There are two concepts of decomposition: (1). UV light degradability, (2). Bio-degradability. EPOM elements connect with carbon and hydrogen to form a macromolecule structure. Since CaCO3 powder can be decomposed under ultraviolet light. This will disintegrate the macromolecule plastic structure into small micro pieces. However disintegration is not the same as bio-degradability. Microorganisms help to bio-degrade by metabolize the plastic products. EPOM has many substances which attract microorganisms to eat. After EPOM products are discarded, lots of microorganisms digest and metabolize the EPOM products. Eventually EPOM products will be fully bio-degraded.
2). FULLY BIODEGRADATION
EPOM has been added special formula to attractive microorganisms and been applied physical process to reform the ore properties. Using EPOM to re-bridge the construction of Carbon and Hydrogen make the original plastic property changed. EPOM attracts lots of microorganisms to eat the EPOM products which make the EPOM products bio-degradable. This is so called degradation concept.
3). FINAL SUBSTANCES
It yields three substances after EPOM is decomposed by microorganisms, namely CaO, CO2, and H2O water. EPOM may resolve the long lasting problems of plastics. EPOM does not pollute environment, nor destroy the ecology, even better absorb the heavy metal in the soil.
1). UV LIGHT DEGRADABILITY
The major components of EPOM are the reformed CaCO3. To melt EPOM with plastic elements, the EPOM is decomposed under UV light. Therefore the plastic molecule structure will be disconnected and be disintegrated into small micro pieces. This is so called disintegration concept. EPOM has been added special formula to attractive microorganisms and been applied physical process to reform the ore properties. Using EPOM to re-bridge the construction of Carbon and Hydrogen make the original plastic property changed. EPOM attracts lots of microorganisms to eat the EPOM products which make the EPOM products bio-degradable. This is so called degradation concept.
3). FINAL SUBSTANCES
It yields three substances after EPOM is decomposed by microorganisms, namely CaO, CO2, and H2O water. EPOM may resolve the long lasting problems of plastics. EPOM does not pollute environment, nor destroy the ecology, even better absorb the heavy metal in the soil.
