Introduce what are the main components of purification engineering
Introduce what are the main components of purification engineering
The main components of the pharmaceutical cleanroom purification project have six major parts, namely: ground system, air duct system, automatic control system, electrical system, water supply and drainage system, and air filtration system.
1. Ground system: epoxy resin is generally used to clean the ground. Enclosure system: simply put, it is the top, the wall, and the ground, that is, the six faces that make up the three-dimensional closed space. In detail, it includes doors and windows, decorative arcs, etc.
2. Air duct system: including supply air, return air, fresh air, exhaust air ducts, terminals and control devices, etc.;
If air-conditioning system is used in purification project: including cold (hot) water unit (including water pump, cooling tower, etc.) (or air-cooled pipeline machine grade, etc.), pipeline, combined purification air-conditioning box (including mixed flow section, initial effect section, heating section, refrigeration section, dehumidification section, pressurization section, medium effect section, static pressure section, etc.).
3. Automatic control system: including temperature control, temperature control, air volume and pressure control, opening sequence and time control, etc.
4, Electrical system: lighting, power, weak current three parts, including purification lamps, sockets, electrical cabinets, lines, monitoring, telephone and other strong and weak current systems.
5. Water supply and drainage system: water supply, drainage pipes, facilities and control devices, etc.
6. Air filtration system: other purification equipment such as junior high-efficiency filters: such as ozone, ultraviolet lamps, air showers (including cargo showers), transfer windows, ultra-clean workbenches, interconnected locks and other purification auxiliary equipment.
purification engineering can be divided into air purification and water purification. Air purification is to remove particulates, harmful air, bacteria and other pollutants in the air within the corresponding space, and to remove indoor temperature, cleanliness, pressure, Engineering disciplines in which airflow velocity and airflow distribution, noise and vibration, lighting, and static control are within a certain demand range. No matter how the external air conditions change, the room maintains the performance of cleanliness, temperature, humidity and pressure as originally set.
Wow, this sounds like a bit of a cruel question, but it is a vitally important question to ask yourself if you are struggling with your extraction machine and you would like to stop the CUSTOM SOLUTION SERVICES problem.
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In clean area management and quality control, laminar flow interference testing has received much attention, and whether it is only applicable to Class A laminar flow remains to be considered.