Anaerobic biodegradation technology--the guardian of the environment

Ordinary plastic waste plastic products discarded on land or in water bodies are swallowed by animals as food, which can lead to animal death.

Waste plastics occupy a large amount of land with landfills and affect the sustainable use of land. If the waste plastics that enter the domestic waste are landfilled, they will not degrade for 200 years.

How can we make plastic reborn?

Anaerobic biodegradability technology! It is the first in China and the leading technology in the world.

(Anaerobic biodegradable particles)

This is a technology that turns traditional plastics such as PET/PE into degradable plastics;

The mechanical properties and application scenarios of traditional plastics are basically the same, and the cost is only increased by about 15%;

Meets European Community (SAM) biodegradable technical requirements in open environments.

Our company specializes in technical research and development of anaerobic biodegradable plastics, production of anaerobic biodegradable materials, and a national high-tech enterprise that provides relevant application solutions. We have a joint laboratory dedicated to the research and development of degradable polymer materials co-built by East China University of Science and Technology;

Anaerobic Biodegradation Definition:

The microbial transformation process that can convert the main components of plastics into carbon dioxide, methane, and mineral salts under anoxic or anaerobic conditions.

Anaerobic biodegradation is a brand-new, multi-disciplinary and cross-border innovative technology. Adding a small amount of anaerobic degradable "yeast" during the production of ordinary plastics can change ordinary plastics into anaerobic degradable plastics; after the plastics are discarded, they will be buried in the soil or submerged in water in an open environment. The anaerobic bacteria are enriched on the plastic and react to form a new body. Under the action of the anaerobic promoter, the new body is rapidly formed and transformed into a breakthrough. The strong and stable polymer structure is opened and starts to degrade. The final products are carbon dioxide and methane and trace mineral inorganic salts.

Professional system certification:

    Support European and American standards, meet double C (CNAS, CMA), support anaerobic degradation of landfill and marine degradation, conform to ISO 15985, EN ISO 15985, ASTMD 5511, GB/T 33797-2017, etc. It is a low-cost degradable material that can be exported for use abroad.