Proprietary patented technology; it can realize the daily production and daily clearance of organic waste and fully utilize it as a resource. The treatment process of organic waste only takes 2 to 3 hours.The treatment scale can be flexibly designed accor
Efficiently solve the treatment and resource utilization problems of foamy manure in large-scale farms, biogas slurry and residue,kitchen waste,excess sludge from sewage treatment plants, and high-concentration organic wastewater difficult to treat with.
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1. Processing Capacity
① Not limited by the types of organic waste, it can be processed alone or in coordination.
② Complete the treatment process within 2 - 3 hours to realize the daily clearance of organic waste.
③ Efficiently solve the treatment and resource utilization problems of foamy manure in large-scale farms, biogas slurry and residue, kitchen waste, excess sludge from sewage treatment plants, and High-concentration organic wastewater difficult to treat with biochemical processes.
2. Cost Advantage
Low equipment cost, low processing cost, and small floor area
3. Technical Characteristics
① The independently developed hydrothermal method (CWCO) process technology is leading and unique.
② Precise control, high degree of automation, and mature and stable process.
4. Product Characteristics
① The organic fertilizer products produced by the hydrothermal method do not contain heavy metals, harmful bacteria, antibiotics, hormones, and other toxic and harmful substances. They have a high germination index and the quality is much higher than that of commercially available organic fertilizers.
② Liquid fertilizers are suitable for the application method of integrated water and fertilizer, without blocking pipelines and nozzles, and have high cost performance.
③ The mud cake after harmless treatment by the hydrothermal method has a wide range of uses and outlets.
5. Environmental Benefits
① Completely resource or harmless treatment of organic waste, achieving zero discharge without secondary pollution.
② Compared with straw returning to the field, hydrothermal carbon returning to the field can reduce greenhouse gas emissions by 10-41%.
6. Market Prospects
The product has a wide market outlet and outstanding economic value, promoting the deep integration of environmental protection and agriculture and the coordinated development of industries.