The decoration design of aseptic laboratory has many details that need to be paid attention to. Ed Purification Edition gives you specific answers from three aspects: waterway, circuit and exhaust system.
Aseptic Laboratory
I. Waterway Problems
The water used in sterile laboratories is generally: ordinary tap water and distilled water are also three distilled water, and ultrapure water is also ionized water. The construction of water supply should be considered safe and scientific, while the construction of water supply should be based on specific experimental materials, i.e. water pipes and joints. Consideration should also be given to the separation of hydraulic pipelines, hydraulic pipelines in the direction of waterways, and the environment. Starting a sterile laboratory is usually cumbersome, because the water requirements and actual conditions of the laboratory, as well as the specific laboratory or laboratory environment, are very different. Sewage from aseptic laboratories can be roughly divided into sewage and low-polluted water. Low-pollution water usually refers to condensation circulating water of some equipment and waste water of washing certain containers. The range of polluted water is very general, corrosive water, such as acid oxide corrosive water, organic corrosive water, inorganic polluted water, heavy metal polluted water and so on.
II. Circuit Problems
The use of electricity in sterile laboratories is a very important issue. Weak electricity, lighting power, safe electricity and experimental equipment power. Among them, laboratory equipment and equipment mainly focus on electricity. Because laboratory equipment, especially precision instruments, the principles of these instruments and equipment are mostly the function and response of the force principle, that is, to control changes through microscopic changes. For the power of laboratory equipment, we have to solve the problems of controlling and reducing the variation of current fluctuation, reducing or stabilizing the variation of harmonics, reducing or reducing the interference of magnetic field, etc. If the power problem can not be solved, it will cause disaster and damage to the instrument. The inaccurate or unstable experiment and the service life of the instrument are shortened.
3. The problem of exhaust system in aseptic laboratory is mainly to solve the safety of laboratory personnel and the needs of laboratory environment. The ventilation in laboratory mainly considers positive pressure, negative pressure and constant pressure. The specific configuration depends on the specific nature of the laboratory to arrange the magnitude of positive and negative pressures. Laboratory ventilation is not like ordinary office changes, its air path and air conduction have very strict requirements. If the solution is not good, there will be no gas return and emission, or the amount of air discharged from the laboratory will be large, and the effect of changing the wind will not be achieved.
As a technology-based enterprise focusing on the design, research, development, construction and installation of sterile engineering in the area of aseptic laboratory, aide purification has always been firmly on the way to the construction and development of decontamination engineering in the aseptic laboratory. It is a truly reliable and professional aseptic laboratory purifier for domestic enterprises. No. Aide-188 (Ed Purifies Oxygen Supply)