Air Compressors

According to ISO 8573-1, compressed air is considered oil-free if its oil content (including oil vapour) is less than 0.01 mg/m³. It’s crucial to consider local ambient conditions, as the quality of the compressor intake air can be affected by various contaminants in the environment.

Compressed air works like a vacuum, drawing in contaminated air, which concentrates the contaminants during compression. Without treatment, these contaminants are passed into the compressed air network, which can damage machinery and affect performance.

Genuine spare parts, professional routine maintenance conducted by specialist engineers and proper treatment of compressed air, can ensure the system’s long-term reliability, reducing operational issues and enhancing system efficiency.

Heat recovery systems can recover up to 96% of the electrical energy consumed by compressors. This energy can be reused for space heating, hot water (typically 72% energy recovery), or drying applications, offering significant cost savings and energy efficiency.

Proper planning involves deciding between centralised or decentralised systems, ensuring correct pipework sizing, and ensuring the system is designed for maximum energy efficiency while maintaining the required pressure throughout the network.