How to file for Level 2 biosafety laboratories

You can consult the Science and Education Department of the Health Department of the province, and they will tell you how to do it.

The main processes are: 1 unit information filing, 2 system document filing, 3 laboratory filing, 4 pathogenic microorganisms filing.

Generally, it is to register the unit enterprise online for the management information of the pathogenic microbiology laboratory, and upload the basic information of the unit and enterprise.

The Municipal Health Bureau will approve it online, but there are some steps to send paper materials to the Health Bureau. Units and enterprises should participate in the training course on biosafety technology and management of the second-level biosafety laboratory held by the Health Bureau and the Center for Disease Control and Prevention, obtain the laboratory biosafety post training certificate (at least 3 people in each laboratory), and establish a biosafety committee and appoint a chairman. The paper materials mentioned above must be signed by the chairman of the unit's biosafety committee.

The procedures for filing with Level 2 biosafety laboratories are as follows:

1.The health administrative department of the county (district) where the laboratory is located shall organize relevant departments to conduct a preliminary examination, and report to the Municipal Health Commission for the record after passing the preliminary examination.

2.The following materials need to be submitted for ICP filing:

The basic information of the laboratory, including the name of the laboratory, the level of the laboratory, the person in charge of the laboratory, etc.

The safety management system of the laboratory, including the safety responsibility system, the laboratory biosafety operation procedures, the laboratory waste disposal system, etc.

Protective measures in the laboratory, including the safety of laboratory equipment, protective measures for laboratory personnel, etc.

Other circumstances that need to be explained.

The specific regulations may vary from region to region, so it is recommended to consult with the relevant authorities.

The following requirements should also be met for a Level 2 biosafety laboratory:

1) The door at the entrance of the laboratory and the door to the laboratory room where the biological safety cabinet is placed should be automatically closed; The entrance door to the laboratory should have access control measures.

2) There should be conditions for storing spare items outside the laboratory work area.

3) The laboratory work area should be equipped with an eyewash device.

4) The laboratory or its building should be equipped with an autoclave or other appropriate disinfection and sterilization equipment, and the disinfection and sterilization equipment should be based on a risk assessment.

Are you referring to the Health Bureau? Or in this unit?

The biosafety laboratory of the secondary side stool must have an automatic closed-door system.

Concept of automatic door closer transport travel:

The core of the design idea of modern hydraulic hydraulic door closer is to realize the control of the door closing process, so that the various functional indicators of the door closing process can be adjusted according to the needs of people.

The significance of the door closer is not only to automatically close the door, but also to protect the door frame and the door body (smooth closing), and more importantly, the door closer has become a non-negligible part of modern building intelligence and management.

How the automatic door closer works:

The working principle of the automatic door closer is: when the door is opened, the door body drives the connecting rod to move, and the transmission gear rotates, and the rack plunger is driven to move to the right. During the right movement of the plunger, the spring is compressed, as is the hydraulic oil in the right chamber.

The check valve ball on the left side of the plunger opens under the action of oil pressure, and the hydraulic oil in the right chamber flows to the left chamber through the check valve.

When the door opening process is completed, due to the compression of the spring during the opening process, the accumulated elastic potential energy is released, and the plunger is pushed to the left side, driving the transmission gear and the door closer connecting rod to rotate to make the door close.

Requirements for Biosafety Laboratories:

1. Layout. The size (height and width) of the laboratory chamber must be set taking into account the laboratory module, function allocation, vibration standards and later development, etc., and the width should be changed accordingly according to the size of the laboratory module, which not only ensures flexibility but also conforms to the conventional door and window design, and forms a unified laboratory auxiliary connection as a whole.

2. Environment. Paying attention to environmental protection and proper disposal of waste materials is important to ensure the healthy operation of staff, visiting scholars and surrounding facilities in the laboratory building, as well as the maintenance of the academic atmosphere of the building. Therefore, it is necessary to strictly control the laboratory's hazardous building materials, hazardous waste storage and treatment, decentralized storage facilities, waste liquid discharge, solid waste management and emissions, and gas emissions.

3. Polluted areas.

In order to prevent live poisons from escaping outside through the exhaust duct, it is necessary to install a high-efficiency or sub-high-efficiency filter on the exhaust duct. Bacteria or viruses are generally adsorbed on the dust, and their equivalent particles are generally 1 to 5um, so the bacteria or viruses can be blocked on the filter with a high-efficiency filter. In addition, the filter on the exhaust duct can prevent outdoor dust from backing into the room, so as to effectively maintain the cleanliness of the room.

1. Meet the requirements of a first-level biosafety laboratory.

2. The door should be locked and can be closed automatically, with a visible window.

3. There is enough space for items to be used.

4. There are conditions for storing personal clothes outside the work area (changing room) 5. There are high-pressure disinfection equipment in the building where the laboratory is located (regular inspection and verification) 6. There is a biological safety cabinet in the laboratory.

7. There is an emergency eyewash or emergency spray device.

8. It should be ventilated, (such as using natural ventilation, insect screens) 9. Reliable electricity and emergency lighting.

10. The exit is marked in the dark.

And so on about the wall and the ground in the first level: the wall, ceiling, the ground should be smooth, easy to clean, no water seepage, corrosion resistance, the ground should be non-slip, no carpet. There should be no dust on the wall, a rat guard board should be set up at the door, and a mosquito killer lamp should be set up at the vent.