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Method for designing compressed air booster system for workshop building

Mar 20, 2020

When designing a compressed air booster system for the workshop and workshop of an industrial enterprise, various factors need to be considered. A well-conceived design of a compressed air booster system helps improve the reliability and efficiency of the pneumatic booster pump and its auxiliary equipment, and reduce The occurrence of leaks and pressure drop events will extend the life cycle of the compressed air booster system and minimize the overall cost.


DGS-DGM02 Pneumatic Air Booster System

First of all, the editor of Dongguan Suncenter will briefly describe the environmental aspects:

Pneumatic compressed air booster system performance may vary depending on environmental conditions. Before selecting an air booster system, it is important to understand the ambient temperature, relative humidity (RH) and dust load in the air of the workshop. Ambient air may also contain corrosive gases such as hydrocarbons, hydrogen sulfide (H2S) or ammonia (NH3). These gases require a suitable filtration system to protect the compressed air equipment. Mastering this information can help Dongguan Suncenter fluid control equipment experts make more informed decisions when designing the best solution for the needs of the plant.

Then, the "centralization" and "decentralization" of the equipment also have a certain impact.

Both centralized and decentralized installations of compressed air booster systems have their advantages. When the compressed air required by the workshop must be near its application, the compressed air booster system needs to be installed separately, such as air injection, pneumatic fluid delivery, laser cutting, and other application conditions that require the compressed air booster system to be close .

In most cases, the “centralized” compressed air booster pump system is favored because of its higher energy efficiency and lower maintenance costs. Although centralized installation makes the overall floor area look larger, fewer related accessories are used because its air intake filtration, ventilation requirements, cooling water treatment, air cooling and drying are all located in the same area, so users can save labor and routine Maintenance time.