What are the contents of laboratory safety inspection?

2024-11-05

System construction:

(1) Whether the rules and regulations, operating procedures, etc. are complete and posted on the wall;

(2) Whether the laboratory safety responsibility system is sound;

(3) Whether there is an emergency plan (chemical, biological, radiation);

(4) Whether there is a responsible person sign at the door of the laboratory.

Safety responsibility system：

Has a two-level responsibility system of college (department) and research institute (laboratory) been established?

Safety inspection record：

The laboratory shall establish a safety inspection record to record problems and rectification completion status.

Sanitary environment：

(1) Whether lab coats and protective glasses are worn during experiments;

(2) Whether food is cooked or eaten in the laboratory;

(3) Whether waste items are not cleaned up in time;

(4) Whether electric vehicles or bicycles are parked in the laboratory;

(5) Whether personal belongings are piled up in the laboratory;

(6) Whether anyone stays overnight in the laboratory.

Fire safety：

(1) Is there a no-smoking sign in the laboratory?

(2) Is the configuration of fire-fighting equipment reasonable?

(3) Is the fire passage unobstructed?

(4) Is there any phenomenon of stacking instruments and items in public passages?

(5) Is there any phenomenon of using open flame electric stoves without approval in the chemical laboratory?

Electrical safety：

(1) Is there a phenomenon that the circuit capacity is not suitable for high-power equipment?

(2) Is there a phenomenon of randomly connecting wires, using braided wires, or using wooden distribution boards?

(3) Is there a phenomenon of aging wires?

(4) Is there a phenomenon of multiple high-power instruments using one wiring board?

(5) Is there a phenomenon of not turning off the power of the instrument in time after use?

(6) Is there a phenomenon of placing the wiring board directly on the ground?

Ovens and resistance furnaces：

(1) Check the fault conditions and whether they have been in service for an extended period of time;

(2) Check whether there are gas cylinders or flammable and explosive chemicals around the ovens and drying ovens;

(3) Check whether there are any phenomena that affect the heat dissipation of the ovens and drying ovens (such as debris piled up around them);

(4) Check whether there is any phenomenon of unattended baking in the drying ovens;

Anti-theft safety：

(1) Are doors and windows safe?

(2) Are there any doors left open but unattended?

(3) Are there any anti-theft and monitoring facilities at the storage locations of highly toxic substances, pathogenic microorganisms, radioactive sources, etc.?

Chemical reagents：

(1) Is the storage location safe?

(2) The safety of acid and alkali cylinders (marking, location, cover?);

(3) Are there large barrels of reagents piled up?

(4) Are there large amounts of chemicals and organic solvents mixed?

(5) Are there any chemical reagents with unclear labels?

(6) Are there any reagent bottles stored with their lids open?

Highly toxic substances:

Whether the “five pairs” management system is implemented: two people receiving and sending, two people using, two people transporting, and two people keeping with double locks.