In November 2019, The Chairman of Mingjie Machinery Visited one of our clients in Thailand, who are operating five sets pyrolysis plant from Mingjie, now, Thailand government has good policies for the recycling industry, Mingjie is also looking for chances to expand our business and make more investment in overseas market. Waste pyrolysis projects have obvious advantages in environmental protection, resource recovery, economy and technology. Pyrolysis waste to energy is a waste treatment technology with broad application prospects.
Waste pyrolysis projects have many advantages, including environmental protection, resource recovery and energy utilization. The following is a detailed introduction:
Significant Environmental Benefits
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Reducing greenhouse gas emissions: The pyrolysis process is carried out under anaerobic or anoxic conditions. Compared with traditional incineration, the emission of greenhouse gases such as carbon dioxide is greatly reduced. At the same time, the synthetic gas produced by tire pyrolysis can be recycled as energy, avoiding direct emission into the atmosphere to cause pollution.
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Reducing harmful substance emissions: Through pyrolysis, organic pollutants in waste plastics can be decomposed into relatively harmless substances such as carbon black, bio-oil and combustible gases. Waste pyrolysis reduces the generation and emission of highly toxic and harmful substances such as dioxins and furans.
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Harmless treatment: Pyrolysis of municipal solid waste can effectively kill pathogens and parasite eggs in waste and achieve harmless treatment of waste. This reduces the risk of disease transmission and provides safety for subsequent disposal and utilization.
Resource Recycling
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Recycling energy: The combustible synthetic gas and pyrolysis oil in the pyrolysis products can be used as high-quality energy resources. They can be used for power generation, heating or as chemical raw materials, realizing the energy utilization of waste.
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Recycling valuable substances: Many wastes contain valuable metal substances, and the pyrolysis process can effectively separate and recycle these substances. For example, after pyrolysis of waste tire products, the steel wire can be recycled to achieve resource recycling.
Good Economic Benefits
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Reduced disposal costs: Compared with landfill and incineration, pyrolysis technology can reduce the occupation of land resources and the construction cost of landfills, and also reduce the cost of air pollution control during incineration. In addition, the energy utilization and resource recovery of pyrolysis products can also bring certain economic benefits to the project.
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Driving the development of related industries: The implementation of waste pyrolysis projects can drive the development of upstream and downstream related industries, such as pyrolysis equipment manufacturing, waste collection and transportation, and product deep processing. Waste pyrolysis projects create more employment opportunities and economic benefits, and promote economic development.
Wide Range of Applications
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Treatment of various wastes: Pyrolysis technology can treat various types of wastes, including urban domestic waste, industrial waste, agricultural waste, waste tires, etc. Although the products of different types of wastes are different during the pyrolysis process, they can all achieve a certain degree of reduction, harmlessness and resource treatment.
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Flexible adjustment of products: By adjusting the process parameters of pyrolysis, the composition and properties of pyrolysis products can be flexibly controlled to improve the adaptability and competitiveness of the project.
