This document summarizes a program called the Bangladesh Water PaCT (Partnership for Cleaner Textile) which aims to transform the textile sector in Bangladesh to reduce its environmental impact. The key points are: 1) The textile sector is a major water user and polluter in Bangladesh, consuming 1,500 billion liters of groundwater annually. 2) The PaCT program goals are to reduce energy/GHG emissions by 150,000MT, water usage by 25MCM, wastewater pollution, and improve occupational health and safety. 3) The program will provide factory support through awareness building, cleaner production advice, and facilitating investment in technologies to reduce water and resource usage.

1. Bangladesh Water “PaCT”
Partnership for Cleaner Textile
Program Overview

2. Textile Sector Overview
Bangladesh’s key sector is a major contributor to water availability and pollution issues
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Textile
Sector
Export
contribution
Economic
relevance
Factory
concentration
Water
consumption
Water
pollution
Groundwater
depletion
• Estimated to be a $17.9 billion
industry, textiles accounts for
30% of Bangladesh’s industrial
sector GDP
• Textile industry employs 3.6
million people of whom 85% are
women
• Textile and garments
industry accounts for
~80% of export earnings
• Sector includes 1,700 garment washing, dyeing and
finishing units, in and around the Dhaka metropolis, and
impacts the lives of 12 million + inhabitants
• Textile industry is the
country’s second biggest
polluter (after tanneries),
significantly impacting water
surface and groundwater
quality
• Sector consumes 1,500 billion liters of groundwater
annually for a total production of 5 million tons of fabric
(300 liters per kg fabric)
• Greater Dhaka area is
experiencing decline in
groundwater tables at
the rate of 1-2 meters/
year, with seasonal
water shortages
Key features of Textile Sector

3. PaCT Objectives
Program aims at transformation of the textile sector through positive social, environmental
and economic impact creation
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REDUCTION IN ENERGY
CONSUMPTION AND
GHG EMISSIONS –
150,000MT
• Lack of awareness around
optimal operations and
maintenance practices lead
to significant energy
wastage
• Estimates suggest
adoption of low-cost/ no-
cost cleaner production
measures by the sector’s
1,700 wet processing units
will result in savings of 600
thousand MWH of
electricity and 1.3 billion m3
of gas
REDUCTION OF WATER
USAGE – 25MCM
• Textile sector’s overall
water usage is highly
inefficient, using on average
300 liters of water per kg
fabric
• Best practice water usage
is estimated at ~50 liters of
water per kg fabric
• Substantial water savings
are possible through
adoption of low-cost/ no-
cost cleaner production
measures, as well as water
treatment/ reuse and new
WDF technologies
REDUCTION OF
WASTEWATER USE/
QUALITY
IMPROVEMENT –
[Target TBD]
• Textile sector is a
significant contributor to
surface water pollution
• Inadequate/ improper
effluent treatment are
contaminating agricultural
land, reducing local crop
yields1 and increasing costs
of water treatment for
potable requirements2
IMPROVEMENT TO
OHS/ WASH
CONDITIONS
• Lack of capacity, low
attention to
occupational health and
safety, and limited
access to sanitation
facilities lead to
significant health risks
for workers
• Improvement of
WASH facilities can
avoid water-borne
illnesses and worker
absenteeism
Goals of PaCT Program
Investment Facilitation: US$50 million

4. Bangladesh PaCT
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Rationale for water-use efficiency in rice cultivationProgram Overview
• Development of harmonized
procurement guidelines
(Target: ~15 buyers)
• Training for buyer’s
international and local
procurement teams on
harmonized procurement
guidelines (Target: ~400 staff)
• Step 1: Awareness
building/ motivation for CP
(Target: 500 factories)
• Step 2: Factory-specific
advice on Cleaner Production
(Target: 200 factories)
• Step 3: Investment in
technologies (Target: 100
factories)
• Operational, multi-stakeholder
Textile Sustainability Platform to raise
awareness/ build alignment among
firms, associations, policy makers, civil
society, financial institutions, and
donors
15 awareness/ consultative
workshops at sector and cluster level
5 collective action plans
BUYER CAPACITY BUILDING FACTORY SUPPORT MULTI-STAKEHOLDER ENGAGEMENT
Steering
Committee
•Netherlands
Embassy
•Lead Sponsors
•BGMEA
Program
Management
•IFC Advisory
Services
(managerial and
technical staff)
Program Partners
•Buyers
•Factories
•Government
•Banks
Implementing
Partners
•Solidaridad
•Water Footprint
Network
•BGMEA
Partners
* About 200 local companies will contribute another $1 million in cash fees, for total of $4
million private sector cash contribution

5. Factory Support
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Step 1: Awareness building/
motivation for CP (Target: 500
factories)P (Target: 500 factories)
Step 2: Factory-level advice on
Cleaner Production (CP measures)
and water footprint reduction
(Target: 200 factories)
Step 3: Facilitation of
investment in
technologies with
significant water
sustainability benefits
(Target: 100 factories)

6. 6
1. Textile dyeing consumes huge amounts
of softened water : 50 - 500 liter/kg fabric*.
2. Ground water is almost free in BD and
hence used without restrains or recycling.
3. Lots of salt (low cost) added to the water
ends up in the rivers : 0.4 - 0.8 kg/kg fabric*.
In Depth CP assessment

7. 7
• Good factory
• Good attitude towards improving resource efficiency
• Many good practices in place
• Many opportunities to improve
In Depth CP Assessment

8. Opportunities in Dye house
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• Process engineering
 Shorter processes
 Lower temperatures
• Increasing right first time performance
 Bulk
 Lab to bulk
• Reducing energy in drying
• Recycling

9. 9
High fixation dye
Enzyme bleaching
Recommendations
Change of Dyeing machine
•iMaster low liquor machines
•3.7:1 liquor ratio
Water metering

10. 10
• Cold Pad Batch plus counter-flow
bleach and wash-off
• -50% Water*
• -40% Steam*
• -40% Electricity*
Cold Pad Batch

11. Opportunities in finishing
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• Profile moisture content of all pre-dry fabrics
• Reduce pre-dry moisture
 Mangles approx 30,000 Euro
 Saving approx 30% of energy requirement
• Avoid over-drying
 Moisture meters on all stenters
 Saving further 5% of energy requirement
• Heat recovery from stenters

12. Opportunities in effluent treatment, water
recycling resource recovery
• Recover chemicals and reduce salinity at
the source by regenerating bleaching
wastewater
• Recover salt and reduce salinity at the
source by regenerating dyeing
wastewater
• Replace air mixing in ETP by submersible
mixers as to improve performance and
save energy
• Improve the clarifier(s) as to boost the
ETP effluent quality for reuse
• Improve the quality of the bio-sludge as
to boost the ETP effluent quality for reuse
• Remove color and add nutrients in ETP as
to enable water recycling
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13. Opportunities in effluent treatment, water
recycling resource recovery
• Remove color and add
nutrients in ETP as to enable
water recycling
• Add basic water recycling
• Invest in basic ETP lab/field
equipment as to support high
ETP performance
• Invest in capacity building by
training ETP management and
operators
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14. Opportunities in Utilities Section
• Measure energy production & consumption in
real-time - Measuring = Knowing
• Monitor and manage energy production &
consumption
• Install economizers on all operating steam boilers
• Install an oxygen trim on all operating steam
boilers and generators
• Install a steam management control system
• Recover stack heat from all gas fired generators
• Install a electrical power management control
system
• Reduce steam consumption and increase steam
condensate return
• Tune/revamp/upgrade or replace the gas fired
generator
• Recover engine jacket, turbo and oil cooler heat
from all operating generators
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15. Other Opportunities: Safe drinking water
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16. Conclusions
• Customer use cases
• Right pricing
• Messaging to customer
• Pre and post implementation services
• Language and local office
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