Page 62 - InterloopLimitedSR2020

USING RESOURCES EFFICIENTLY REDUCING EMISSIONS

AND RESPONSIBLY AND WASTES

Comparative Reduction in Water Usage by adopting E-flow Technology GHG Emissions

Greenhouse gas emissions occur as temperatures well below 2 degrees Protection Agency (EPA), under
Consumption (Per kg Comparison)
a result of combustion processes in Celsius, above pre-industrial levels. Punjab Environmental Quality
Process Classical Technology Nano Bubble Technology % Reduction industries and are a major cause of This requires introduction of cleaner Standards (PEQs). We regularly
Water (liters) 20 1 95.0 climate change. Changing climatic technologies and continuous up- monitor greenhouse gas emissions
conditions across the globe require gradation of operations. The GHG at our production units to ensure
Chemical (g) 57 16.5 71.0
immediate actions by corporates emissions at Interloop are the result compliance with control limits, as well
Electricity (kWh) 200 103 50.0 to reduce emissions from their of multiple operational processes and as meeting the targets set in these
Wastewater (liters) 18 0 100 operations in order to keep the subject to limits set by Environmental areas as part of our five-year plan.

Sustainable Textile Bleaching Unit FY 2020 FY 2019 FY 2018 FY 2017
GHG Emissions (Scope I) Mt 90,521 68,579 123,196 78,447
Sustainable Textile Bleaching project has been applied successfully where we are upgrading our existing processing GHG Emissions (Scope II) Mt 22,847 46,976 7,504 27,653
machines with a multiple fill and drain system. This allows us to reuse bleached water and chemicals for multiple processing Total Emissions Mt 113,368 115,555 130,700 106,100
cycles, significantly reducing our environmental impact. The project will save 94,500 liters water, 3,785 kgs steam, and 157
kgs chemicals per day.
CO , CH , N O gases are included in the calculation of CO e emissions. No biogenic emissions occur at Interloop. The
2
4
2
2
source of emission factors were derived from IPCC’s 5 assessment report.
th
Impact of Efficient Water Management Initiatives
Unit FY 2020 FY 2019 FY 2018 FY 2017
Water management initiatives at Interloop have resulted in saving 68,620 m of fresh water intake. This has resulted in Reduction in GHG
3
reduced impact on water resources and availability of water for other stakeholders. Emissions through multiple Mt 15,226 9,090 16,181 8,687
initiatives
CO , NH , N O gases are included in the calculation of CO e emissions
2 4 2 2

G�� Emi����n
Daily water (Mt)
consumption 150,000
Water Saved m 3

68,620 57,183 Families 130,700
(based on 6 members family) 120,000 115,555

106,100 113,368

90,000
FY 2017 FY 2018 FY 2019 F� 2020

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