
The Chemical Engineering Institute centrally organized its participation in the Ministry of Emergency Management's video training and study session on the 'Safety Management Standard for Fine Chemical Enterprises'.
On May 29, the Ministry of Emergency Management held a video publicity and training session for the "Safety Management Regulations for Fine Chemical Enterprises." The Chemical Research Institute organized a centralized video training session at the Academic Lecture Hall on the 22nd floor. Deputy General Manager Yang Fangwen, heads of various departments, and relevant professionals, totaling over 80 people, participated in the training.
Release time:
2025-05-30 10:32
Source:
Chemical and Pharmaceutical Institute
Responsibility:
Zhou Peng
On May 29, the Ministry of Emergency Management conducted a video training session on "Safety Management Standards for Fine Chemical Enterprises". The Chemical Industry Institute organized a centralized video training session in the academic lecture hall on the 22nd floor, with over 80 participants, including Deputy General Manager Yang Fangwen, heads of various departments, and relevant professionals.
The mandatory safety standard "Safety Management Standards for Fine Chemical Enterprises" (AQ 3062-2025), publicized and released by the Ministry of Emergency Management, will be implemented on October 18, 2025. The publication and implementation of this standard mark the first release of safety management standards for fine chemical enterprises in China. It will help achieve systematic and standardized safety risk control and strongly promote fine chemical enterprises to fundamentally improve their intrinsic safety level and safety assurance capability.
China has a large number of fine chemical enterprises, many of which are small, medium, and micro-sized. Overall, their automation control and intrinsic safety levels are low, and the professional capabilities of their employees are relatively weak, leading to insufficient safety assurance capabilities. In recent years, more than half of major chemical accidents and above have occurred in fine chemical enterprises, making them key and difficult points in safety risk prevention and control. The "Safety Management Standards for Fine Chemical Enterprises" focuses on fundamentally eliminating accident hazards and solving problems, adhering to problem-oriented, practical, and moderately forward-looking principles. It addresses weaknesses exposed by typical accidents in fine chemical enterprises in recent years, such as unclear process technology sources, low design requirements, insufficient automation levels, and incomplete reaction safety risk assessments, by clarifying technical measures and management requirements. At the same time, it summarizes the mature and effective practices from recent fine chemical safety special rectifications, expert guidance services in high-risk subdivided fields, and various regions and enterprises, draws on advanced technical concepts, and standardizes the technical sources, project design, trial production, and operation management of fine chemical enterprises.
For over 60 years, the Chemical Industry Institute has specialized in the fine chemical sector, consistently viewing intrinsic project safety as the lifeline of design and its primary responsibility. Actively, deeply, and systematically studying the latest national safety standards forms the basis for fulfilling this responsibility. Through this training, the safety risk awareness and prevention and control capabilities of the Chemical Industry Institute's technical team have been substantially enhanced. In the next step, the Chemical Industry Institute's technical team will rapidly convert learning outcomes into practical application, integrating them into the design criteria and review processes of specific projects, ensuring that every design output strictly adheres to the latest national safety standards, and delivering to the client truly safe, compliant, and reliable engineering design solutions, thereby genuinely undertaking the responsibility of safeguarding intrinsic safety at the design source.
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