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NLS-B500

Using Nalisen high-temperature composite biological agents, at 75~85 ℃, the bacteria release the highly active protease and lipase and other enzymes to the outside of the cell, and after contact with the food waste, enzymolysis occurs, which can completely decompose the food waste into water, gas, a small amount of residue (which can be used as organic fertilizer ) within 3~6h.
SKU:
Availability:
  • NLS-B500

  • Nalisen

  • 500kg

  • 3130*2015*1800

  • 22 kw

  • 45 kw

  • 380V

  • 5T

  • 95%


Classifation


QQ截图20230522151848



Comparison between the traditional method & the Nalisen biodegradation method

Item

Anaerobic

fermentation

Aerobic

compost

Animal Feeding

Landfill

Nalisen Type A(NT)

Nalisen 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

Nalisen NT degradation process(elimination type)

Nalisen 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



Remarks:

  • Daily treatment capacity of 50-200 kg food waste gasification degradation machine (manual feeding without drainage type) + 1000 air volume comprehensive deodorizer supporting use;

  • Daily treatment capacity of 500 kg food waste gasification degradation machine (automatic feeding without drainage type) + 2000 air volume comprehensive deodorizer supporting the use;


Degradation technology principle of HT type bacteria agent and equipment (gas phase type):

原理2

Using Nalisen B-type bacterial agent, at 75~85 ℃, the bacteria release the highly active protease and lipase and other enzymes to the outside of the cell, and after contact with the kitchen waste, enzymolysis occurs, which can completely decompose the kitchen waste into water, gas, a small amount of residue (which can be used as organic fertilizer )  within 3~6h.


Characteristics and advantages of bacteria agent:

原理3

Process flow:

流程2


Environmentally friendly organic fertilizer:


Environmentally friendly organic fertilizer is a kind of organic fertilizer regenerated through biodegradation

Comprehensive nutritional elements:

Enhance crop disease resistance and reduce disease occurrence.

Improve fertilizer use efficiency:

Promote the absorption capacity of roots and effectively improve soil compaction.

Functionality in fertilizers:

Rich in beneficial bacteria, inhibit the growth of harmful bacteria, and reduce the damage of crops from harmful bacteria.

Functional microorganism:

Metabolites produced during growth and reproduction can promote crop growth and improve resistance.

Improve crop quality, improve taste, reduce vegetable nitrate content; increase sugar content and VC content in vegetables and fruits; increase length and strength of fiber crops.

Reduce pollution and protect the environment:

Extensive application of chemical fertilizers and pesticides causes the soil to be polluted to varying degrees, resulting in certain toxicity. The crops planted will also bring harm to humans. Bio-organic fertilizers have the ability to degrade and transform toxic substances in the soil, and repair the soil.


QQ截图20230522161713





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