“Glass reactor is an ideal production equipment for the modern fine chemical, pharmaceutical and biological synthesis of new materials.”
Only 10% of the electrical energy consumed by the air compressor is converted into compressed air, while the remaining 90% is converted into heat energy. This shows that compressed air is ten times more expensive than electricity, but this aspect is often overlooked. In most factories, there is always the sound of air leakage, but no one pays attention to it. If we solve the leakage problem, we can save a significant amount of energy. Therefore, when you hear air leakage, take timely measures.
Connecting a heat recovery system can effectively utilize the heat generated during the operation of the compressor, achieving energy conservation and emission reduction.
Using variable frequency control technology can significantly reduce electricity consumption.
Set the compressor to start/stop according to the actual air consumption and pressure requirements.
Inspect the equipment for any air leaks, and close valves when air is not in use to reduce waste.
Choose energy-saving products when selecting air compressors. Consider the required pressure to meet normal production needs. For example, if a pressure of 0.3MPa can meet the production requirements, choosing a 0.7MPa compressor would be wasteful. Additionally, pay attention to whether the product is rated as Class II or Class III energy efficiency!