Expert uation Meeting for the "Subcritical Hydrolysis" Pilot Project Held at Zhonglin
From：
Zhonglin International Group Date：06-27 807 Belong to：Company Related
On June 16, 2016, Zhonglin International Group organized a technical uation meeting for the subcritical hydrolysis pilot schemes in Guangzhou. The meeting was chaired by Mr. He, Vice President and Chief Engineer of the group, and three well-known environmental experts, Professor He Qiang, Xie Lijing, and He Qihu from Tsinghua University, attended the uation conference as special invited experts.
The subcritical hydrolysis high-temperature anaerobic process used in this pilot project was independently developed by Guangdong Guoneng Zhonglin Industrial Co., Ltd. This technology has the characteristics of high conversion efficiency, high gas production, low solid waste discharge, short residence time, and stable operation. It realizes the harmless and resource utilization of antibiotics and their related metabolic products in Western medicine sludge, and meets the relevant requirements for hazardous waste treatment and disposal. It is of great significance for the promotion of Western medicine waste treatment in the industry.
The attending experts unanimously agreed that the goal of this pilot project is clear, and the proposed antibiotic residue adopts a reasonable technical route of subcritical hydrolysis, flash evaporation, and anaerobic digestion, which has good prospects for promotion and application.
The subcritical hydrolysis high-temperature anaerobic process used in this pilot project was independently developed by Guangdong Guoneng Zhonglin Industrial Co., Ltd. This technology has the characteristics of high conversion efficiency, high gas production, low solid waste discharge, short residence time, and stable operation. It realizes the harmless and resource utilization of antibiotics and their related metabolic products in Western medicine sludge, and meets the relevant requirements for hazardous waste treatment and disposal. It is of great significance for the promotion of Western medicine waste treatment in the industry.
The attending experts unanimously agreed that the goal of this pilot project is clear, and the proposed antibiotic residue adopts a reasonable technical route of subcritical hydrolysis, flash evaporation, and anaerobic digestion, which has good prospects for promotion and application.
