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To fulfill its commitment and achieve the targets, TSP has conducted in-depth research on technical processes and emission status, and fully explored market carbon reduction opportunities, and finally formulated a scientific and feasible emission reduction strategy. |
| 1. Application of low-carbon technology |
| Separate dyeing process
-Cold Pad-Batch pre-treatment machine
-1:4 low liquor ratio dyeing machine
-Continuous post-treatment machine |
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| High-efficiency System
-High-efficiency setting machine
-High Efficiency Air Compressor |
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| Waste energy recovery equipment
-Heat Recovery for Setting Machine
-Wastewater heat recover |
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| 2. Promote the transformation of traditional energy to clean energy |
I-REC
Coal phase-out |
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| 3. Deeply participate in the cooperation of upstream and downstream supply chains in the field of low-carbon production |
| Follows the principle of local proximity procurement -Reduce GHG emissions generated by raw materials during long-distance transportation and improve environmental benefits. |
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| Issue Supply Chain Low Carbon Production Initiative to the supply chain
-Calling on major suppliers to conduct greenhouse gas inventory mapping, set and disclose their scientific reduction targets.
-Strengthen close cooperation among all parties in environmentally friendly and low-carbon production, and create a win-win and sustainable strategic partnership. |
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