The establishment of a laboratory, whether it is a new, expanded or renovated project, is not only to purchase reasonable instruments and equipment and do some operation desks, but also to think comprehensively about the overall planning of the laboratory, rational planning of the design of the war surface, as well as the basic equipment and basic conditions of power supply, water supply, air supply, ventilation, air pressure difference control, air purification, life assurance and so on.
The design of the laboratory is different from that of the ordinary architectural design. The design of the laboratory is not only to choose and purchase reasonable laboratory instruments and equipment, but also to consider the overall planning, reasonable planning, technological process, power supply, water supply, drainage, laboratory communication, network, heating, laboratory ventilation, laboratory air purification, safe fire protection, etc. Environmental maintenance and other basic equipment and basic conditions. Therefore, the establishment of laboratory is a very complex system engineering. Advanced science and superior and perfect experimental environment are the necessary conditions for upgrading laboratory modernization. Intelligence, safety, efficiency, warmth, energy saving and environmental protection are the ideal elements for laboratory establishment.
The laboratory system, which is built on the basis of additive modular mode and reusable operation system, can stop the necessary contraction and expansion without sacrificing certain functions or affecting the conditions of relevant laboratories.
Laboratory corridors and entrances will provide cumbersome action channels and correspondingly correspond to relevant domestic standards.
Every laboratory has enough space to place instruments and equipment. Individual plates can also independently control their respective uses so as not to change the module configuration without affecting the conditions of the relevant laboratories.
Regional allocation needs in laboratories are classified according to their potential risk levels. Storage locations of smoke shields and acidic and flammable substances and space allocated for biosafety warehouses will be located at the back of the laboratory (far from the exit) in higher risk zones. Certain space and adequate waste passages will be used to form a second layer of protection for higher risk zones. The low-risk zone in each laboratory will be used to arrange various monotonous desktop activities such as desks, computers and instruments. Moist table activities are arranged in the medium-risk zone.
Laboratories think of interrupting zoning for efficiency in protection, work and configuration, thus preventing expenditure on area and space.
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