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ENO-A 500
ENO
500kg
1000
60
Classifation
Comparison between the traditional method & the Nalisen biodegradation method
Item | Anaerobic fermentation | Aerobic compost | Animal Feeding | Landfill | ENO Type A(NT) | ENO Type B(HT) |
Reduction | Moderate，80% | Moderate，75% | High | Low | High，95% | High，95% |
Harmless | a little high | Moderate | Low | Low | High | High |
Resources | High | a little high | a little high | Low | Low | High |
Degradation time | 7days | 20days | 24h | long time | 24h | 6h |
Security | General | General | General | General | High | High |
Project area( m2/100t) | 8000 | 20000-30000 | 20000-30000 | —— | 5000 | 3000 |
Features | Risk of explosion in sealed cans | Salt in fertilizers lead to salinization of the land, has obvious smell and needs to be kept away from the crowd | The NIMBY effect is a potential risk to the surrounding environment | Occupying a large amount of land, improper disposal of leachate pollutes groundwater | Patented technology, industry-leading | Patented technology, industry-leading |
Advantage | Can generate electricity bring economic value | —— | —— | —— | Fast degradation, high reduction, higher safety and wide adaptability | Fast degradation, high reduction, adapt to distributed layout |
Process comparison:
Item | Traditional composting techniques | ENO NT degradation process(elimination type) | ENO HT degradation process(resource based) |
Main process | Use the own MOs in the waste and soil for natural degradation | Add Nalisen A bacteria agent, NT, decomposition | Add Nalisen B bacteria agent, HT, decomposition, drying |
Processing temperature | 50-70°C | NT(20-40°C ) | HT(Generally around 75°C) |
Pre-dehydration | yes | no | yes |
Add material | Sawdust, rice husk, etc.(30-40%) | Special bacterial agent | Special bacterial agent |
Output | Regenerated fertilizers (high in salt, high in oil) | Water, carbon dioxide, etc. (environmentally friendly emissions) | Organic Fertilizer |
Reduction rate | 30-50% | above95% | above95% |
Main energy consumption | Large-scale composting equipment consumes a lot of energy | very low energy consumption(12kW·h/t) | needs to be heated and dried and equipped with odor purification equipment, and the large equipment has high energy consumption |
Equipment operation | The procedures of discharging and clearing require a lot of labor | Waste can be placed at any time, with less labor occupation | Waste can be placed at any time, with less labor occupation |
Comprehensive analysis | The traditional method commonly used in current large-scale projects, the actual organic fertilizers has a large amount of salt, and idle organic fertilizers are prone to secondary pollution | Eliminate food waste from the source.Can be arranged locally to reduce or cancel waste transfer; Large stations can be arranged in parallel to implement intelligent operation | Eliminate food waste from the source.Can be arranged locally to reduce or cancel waste transfer;; small machines can achieve highly harmless discharge |
Classifation
Comparison between the traditional method & the Nalisen biodegradation method
Item | Anaerobic fermentation | Aerobic compost | Animal Feeding | Landfill | ENO Type A(NT) | ENO Type B(HT) |
Reduction | Moderate，80% | Moderate，75% | High | Low | High，95% | High，95% |
Harmless | a little high | Moderate | Low | Low | High | High |
Resources | High | a little high | a little high | Low | Low | High |
Degradation time | 7days | 20days | 24h | long time | 24h | 6h |
Security | General | General | General | General | High | High |
Project area( m2/100t) | 8000 | 20000-30000 | 20000-30000 | —— | 5000 | 3000 |
Features | Risk of explosion in sealed cans | Salt in fertilizers lead to salinization of the land, has obvious smell and needs to be kept away from the crowd | The NIMBY effect is a potential risk to the surrounding environment | Occupying a large amount of land, improper disposal of leachate pollutes groundwater | Patented technology, industry-leading | Patented technology, industry-leading |
Advantage | Can generate electricity bring economic value | —— | —— | —— | Fast degradation, high reduction, higher safety and wide adaptability | Fast degradation, high reduction, adapt to distributed layout |
Process comparison:
Item | Traditional composting techniques | ENO NT degradation process(elimination type) | ENO HT degradation process(resource based) |
Main process | Use the own MOs in the waste and soil for natural degradation | Add Nalisen A bacteria agent, NT, decomposition | Add Nalisen B bacteria agent, HT, decomposition, drying |
Processing temperature | 50-70°C | NT(20-40°C ) | HT(Generally around 75°C) |
Pre-dehydration | yes | no | yes |
Add material | Sawdust, rice husk, etc.(30-40%) | Special bacterial agent | Special bacterial agent |
Output | Regenerated fertilizers (high in salt, high in oil) | Water, carbon dioxide, etc. (environmentally friendly emissions) | Organic Fertilizer |
Reduction rate | 30-50% | above95% | above95% |
Main energy consumption | Large-scale composting equipment consumes a lot of energy | very low energy consumption(12kW·h/t) | needs to be heated and dried and equipped with odor purification equipment, and the large equipment has high energy consumption |
Equipment operation | The procedures of discharging and clearing require a lot of labor | Waste can be placed at any time, with less labor occupation | Waste can be placed at any time, with less labor occupation |
Comprehensive analysis | The traditional method commonly used in current large-scale projects, the actual organic fertilizers has a large amount of salt, and idle organic fertilizers are prone to secondary pollution | Eliminate food waste from the source.Can be arranged locally to reduce or cancel waste transfer; Large stations can be arranged in parallel to implement intelligent operation | Eliminate food waste from the source.Can be arranged locally to reduce or cancel waste transfer;; small machines can achieve highly harmless discharge |
