The Research and Development of Garbage Burning Power
Yi, Chenqi (2011)
Yi, Chenqi
Savonia-ammattikorkeakoulu
2011
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-201102172435
https://urn.fi/URN:NBN:fi:amk-201102172435
Tiivistelmä
The aim of the thesis is to introduce the application and development of garbage burning power, so that the reader can understand better the process of garbage burning power technology, and carry out the garbage treatment issues in theory and practice.
The thesis focuses on garbage treatment and research equipment of garbage burning power. Through the analyzes and comparisons of different types of incinerators, it was found that the CFBI (circulation fluidized bed incinerator) and rotary kiln incinerator are the mainly used equipment in garbage burning power. The specific structure and operation process of CFBI and rotary kiln incinerator are described in the main chapters. Some key systems and techniques were researched in this process, and technical details in the entire process and application were analyzed.
As a result, the garbage burning power technology is the best way to treat waste in humans’ normal life. However, this technology has both disadvantages and advantages, such as: the pollution control issues cannot be ignored. Therefore, the de-dioxin system has been created to minimize pollution; the application and working process of this system are represented in the thesis. To generate the power and to dispose of the waste with low pollutants in the same time is a decisive factor in the feasibility analysis of the garbage burning power technology in the future.
The thesis focuses on garbage treatment and research equipment of garbage burning power. Through the analyzes and comparisons of different types of incinerators, it was found that the CFBI (circulation fluidized bed incinerator) and rotary kiln incinerator are the mainly used equipment in garbage burning power. The specific structure and operation process of CFBI and rotary kiln incinerator are described in the main chapters. Some key systems and techniques were researched in this process, and technical details in the entire process and application were analyzed.
As a result, the garbage burning power technology is the best way to treat waste in humans’ normal life. However, this technology has both disadvantages and advantages, such as: the pollution control issues cannot be ignored. Therefore, the de-dioxin system has been created to minimize pollution; the application and working process of this system are represented in the thesis. To generate the power and to dispose of the waste with low pollutants in the same time is a decisive factor in the feasibility analysis of the garbage burning power technology in the future.