|
|
|
|||
|
Biodegradable bags, compostable bags, HS2001, EN13432, ASTM D6400,
biodegradable garbage bags, compostable garbage bags, degradable bags, corn
starch bags, P-life, epi, Addipro, d2w, Biobags, ASTM
D6954,oxo-biodegradable, totally biodegradable bags, umbrella bags, 完成生物分解降解袋，堆肥袋，特厚黑色大垃圾袋，特厚大垃圾袋，厚身垃圾袋，生物降解垃圾袋，氧化生物降解垃圾袋，光氧完全生物降解垃圾袋，雨傘袋，雨傘袋機，機用雨傘袋，雙孔雨傘袋，雨遮袋，可降解雨傘袋，可降解機用雨傘袋，環保膠袋，環保垃圾袋 |
||||
|
|
||||
|
|
||||
|
|
||||
|
|
||||
|
(1) Fossil
resources were extensively used by chemical industries to produce our daily
products, including many diesel, gasoline and one-off disposable items such
as plastic bags and cutleries. (2) CO2
released into the atmosphere by incinerating diesel, gasoline or disposable
PE/PP products etc.; adding degradable additives to accelerate degradation or
allowing them to degrade naturally takes between minutes and 10+ years
respectively (all are known as CO2 generators). (3) However,
absorption of CO2 by plants to become fossil resources again takes
more than 106 years.
The current imbalance between the rates of CO2 creation and
absorption by the environment produces a NET release of CO2 to the
Earth at alarming speed. Conventional plastics (like PE, PP, PS etc.
and PE with 1-3% degradable additives added) are typical examples of net CO2
generators. (4) The
use of EnbioBags can substantially reduce the environmental absorption
process during photosynthesis to become starch again in 1 or 2 years, giving
rise to close to zero NET release of CO2 to the Earth. |
||||
|
|
||||
|
|
||||
|
Copyright© EBM Biodegradable Materials Ltd. |
||||
