The modern world faces the challenge of solving the problem of the growing volume of waste that harms nature, water resources, and our health. Ukrainian engineers have developed an effective solution: a complex system of multi-stage depolymerization and catalytic reforming.
Multi-stage thermal treatment of organic waste in a closed volume allows:
• Recycle plastics (PET, PVC, PE, PP, etc.), rubber waste, organic household and industrial waste.
• Get useful products:
The recycling process allows not only to recycle waste, but also to produce electricity and other commercial products:
• Electricity — produced from the heat of exhaust gases or by burning combustible gas.
• Hydrogen (H₂) is obtained during the separation of process gases. Up to 70 kg of hydrogen in 24 hours from one installation!
• Dry ice – is made from filtered carbon dioxide produced in the process.
The complex includes several lines for processing waste of various morphologies: 1️⃣ Sorting line – primary processing of mixed household waste (MHW). 2️⃣ Shredders and depolymerization unit – thermal decomposition of waste without access to oxygen. 3️⃣ Tanks for storing biofuel, gas and carbon residue. 4️⃣ Generator lines for generating electricity from heat or gas. 5️⃣ Purification systems for filtering carbon dioxide and producing dry ice.
The complex allows for efficient waste processing to produce energy and useful products used in:
✅ Environmental friendliness: the recycling process does not create harmful emissions, and the solid residues are completely inert. ✅ Efficiency: 100% waste recycling without the need to dispose of residues. ✅ Resource saving: the ability to reuse the resulting products in an unlimited number of cycles.
This project demonstrates that innovation can change the future. We can provide our country with environmentally friendly solutions to preserve nature, create new jobs, and improve the quality of life.
We choose a future in which waste is transformed into valuable resources!
Ecological breakthrough in combating desertification: artificial cultivation of biological crusts (biocrusts) in the deserts of the PRC. Accelerated bioremediation technology from AVELife.
Research on the transfer of space technology of the PRC (Chang’e mission) to combat land degradation. How continuous basalt fiber (CBF) fixes the Gobi and Takla Makan deserts.
Analysis of China’s large-scale eco-engineering program. Basalt fibers, artificial biocrust, and agrovoltaics in the fight against the Gobi and Takla Makan deserts by AVELife.
