The hottest low-level organic waste liquid pyrolys

2022-10-03
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On December 22, the 144 hour continuous cold commissioning of the low-level organic waste liquid treatment project of CNNC Sichuan Environmental Protection Engineering Co., Ltd. was successful, marking that CNNC group preliminarily mastered the new Zytel fr 73200tc with high cooling capacity and design flexibility, which promoted the development of the nuclear environmental protection industry. This project is the first low-level organic waste liquid pyrolysis and incineration treatment project in China. Its main task is to treat the low-level organic waste liquid generated in the operation of nuclear facilities. This process fills the domestic technical gap in the treatment of low-level organic waste liquid, which is also calculated as a batch

it is reported that the main process equipment of the project adopts a set of feed pyrolysis system from Germany, and the other systems are domestic supporting systems. During the commissioning, CNNC Sichuan Environmental Protection Company closely cooperated with the nuclear power engineering company, took the initiative, took the responsibility, gathered intelligence to tackle key problems, successively solved a number of technical problems, and completed the technical improvement of the pyrolysis furnace, which will bring new opportunities for the future development of the enterprise. At the same time, CNNC Sichuan Environmental Protection Company carried out the research on the formula of simulated feed liquid, mastered the key technology of the formula of simulated feed liquid, and obtained the national invention patent, which created conditions for the success of the cold test and the smooth operation of the project

during the cold test, the operating conditions of each system of the project are stable, safe and controlled, the pyrolysis furnace operates smoothly, and the key parameters reach the ideal design value, laying a solid foundation for the subsequent treatment of low-level organic waste liquid

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