| product name: Disposable biodegradable plastic cups |
Material: PP, anaerobic biodegradable PP |
| Product Specification: Customizable |
Feature:Biodegradable & Compostable;Anaerobic biodegradation technology |
| Product Length: Customizable |
Certification report:ISO9001, ASTM-D5511; 94% degradation rate in three years |
| Thickness: Customizable |
Place of Origin:Jiangsu,China |
| Usage:Ice cream |
Color: white and transparent,Customizable |
| OEM:Yes |
carton:can be Customizable |
What is anaerobic biodegradation technology?
Anaerobic Biodegradable Technology (ABT for short) Based on polymer material science, we have designed an anaerobic biodegradable "yeast" composite system by integrating the classical technologies of microbiology, biochemistry, electrochemistry, and Chinese medicine. system. Starting from the creation of symbiotic effect between plastics and anaerobic microorganisms in an open environment, we constructed an anaerobic facilitator system composed of multi-species probiotic materials that can rapidly enrich microorganisms and provide a suitable environment for their survival, and at the same time, formed a complete anaerobic biodegradation ecosystem with an electron donor, a carbon source, a nitrogen source, a source of energy, inorganic salts, and water. In the production process of plastics, the degradation "yeast" composite system is implanted into the material structure or molecular structure of plastics to complete the degradation transformation of plastics.
Definition of anaerobic biodegradation: the microbial transformation process that converts the main components of plastics into methane, carbon dioxide, a small amount of ammonia (e.g., nitrogen) and mineralized inorganic salts, etc., under anoxic or anaerobic conditions.
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Advantages of Anaerobic Biodegradation Technology:
It is a kind of technology to modify traditional plastics (PE/PP/PET/PA/PVC) into anaerobic biodegradation technology, which caters to the strategy of "white pollution" control of traditional plastics by the plastic ban;
1,It has the mechanical properties and application scenarios that are basically the same as those of traditional plastics, and it has the absolute cost advantage over PLA/PBAT;
2,Directly apply the production process and equipment of traditional plastics without additional investment;
3, meet the technical requirements of the European Community (SAM) for biodegradation in the open environment of nature; 4, is leading the development of group standards for anaerobic biodegradation of industrial, postal fast packaging, FMCG and mulch to fill the gap.
GP was established in 2013, it is a high-tech enterprise specializing in the research and development of Anaerobic Biodegradable Technology, production of anaerobic biodegradable materials, and providing related application solutions. Possessing a collaborative research laboratory jointly established with Eden Laboratory (US) and East China University of Science and Technology, focusing on the degradation of polymer materials.
It is a technology that modifies traditional plastics (PE/PP/PET/PA/PVC) to make them anaerobically biodegradable, aligning with the strategy to address the issue of 'white pollution' from traditional plastics in response to plastic bans. It possesses mechanical properties and application scenarios similar to traditional plastics, while offering a significant cost advantages over PLA/PBAT. Achieve the biodegradable requirements set by the European Economics Community (SAM) for natural environment conditions.
What is anaerobic biodegradation technology?
Anaerobic Biodegradable Technology (ABT for short) Based on polymer material science, we have designed an anaerobic biodegradable "yeast" composite system by integrating the classical technologies of microbiology, biochemistry, electrochemistry, and Chinese medicine. system. Starting from the creation of symbiotic effect between plastics and anaerobic microorganisms in an open environment, we constructed an anaerobic facilitator system composed of multi-species probiotic materials that can rapidly enrich microorganisms and provide a suitable environment for their survival, and at the same time, formed a complete anaerobic biodegradation ecosystem with an electron donor, a carbon source, a nitrogen source, a source of energy, inorganic salts, and water. In the production process of plastics, the degradation "yeast" composite system is implanted into the material structure or molecular structure of plastics to complete the degradation transformation of plastics.
Definition of anaerobic biodegradation: the microbial transformation process that converts the main components of plastics into methane, carbon dioxide, a small amount of ammonia (e.g., nitrogen) and mineralized inorganic salts, etc., under anoxic or anaerobic conditions.
Advantages of Anaerobic Biodegradation Technology:
It is a kind of technology to modify traditional plastics (PE/PP/PET/PA/PVC) into anaerobic biodegradation technology, which caters to the strategy of "white pollution" control of traditional plastics by the plastic ban;
1,It has the mechanical properties and application scenarios that are basically the same as those of traditional plastics, and it has the absolute cost advantage over PLA/PBAT;
2,Directly apply the production process and equipment of traditional plastics without additional investment;
3, meet the technical requirements of the European Community (SAM) for biodegradation in the open environment of nature;
4, is leading the development of group standards for anaerobic biodegradation of industrial, postal fast packaging, FMCG and mulch to fill the gap.
Degradable in the following environments:
1,Soil degradable
2,Marine environment degradation
3,Sludge anaerobic digestion
4,Freshwater environment degradation
5,High solid anaerobic digestion
6,Compostable degradation
Degradation conditions: anaerobic environment, less oxygen environment; a certain degree of humidity;
Ideal degradation environment: municipal landfill;
Green Packaging New material technology(JiangSu)CO.,LTD.
Address:Building 1, No.199 Hongxi Road, Wujin District, Changzhou City, Jiangsu Province, China
The most ideal degradation state: municipal landfill.
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