following broad areas-
y Water Management System
y Intake Management
y Maintenance of water distribution network
y Quality of water (portability checks)
y Optimization and leakage surveysy Water re-circulation systems
y Water boosting systems
y Clean production processes.
y Rain water harvesting projects
y Reducing CO2 Emissions and Increasing Fuel Efficiency
RELIANCE INDUSTRIES LIMITED
In its pursuit of excellence towards sustainable development and to go beyond
compliance, RIL continued to integrate its ISO:14001 EMS, ISO:9000 QMS and
ISO:18001 OSHA management systems. All environmental initiatives were
addressed to the Company's long term objective of becoming water positive, carbon
neutral and conduct the maximum possible recycling and reuse of wastes. A
management framework with defined structures, roles and responsibilities, group
standards, audits and training has further been strengthened
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Environment impact assessment and risk analysis have been performed for all new
and major expansion projects. In this context, this year the Company has also
developed and issued a RIL group standard and second party audit protocol on
'Environmental requirements for new projects' with an objective to incorporate
necessary measures to mitigate adverse environmental impact at the planning stage
of project implementation.
RIL continues to give top priority to maintenance and performance improvements of
all pollution abatement facilities like effluent treatment plants, inside battery limits
area, air emission control and waste disposal facilities at its manufacturing divisions.
Rainwater harvesting and treated effluent recycling is being carried out at most
manufacturing divisions to reduce water dependence on other natural sources. To
further improve the environmental foot print a significant step, RIL has changed overto use of cleaner fuel at Patalganga, Jamnagar manufacturing divisions. This has
resulted in considerable reduction of suspended particulate matter and sulphur
dioxide emissions in the air.
RIL has inculcated a habit to be in harmony with nature and in this context,
afforestation, maintenance of green belts, gardens, vermi -compost of waste and its
use as manure, reuse of treated water in horticulture activities are routine.
RIL continues to give top priority to all environmental regulatory compliances at KG -
D6 block and tried for optimum water consumption and reuse of treated waste water.
INFOSYS
Infosys has always adopted a sustainable approach to business. As the world gets
flatter, we have a larger responsibility to achieve a sustainable tomorrow.
Our sustainability policy guides interactions with stakeholders and influences day -to-
day actions. As a responsible corporate citizen, we collaborate with customers and
governments to develop sustainable solutions and governance frameworks. We
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engage with the United Nations Global Compact for coordinated action towards
sustainable development.
Social Contract
We are committed to an equitable society. Our employees make a difference by
taking up social causes in healthcare, education, art and culture, rural rehab ilitation
and inclusive growth.
Resource Efficiency
We are responsible consumers of energy and natural resources. Our long-term
vision is to become water sustainable. We are reducing our ecological impact even
as we grow our global operations.
Green Innovation
We develop sustainable solutions to reduce the carbon footprint o f our customers.
We combine sustainability with engineering to develop smart and green products.
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ITC LIMITED
In consonance with our belief and the need to promote
greater awareness and acceptance of sustainability amongst corporates, ITC
together with the Confederation of Indian Industry, has launched the CII -ITCCentreof Excellence for Sustainable Development.
We are engaged in implementing various other sustainable development initiatives to
make a meaningful contribution towards social empowerment and genderised
development. The thrust of these initiatives, christened Mission Sunehra Kal, is in
three areas: (i) natural resource management, which includes wasteland,
watershed and agriculture development; (ii) sustainable livelihoods, comprising
genetic improvement in livestock and economic empowerment of women; and (iii)community development, with focus on primary education and health and sanitation.
We have also been carbon positive for the last two years. This status has been
achieved on the basis of several energy conservation measures, usage of carbon
neutral fuels and carbon sequestration through large -scale agro-forestry
programmes.
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We continue to strive towards achieving a zero solid waste discharge status, having
recycled over 90% of solid waste produced during the year. This makes us, to the
best of my knowledge, the only business enterprise in the world of our size and
complexity to accomplish these three dimensions of environmental excellence an
extremely challenging task given the fact that we are continuously expanding our
manufacturing operations.
WAL MART
In 2005, we made a commitment to become a
more environmentally sustainable retailer. They set ambitious goals for the
Company and adopted an approach called "Sustainability 360". This approach
involves taking a comprehensive view of the business both inside and out to
find ways to reduce environmental impact while engaging suppliers, associates
and customers around the world in sustainability efforts.
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Overall, Sustainability 360 recognizes ability to make a difference on the
environment, and that this difference pales in comparison to the results they can
achieve by leveraging entire global supply chain. By working with their suppliers to
improve the sustainability of the manufacturing processes and use of products sold
in stores, we hope to show our customers that they don't have to pay more for
products that can reduce their impact on the environment.
APPLE
Product recyclability.
Apples approach to recycling begins in the design stage, when we create compact,
efficient products that require less material to produce. The materials we do use
including arsenic-free glass, high-grade aluminum, and strong polycarbonate are
highly valuable to recyclers, who can reclaim them for use in new products.
Apple recyclingprograms.
Once an Apple product reaches the end of its useful life, we will help you recycle it
responsibly. Our original goal for 2010 was to achieve a worldwide recycling rate of
50 percent. (To calculate this rate, we use a measurement proposed by Dell that
assumes a seven-year product lifetime. The weight of the materials we recycle each
year is compared to the total weight of the products Apple sold seven years earlier.)
We exceeded that goal in 2009, one year earlier than projected, when we achieved a
rate of 66.4 percent. This far surpasses the last reported numbers from Dell and HP,
which were each lower than 20 percent. In 2010, we expect to reach 70 percent, and
we will strive to meet or exceed 70 percent in years to come.
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Responsible recycling.
All e-waste collected by Apple-controlled voluntary and regulatory programs
worldwide is processed in the region in which it was collected. Apple does not allow
the use of prison labor at any stage of the recycling process. Nor do we allow the
disposal of hazardous electronic waste in solid-waste landfills or incinerators
Energy use.
Apple reduces energy use in our facilities in a number of ways. Currently, our
facilities in Austin, Texas, Sacramento, California, and Cork, Ireland, are 100
percent powered by renewable energy eliminating 19,200 metric tons of CO 2e
emissions. In addition, Apple has been installing state -of-the-art digital controls, high-
efficiency mechanical equipment, and monitoring technology for years, and we
continue to investigate even better ways to run our facilities more efficiently. Of
course, we use energy-efficient Apple computers in all our facilities.
WORLD STEEL INDUSTRIES
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processes, resulting in lower roduction costs and reduced environmental
ollutants.
The operational results successfully demonstrated the feasibility of the process.
Theyalsoshowedgreatlyreduced S , , anddustemissions from theFI EX
processby %, %, and %, respectively, compared to theblast furnaceroute.
Eliminating thesinteringandcokingprocesses alsoimprovesenergyefficiency.
P SC f ully expects FI EX technology to emerge as a leading ironmaking
technology that will contribute to thesustainablegrowthof thesteel industry in thestcentury.
Nucors Environmentally Friendly Pig Iron
Amidgrowingconcernabout global warmingandnatural resource depletion, ucor
Corporation, the largest steel producer in the nited States, and Brazilian-based
Companhia Valedo io oce(CV ), a leading international miningcompany, are
working togethertomanufacturepig iron in anenvironmentall consciousway .
ucor has proposed a method to produce pig iron that actually removes carbon
dioxide from theatmosphereratherthan increasingit.
Thekey to theproject isa largebiomasscomprisedofmillionsofeucalyptus trees.
hilst carbon isreleased into the atmosphereduring the charringandblast furnace
processes, the amount is less than that of the carbon originally removed by
eucalyptus treesduringphotosynthesis. Therefore, insteadofresulting inanoverall
increase in theamountofatmosphericcarbon, as is thecasewithconventionalpig
ironproduction, theamountactuallydecreases.
nce implemented the projectwill remove about 1.1 tonnes of carbondioxide
from the atmosphere for every tonne of the pig iron produced. This is to be
compared with theconventionalmethodofproducingpig ironduringwhichcarbon
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EfficiW X
Y
U` W a
f Resources by the Gerb c X
SteelIX
d
ustry
Improved efficiency in the use of resources results in the direct reduction of energy
consumption and CO2 emissions. The German steel industry has continually
improved the efficiency of their raw materials use. The graph demonstrates how
they have optimised the conversion of iron ore into finished steel products.
The Enere
y Management Process at Erf
emir
Erdemir, an integrated Turkish steelmaker, employs an Energy Management
Process in order to systematically monitor and control its energy consumption
values and to implement necessary improvement projects to achieve specific
reduction targets.
By using this management process and implementing various energy saving projects
and productivity improvements, Erdemir has been able to improve its specific energy
consumption by 38% since 1982. Erdemirs Energy Management Process was
rewarded by the Ministry of Energy of Turkey as the second most efficient energy-
saving project in the country in 200g.
The ThyssenKruppSolartec PhotovoltaicSystem
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i p q q r s
Sr
st
p u q p v w e
x s y r c
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u y q
ThyssenKrupp Steel affiliate ThyssenKrupp oesch Bausysteme offers the
innovativeThyssenKrupp Solartecphotovoltaic(PV)system. Thesystemcomprises
thin, galvanised, and plastic-coated steel sheet with integrated solar cells that
enablenatural sunlight tobeconverted intoelectricity. The thermal characteristicsof
the solar laminate and the heat removal capacity of the steel elements contribute
further to thesystemsefficiency, which isupto % higherthanconventional PV
units.
Environmental Guidelines for Eco Efficient Construction in Finland
A project called Environmental Performance Indicators for the Construction
Industry (EPI) was launched in to work out a set of indicators for the
environmental and life-cycleperformanceofbuildings.
uukki, aFinnishmetals-basedproviderofcomponents, systems, and total solutions
for the construction industry, was a member of the EPI project. uukki will help to
meet thechallengeof theFinnish eal Estate and Construction Clusters vision
byofferingrecyclable, lightweight, andadaptablesteelbased structures.
Mittal Steel Saldan
a A Commitment to Zero Effluent
Saldanha Steel (Pty) td, asubsidiary of ittal Steel South Africa td, is situatedon
the waterscarce est Coast region of South Africa.C
losed coolingsystems wereinstalled wherever possible. Reverseosmosis technology was installed to allow
effluent from all open and closed cooling systems to be re-used. Various pre-
treatment facilities werealso installed to effectivelydesalinate thewater. SS also
maintainsexcellentwaterconsumption figuresofbetween 2.2and2.6 m3 per
tonne of crude steel produced. It has also contributed to the sustainable
developmentof the localarea, with anaveragedailywaterconsumption of
m3
perday, wellbelowthe plantsdailyallocation.
CST
ater Conservation
Since itsestablishment in Brazil in , Companhia Siderrgica deTubaro(CST),
asubsidiaryof Arcelorandaworld leader in the semi-finishedsteel market, hashad
a water resource management system in place to ensure sustainability and
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minimal impact on supply sources. Continual improvements in water consumption
ratesearnedCSTthe Prmio guaeCidade ( aterand City Award) in 4.
IronandSteel RecyclingLoop in Japan
Over million tonnesofcrude steel areproducedannually in apan. Virtuallyall
steel productsused, forexample inconstruction, automobilesormachinery, return to
their places of origin, the steelmakers. Thus, obsolete steel is continually being
regenerated through a complementary system of blast furnace and electric arc
furnace steelmakers. The recycling of steel products helps to reduce societys
environmental load, contributingto thesustainable developmentofsociety.
In , approximately % offerrousraw materialswere madeupofrecycled
scrap, and % of crude steel was made via the EAF(electric arc furnace)
route.
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Humanresourceconsumptionworldwide isnowonanexponential growthcurve, and
it must level off if we are to avoid overloading the earth's ability to sustain us.
Sustainable engineering must sustain the earth's life-support system byunderstanding the needs of our resources and regarding those needs as
supersedingdemands forproductionofcommodities.
Our ability as a species to imagine new tools and new worlds and then to create
themhasbeen thesourceofourexpandingpower. Our innovation todatehashad
unintended consequences that we must deal with to survive as a species. The
critical issuewe face is to turnourgreat innovativecapacity to thecentral challenge
of thiscentury: creatingasustainablewayof lifeonaplanet with limitedresources
andanexpandingpopulation.