Airflow Demand
- Analyze total air consumption
- Consider future expansion
- Identify critical applications
- Optimize system configuration
A reliable compressed-air system should be designed around the actual production process rather than only the rated power of the compressor.
The right configuration depends on airflow demand, operating pressure, load variation, air quality, plant layout and required redundancy.
A stable industrial compressed-air supply depends on correct matching between compression, storage, treatment, distribution and control.
Kaishan can support complete factory compressed-air configurations.
The compressor is only one part of a reliable factory compressed-air system.
Air treatment and distribution components help protect production equipment and maintain the required air quality.
Kaishan compressed-air systems can support a wide range of industrial applications.
Compressed air can represent a significant part of industrial electricity consumption.
Improving system efficiency requires more than installing an efficient compressor.
Analyze and monitor your actual air usage.
Optimize pressure settings for better efficiency.
Detect and repair leaks to save energy.
Use VSD and intelligent control systems.
Reduce pressure drop across the system.
Reuse waste heat for energy savings.
A reliable system should be evaluated according to production demand, energy efficiency and long-term operating requirements.
A compressed-air system should be maintained according to equipment condition, operating hours and production requirements.