CH

Target Enzyme (Aimzyme)

1/

返回中文介面:標靶酵素(薆木效速)
Traditionally, organic compost requires a large area of land, 3-6 months, and generates environmental hazards such as odors and sewage. Enzymes are a solution that can eliminate the problems of traditional compost. This solid-state target enzyme (Aimzyme) was extracted using suitable bacteria from a library of more than 8,000 strains and 2,500 species of microorganisms which were combined through formula. They can be combined with patented technologies to effectively break down organic waste to produce organic fertilizers to replace chemical fertilizers. According to the carbon footprint test results of ISO 14067:2018, each kilogram of target enzyme produced generates 0.525 kgCO2e in carbon emissions. When calculating the carbon emissions of patented technology with this number, the process decreases carbon emissions by 90% compared to traditional compost and eliminates odors. This new method can hopefully decrease the environmental impact of organic waste treatment. more

1/

Material Features
▽ Low-carbon
Related Metrials

3-051-B73

Target Enzymes Organic Fertilizers

Supplier Information

You need to log in as a member to see the relevant information of the factory.

Member Login

Quick login

Traditionally, organic compost requires a large area of land, 3-6 months, and generates environmental hazards such as odors and sewage. Enzymes are a solution that can eliminate the problems of traditional compost. This solid-state target enzyme (Aimzyme) was extracted using suitable bacteria from a library of more than 8,000 strains and 2,500 species of microorganisms which were combined through formula. They can be combined with patented technologies to effectively break down organic waste to produce organic fertilizers to replace chemical fertilizers. According to the carbon footprint test results of ISO 14067:2018, each kilogram of target enzyme produced generates 0.525 kgCO2e in carbon emissions. When calculating the carbon emissions of patented technology with this number, the process decreases carbon emissions by 90% compared to traditional compost and eliminates odors. This new method can hopefully decrease the environmental impact of organic waste treatment.