Pilot project on gasification of municipal solid waste using slag from Lunan Chemical Industry has commenced
Thread Content
On the morning of January 19, 2021, the groundbreaking ceremony for the development and pilot project of a clean and efficient gasification technology for municipal solid waste, jointly undertaken by Lunan Chemical Industry Co., Ltd. and Saidern Engineering Co., Ltd., was held at the construction site of the waste gasification project in the eastern plant area of Lunan Chemical Industry. Chen Yongxian, deputy chief engineer of Lunan Chemical Company; Zhang Ling, deputy secretary of the company’s Party committee, director, and general manager; Li Zhiyuan, deputy general manager; Li Chanle, secretary of the Party committee and chairman of Saiding Engineering Co., Ltd.; as well as relevant personnel from Coal Chemical Engineering Co., Ltd., East China University of Science and Technology, and Shanghai Zemak Minda Machinery Equipment Co., Ltd., attended the ceremony. The waste treatment project utilizes advanced slag gasification and non-catalytic conversion technologies to construct a ten-thousand-ton-scale pilot plant for slag gasification. The gasification process does not produce dioxins, and it enables the harmless treatment of municipal waste, including fly ash and heavy metals, through liquid slag disposal. The project adoption of advanced modular design and construction methods ensures that production is not disrupted and the environment is not damaged, thereby achieving harmony between humans and nature. The project for the development and pilot testing of efficient gasification technology for municipal waste, which has now begun, is the first project to be carried out since Lunan Chemical and China National Chemical Engineering Group joined forces to establish the China National Chemical Lunan Industrial Technology (Hydrogen Energy) Research Institute. The implementation of this project is of great significance for reducing waste and ensuring its harmless treatment. Meanwhile, as the substitution of coal with other materials becomes increasingly common, it enables the use of domestic waste to produce syngas (hydrogen) in place of coal, thereby meeting the needs of subsequent development projects in Lunan Chemical Industry.
This technology deserves to be widely promoted.
This is a strategic direction for Sinochem. It is the first project to be launched since Sinochem Engineering Group joined forces with Sinochem to establish the Lunan Industrial Technology (Hydrogen Energy) Research Institute.
Sinochem Engineering and Sinochem are not the same company, right?
The abbreviation for China National Chemical Engineering Group is Sinochem; the abbreviation Sinochem Engineering is not used
Which one is “China National Chemical”? For example, the parent company of that company where the deputy general manager died due to illegal work in a confined space a couple of days ago.
According to SEDIN Engineering and Lunan Chemical, on the morning of January 19, 2021, the groundbreaking ceremony for the development and pilot project of a clean and efficient gasification technology for municipal solid waste—a collaboration between Lunan Chemical and SEDIN Engineering—was held at the construction site of Lunan Chemical’s waste gasification project in its eastern industrial park. Chen Yongxian, deputy chief engineer of Lunan Chemical Company; Zhang Ling, deputy secretary of the company’s Party committee, director, and general manager; Li Zhiyuan, deputy general manager; Li Chanle, secretary of the Party committee and chairman of Saiding Engineering Co., Ltd.; as well as relevant personnel from Coal Chemical Engineering Co., Ltd., East China University of Science and Technology, and Shanghai Zemak Minda Machinery Equipment Co., Ltd., attended the ceremony. The waste treatment project utilizes advanced slag gasification and non-catalytic conversion technologies to construct a ten-thousand-ton-scale pilot plant for slag gasification. The gasification process does not produce dioxins, and it enables the harmless treatment of municipal waste, including fly ash and heavy metals, through liquid slag disposal. The project adoption of advanced modular design and construction methods ensures that production is not disrupted and the environment is not damaged, thereby achieving harmony between humans and nature. The project for the development and pilot testing of efficient gasification technology for municipal waste, which has now begun, is the first project to be carried out since Lunan Chemical and China National Chemical Engineering Group joined forces to establish the China National Chemical Lunan Industrial Technology (Hydrogen Energy) Research Institute. The implementation of this project is of great significance for reducing waste and ensuring its harmless treatment. Meanwhile, as the substitution of coal with other materials becomes increasingly common, it enables the use of domestic waste to produce syngas (hydrogen) in place of coal, thereby meeting the needs of subsequent development projects in Lunan Chemical Industry.
This combination is truly powerful: a fixed-bed design institute, a fixed-bed technology provider, a specialized school, and the manufacturers responsible for operation. So what exactly is the challenge that brings together so many experts? Domestic waste gasification is presumably carried out in a fixed-bed system; therefore, the issues that need to be addressed include: the treatment of organic wastewater and tar? Will there be another combination later? Are both syngas and organic waste sent through the fluidized bed gasifier again?
Is that household waste dried and crushed before gasification with pulverized coal? What to do with the waste gas and waste liquid that is generated then?