faults and solutions

This article will guide you through the fundamental steps of designing a compressed air system, from assessing needs to selecting system components, and ensuring maximum energy efficiency, offering a thorough design guide.

Heat recovery from air compressors is a very environmentally friendly and energy-saving method, and is currently highly regarded as an energy-saving renovation. It is the process of transferring heat from the high-temperature oil of the air compressor to cold water through technologies such as heat exchange. The cold water is then heated and flows into a heat preservation tank, achieving the goal of heat recovery.

Under the background of the increasing awareness of global environmental protection, how to achieve high efficiency and energy saving of industrial production has become an important issue faced by the majority of enterprises.

Surge is an inherent characteristic of centrifugal compressors, and the sole direct cause of surge is a reduction in the inlet flow rate.

Energy saving in air compressors can be achieved not only by purchasing an energy-saving air compressor, but also by optimizing the air tank and pipeline.

The performance and service life of compressors are significantly influenced by their operating environment, making it crucial to design the compressor room. An air compressor room that meets the standards needs to include multiple factors such as fire prevention, environment, and layout.