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The anaerobic low-temperature pyrolysis technology does not require sorting and sorting at the front end of domestic waste treatment, and the products after pyrolysis are 100% harmless, 100% reduced, and 100% recycled, and truly achieve zero landfill; ultra-low emissions; no need The leachate treatment system utilizes the excess heat of the pyrolysis system for heat treatment. From the system process, it truly realizes zero landfill of waste residue, no waste liquid discharge, and ultra-low emission of waste gas that meets the standard.

Principle of oxygen-free low temperature super pyrolysis technology:
 

Technical Principle 1-Carbon Stripping:

Technical Principle 2 - Maximizing Thermal Efficiency:

1. For the same volume of heated material, under the same pyrolysis conditions, the heat absorption efficiency is proportional to the heated area. Therefore, after the block to be treated is decomposed into flakes, the endothermic efficiency will be increased;
2. For the same material to be processed, the heating efficiency will be significantly improved compared with the single and bilateral heating;
3. In the same cracking chamber, heat is mainly exchanged through heat conduction, heat radiation and heat convection. However, the traditional technology lacks a sufficient thermal convection mechanism. This device establishes an efficient thermal convection channel, so that the material in the cracking chamber can be heated quickly and fully.
 

Advantages of biomass pyrolysis technology:
1.Biomass pyrolysis products are gas, tar or semi-tar, which can be utilized according to different needs.
2.Thermal cracking simplifies pollution control. When biomass is pyrolyzed in the absence of oxygen or hypoxia,NOx, SOx, HCl and other pollutants are less, and the ash content in pyrolysis flue gas is small.
3.Most of the harmful components such as sulfur and heavy metals in biomass are fixed in carbon black, from which metals can be recovered to further reduce environmental pollution.
4.Thermal cracking can process biomass that is not suitable for incineration, such as toxic and hazardous medical waste.

The main advantages of anaerobic low temperature pyrolysis technology over waste incineration:

1. Tail gas emission: Due to the thermal decomposition in an oxygen-free environment, the pyrolysis temperature is relatively low (300-450 ° C), and metals such as scrap iron, copper, aluminum (aluminum foil, tin foil) in the domestic waste will not melt and volatilize, and the exhaust gas will not melt and volatilize. Heavy metal fly ash is beneficial for its recovery from pyrolysis residues; chloride ions are accurately captured during pyrolysis, and there are no metal oxides in the flue gas, so the production of dioxins can be effectively suppressed from the source; anaerobic pyrolysis produces Combustible gas is used for heating energy, which belongs to "gas-gas" fractional combustion, multi-stage dimension reduction and precise air distribution, effectively controlling the production of NOx, CO and SO2 in the flue gas, and achieving ultra-low exhaust emissions.
2. Diversified income: The power generation efficiency is higher than that of waste incineration, which not only achieves the benefit of increasing power generation revenue; the operating cost is about 1/2 of the operating cost of waste incineration; integrated automation control, the operator is about the same scale of waste. 1/3 of the incineration; there are also pyrolysis terminal regeneration products: pyrolysis carbon, scrap iron, copper, aluminum, glass, sand and gravel and other high-value-added resources, making great contributions to the cause of carbon emission reduction and obtaining carbon rights trade;
3. Low investment cost: anaerobic pyrolysis is 1/2 to 2/3 of the total investment of waste incineration projects; the process flow is short, the exhaust gas purification system is simple, and the supporting public works are few. The project area is about 1/5 of the waste incineration project; the investment return period is short, about 7 years;
4. Short construction period and quick effect: Compared with the waste incineration project, the installation progress of the construction period is shortened by 1/3 to 1/2 time, because the pyrolysis system device does not have complex exhaust gas treatment engineering, basic engineering, plant structure, and main equipment engineering. Structure; in emergency treatment projects, the anaerobic low-temperature pyrolysis equipment is integrated skid-mounted, which can quickly complete emergency treatment and achieve quick results.

1.The production process is safe, environmentally friendly and free of secondary pollution;

2.It has strong adaptability to domestic waste raw materials, no sorting and classification, and has a wide range of adaptability.
3.Dechlorination of pyrolysis oil and gas before combustion: adding a dechlorination agent to the pyrolysis oil and gas reduces the chlorine content in the pyrolysis oil and gas to the greatest extent. The environmental protection standard discharge provides a prerequisite.
4.Compared with the large amount of heavy metals and fly ash in the waste incineration process, which enter into the flue gas along with the violent gas-solid combustion reaction, the reaction process conditions in the pyrolysis process are mild, and the amount of heavy metals and fly ash entering the pyrolysis oil and gas is low. Furthermore, the amount in the flue gas exhaust is very small.
5.The pyrolysis technology adopts "carbon stripping" rapid pyrolysis, which rapidly strips the carbon protective layer on the surface of the material during the pyrolysis process of domestic waste to achieve the purpose of rapid pyrolysis and improve the utilization efficiency of the pyrolysis device.
6.There is an automatic coke cleaning device inside the pyrolysis machine, which effectively solves the problem of coking on the wall surface and provides a guarantee for the long-term stable operation of the device.
7.The scale can be large or small to meet the requirements of users for different treatment scales, with less investment in equipment and quick results, effectively resolving the crisis of waste treatment and disposal in villages, towns, county towns and other areas.
8.The equipment structure is integrated and occupies a small area. It can be installed and used in existing domestic waste transfer stations, domestic waste landfills, and domestic waste incineration power plants without land acquisition and demolition.
9.The reduction is obvious, and the waste reduction after treatment is obvious. Compared with direct landfill, it saves more than 90% of the land.
10.Rich sources of income: garbage disposal fees, by-product income, carbon emission reduction trading income, tax exemption policy; income from combustible gas energy utilization (power generation, heating, heating), tar, inorganic materials (masonry, scrap metal, glass) by-product income and other sources of income.

1. Domestic waste field: new domestic waste, stock (stale) waste, kitchen waste, vegetables (vegetable market, vegetable company, food company processing waste), decoration waste, etc.
2. Woody: straw, garden waste (natural woodiness, planting), rice husk, etc.
3. Plastics: tires, plastics.
4. Coal chemical industry: low-rank coal, coal gangue, gasification slag.
5. Hazardous waste: medical waste, battery industry.
6. Oilfield sludge: mining sludge, tank bottom sludge, oil sand shale.
7. Sludge: domestic sludge, municipal sludge, river sludge.
8. Electronics: circuit boards, electronic components, scrapped motor vehicles.
9. Co-processing: co-processing of domestic waste, kitchen waste, sludge, cement kiln, etc.

1.We have advanced equipment and technology.
2.Product quality has passed ISO certification.
3.Many production lines can be produced in large quantities.
4.High quality after-sale service relieves your worries.
5. We support customization and can produce according to your requirements.