With the rollout of GB 3608-2025 "Classification of Work at Heights" training, corporate EHS and procurement personnel need to re-evaluate their work-at-height management systems, appropriately select and provide fall protection equipment, and ensure that the level of protection precisely matches the risk.
The Ministry of Emergency Management and other departments have jointly revised and issued the Special Operations Catalog, introducing new requirements for the management of special operations. This article looks at how EHS teams can update the selection and management of head, respiratory, and hearing protection for these higher-risk tasks.
Chemical production environments are complex, involving high temperatures, high pressures, hazardous gases, and corrosive substances. Employees face multiple safety threats during tasks such as inspections, sampling, and maintenance. This article focuses on common hazards, analyzes typical misconceptions in PPE selection, and helps enterprises build a effective protection program.
In chemical production environments, head, hearing, and respiratory protection are often simplified as ‘just having them is enough,’ but the actual risks go far beyond what is visible on the surface. Starting from typical scenarios, this article analyzes the key links that are easily overlooked in PPE configuration for chemical enterprises.
With the update and implementation of technical specifications for safety in work at height in building construction, enterprises are facing stricter safety management requirements. Starting from the key points of the specifications, this article analyzes typical risk scenarios in current work at height, providing systematic protection ideas for procurement and safety management personnel.
Recent safety accidents in university laboratories have once again sounded the alarm. In high-risk environments such as flammable and explosive, high pressure, and high temperature, Personal Protective Equipment (PPE) is not only a compliance requirement but also the last line of defense for worker safety. Starting from accident risks, this article analyzes the key points of PPE selection and management in laboratory scenarios.
If an explosion-protection device develops an abnormal condition, how quickly can the responsible manager be notified? Effective emergency response depends not only on sensor performance but also on a clearly defined escalation process. This article examines warning mechanisms, responsibilities, and information flow in modern industrial settings.
A successful evacuation in Ningnan County, Liangshan Prefecture, Sichuan, averted a reservoir bank landslide, highlighting the importance of geological hazard early warning and on-site personnel protection. From the perspective of PPE and EHS management, this article analyzes the synergy between personal protection and emergency mechanisms in high-risk work environments.
In 2025, production safety incidents in the non-ferrous metal industry exposed multiple risks such as high temperature, dust, and toxic gases. Enterprise procurement and safety management personnel need to re-evaluate the suitability and protection levels of Personal Protective Equipment (PPE) to reduce operational risks at the source.
Safety harness is the last line of defense for work at height, but many enterprises still have cognitive biases in procurement and management. This article sorts out common misunderstandings to help EHS personnel establish risk-based selection and on-site management approaches.
