In July 2020, Mingjie Group completed the installation of several municipal solid waste pyrolysis plants in China. The MSW pyrolysis project uses advanced pyrolysis plant, which can deeply transform the municipal solid waste. After a year of careful construction, the municipal solid waste pyrolysis project was successfully completed and put into operation.
This marks a historic step in the treatment of domestic municipal solid waste. It has completely changed the secondary pollution problem caused by domestic waste, and brought new vitality to the local ecological environment.
After trial operation, all indicators of the MSW pyrolysis project have met satisfactory design requirements. The project’s key emission indicators such as organized waste gas, particulate matter, dioxins and ash thermal loss rate are better than national standards.
The municipal solid waste pyrolysis plants can process urban domestic waste, greatly saving construction and management costs. The urban solid waste pyrolysis project has made positive contributions to promoting the coordinated development of economy, society and environment.
Municipal Solid Waste Pyrolysis Plants Application
In areas with high altitudes, the unique geographical environment and climatic conditions have brought many severe challenges to Municipal Solid Waste Management. The low-oxygen environment makes it difficult for conventional incinerators to operate normally. The pyrolysis plant adopts a unique low-oxygen pyrolysis method, which brings great benefits to urban solid waste management.
The municipal solid waste pyrolysis plants can decompose the organic matter in the waste to new energy, such as pyrolysis oil, syngas, and carbon black. In order to ensure that flue gas emissions meet environmental protection standards. Mingjie Group has designed a special flue gas purification system.
Final Products of MSW Pyrolysis
Pyrolysis oil contains a variety of organic compounds. After further processing, valuable products such as fuel oil and chemical raw materials can be extracted. These products are widely used in the energy and chemical fields and can replace some traditional petroleum-based products.
The final products are not useless waste, but contain huge energy and resource value.
Synthetic gas is rich in combustible components such as carbon monoxide, hydrogen, and methane, has a high calorific value, and is a high-quality energy source. These combustible gases can be used for power generation or heating, achieving energy self-sufficiency.
Carbon black is a solid product produced during pyrolysis. It has a rich pore structure and a large specific surface area, and has good adsorption properties and chemical stability.
Solid Waste Pyrolysis Plant Cost
The solid waste pyrolysis plant cost is one of the important factors affecting its application. A set of advanced pyrolysis equipment is expensive, and with the supporting pretreatment equipment, tail gas purification equipment. The equipment purchase cost may be as high as tens of millions of yuan or even hundreds of millions of dollars.
Mingjie Group provides different types of municipal solid waste pyrolysis plants, including skid mounted small pyrolysis machines, batch pyrolysis plants and continuous pyrolysis plants. Batch pyrolysis plant price is cheaper than continuous pyrolysis plant.
For more information or prices about municipal solid waste pyrolysis plants, feel free to contact us: engineering@mingjiegroup.com.
Conclusion
The pyrolysis plants can transform municipal solid waste into energy and useful resources. It reduces the amount of landfill and incineration of waste, thereby reducing pollution to the environment. Pyrolysis equipment provides strong support for achieving the goals of “zero landfill” and “zero discharge” of municipal solid waste.
Through the municipal solid waste MSW pyrolysis project, the company has achieved the recycling of resources. Pyrolysis waste to energy has injected strong impetus into sustainable development. The municipal solid waste pyrolysis plants can not only alleviate the pressure of resource shortage, but also reduce the impact of waste disposal on the environment. This will ultimately achieve a win-win situation in economic, environmental and social benefits.
