Laboratories are the collective name for a variety of scientific research and testing facilities in modern society, where people working in laboratories are either researchers or testers, and they need a variety of supporting systems to fulfil their experimental needs. Therefore, we start by analysing the components of a satisfactory laboratory in terms of meeting the needs of the people who use it.
The laboratory has a high quality feel to it, but the laboratory design Malaysia is very complex and the safety management in use is very important. When it comes to a laboratory to be involved in professional systems, you have to consider laboratory furniture, laboratory decoration, laboratory water and sewage, laboratory pure water, laboratory waste water treatment, laboratory lighting outlets, laboratory instrumentation and equipment distribution, laboratory backup power, laboratory ventilation and exhaust, laboratory fresh air, laboratory air conditioning, laboratory purification system, laboratory air system, laboratory security monitoring, laboratory intelligent system and so on.
The most essential elements of a satisfactory laboratory are a good flow of work and rational zoning.
From the receipt and storage of samples, to the separation, weighing and pre-treatment of samples, to the analysis of physical, chemical and precision instruments, as well as the accompanying washing and drying, these are all aspects that need to be taken into account in a rational laboratory design process and partitioning, in addition to the flow of logistics and the flow of dirt.
It is not enough to have a good flow, you also need a good working environment. The working environment is simply how the air quality in the room is. Those who have spent time in laboratories know that there are many chemical reactions and tests in laboratories and that all kinds of chemicals can be found inside the laboratory.
For a variety of organic and inorganic gases to be produced in the experimental process, where a good laboratory design should be noted, it is necessary to consider how to discharge these polluting gases. The ventilation system is directly related to the health of all laboratory personnel, ventilation systems including fume hoods, atomic absorption hoods, universal exhaust hoods and so on, and the end of the control, fan frequency, adjust the valve intelligence, these are the basic configuration of modern laboratory ventilation systems. With good exhaust air, there is also a need for a timely supply of fresh air, and a fresh air system is a powerful supply of fresh air for the laboratory.
Once we have the above elements in place, the laboratory is one step closer to being satisfactory and now all that is needed is a laboratory package. Experimental operations will encounter water and sewage systems, this is very painful for those who often occur in the laboratory drainage blockage. A smooth drainage system is the guarantee of long and stable work in the laboratory. And the laboratory’s discharge of wastewater, in the event of a leak, can contaminate the ceiling and damage the instrumentation, causing significant damage.
Finally, with regard to laboratory safety monitoring, safety management has become increasingly important with the various laboratory safety incidents that have occurred over the years. This includes the control of dangerous reagents, access control and swipe records for personnel entering and leaving, video recording of sample collection and storage, and monitoring the use of precision instruments, all of which need attention in laboratory management.…