週四, 03 十月 2024

手護海洋 善念啟航

b_290_290_16777215_00___images_news2024_20241003-1.jpg

手護海洋 善念啟航

紡織品所產生的微纖維,透過洗滌污水排放至海洋,造成影響海洋生態間接的污染,所累積產生的微纖維造成地球環境的負擔,從源頭減少污染源才是有效控制污染與環境衝擊的對策。

大愛感恩與工研院共同開發的「減少海洋微纖維新型再生機能纖維」 ,並經測試證實其物性較未改質前的布料可減少50%以上的微纖維脫落,同時具備減少碳排、資源再利用以及環境永續發展。




Read more

手護海洋 善念啟航

b_290_290_16777215_00___images_news2024_20241003-1.jpg

手護海洋 善念啟航

紡織品所產生的微纖維,透過洗滌污水排放至海洋,造成影響海洋生態間接的污染,所累積產生的微纖維造成地球環境的負擔,從源頭減少污染源才是有效控制污染與環境衝擊的對策。

大愛感恩與工研院共同開發的「減少海洋微纖維新型再生機能纖維」 ,並經測試證實其物性較未改質前的布料可減少50%以上的微纖維脫落,同時具備減少碳排、資源再利用以及環境永續發展。




Read more

Hands Protect the Ocean, Goodwill Sets Sail.

b_290_290_16777215_00___images_news2024_20241003-1.jpg

Hands Protect the Ocean, Goodwill Sets Sail.

The microfibers generated from textiles are discharged into the ocean through wastewater from washing, indirectly polluting marine ecosystems. The accumulation of these microfibers burdens the Earth's environment, and reducing pollution at the source is the most effective strategy to control pollution and mitigate environmental impact.

In collaboration with the Industrial Technology Research Institute (ITRI), DA.AI Technology has developed a "new type of recycled functional fiber to reduce oceanic microfibers." Testing has shown that this modified fabric reduces microfiber shedding by more than 50% compared to unmodified materials, while also promoting carbon reduction, resource reuse, and sustainable environmental development.




Read more