The Institute of Chemical Engineering held a special training session on the “Three-Level Prevention and Control System for Accident Emergency Response.”
On the morning of December 18, a special training session titled “Planning and Construction of a Three-Level Prevention and Control System for Accident-Generated Wastewater in Chemical Industrial Parks,” jointly organized by the Business Planning Department of the Institute of Chemical Engineering and the Municipal Branch Institute, was successfully held at Dongtang Building. The training was chaired by Yuan Zhuchin, Assistant to the General Manager of the Institute of Chemical Engineering and Director of the Municipal Branch Institute. More than 30 professional designers from relevant departments—including the First Institute of Chemical Engineering, the Second Institute of Chemical Engineering, the Architecture Institute, the Municipal Branch Institute, and the Institute of Chemical Engineering Planning—participated in the learning and exchange session.
Release time:
2025-12-19 17:51
Source:
Municipal Branch Hospital
Responsibility:
Zeng Haoran
On the morning of December 18, a special training session titled “Planning and Construction of a Three-Level Prevention and Control System for Accident-Generated Wastewater in Chemical Industrial Parks,” jointly organized by the Business Planning Department of the Institute of Chemical Engineering and the Municipal Engineering Branch, was successfully held at Dongtang Building. The training was chaired by Yuan Zhuchin, Assistant General Manager of the Institute of Chemical Engineering and Director of the Municipal Engineering Branch. More than 30 professional designers from relevant departments—including the First Branch of Chemical Engineering, the Second Branch of Chemical Engineering, the Architecture Branch, the Municipal Engineering Branch, and the Institute of Chemical Engineering Planning—participated in the session for learning and exchange.
This training session features a special lecture by Liu Xiaoyu, a senior-level engineer at the Chinese Research Academy of Environmental Sciences. Focusing closely on the core concept of the “three-tier prevention and control system,” Professor Liu systematically outlined the logical framework of this three-tier approach—“source control, process interception, and end-of-pipe assurance”—over the course of a three-hour session. Drawing on the latest policy guidelines and abundant practical case studies, he conducted a step-by-step, in-depth analysis: He zeroed in on the precise design parameters for critical facilities such as cofferdams, while also pointing out often-overlooked blind spots in daily management; he provided detailed guidance on the scientific calculation of emergency pools and diversion systems, strategies for optimizing their layout, and mechanisms for ensuring rapid response through coordinated efforts; and he explained the safeguarding role of interception and buffering facilities installed at the park’s main discharge outlets and external connection points, as well as intelligent scheduling strategies among multi-level facilities. The content seamlessly combined cutting-edge theory with practical experience, sparking profound reflection among the participants. During the interactive session, attendees engaged in lively and pragmatic discussions with Professor Liu, focusing on real challenges they had encountered in their own projects.
This training is one of the key initiatives undertaken by the Institute of Chemical Engineering to strengthen professional capacity building and solidify the safety baseline for engineering design. It has laid a robust knowledge foundation for the relevant teams, enabling them to plan and construct water safety defenses for chemical parks in subsequent projects in a more scientific, standardized, and innovative manner.
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