How are you doing in this scorching heat? Must be tried and uncomfortable!! Your working tempo must be a little lower than it used to be right?
Ever thought about your compressor? What is its state in this high temperature which is increasing every day?
The effect of intake air on compressor permanence should not be underestimated. Let’s see how inlet air temperature affects the performance of the compressor.
Intake air that is contaminated or hot can impair compressor performance and result in excess energy and maintenance costs. If moisture, dust, or other contaminants are present in the intake air, such contaminants can build up on the internal components of the compressor, such as valves, impellers, rotors and vanes. Such build-up can cause premature wear and reduce compressor capacity.
When inlet air is cooler, it is also denser. As a result, mass flow and pressure capability increase with decreasing intake air temperatures, particularly in centrifugal compressors. This mass flow increase effect is less pronounced for lubricant-injects, rotary-screw compressors because the incoming air mixes with the higher temperature lubricants. Conversely, as the temperature of intake air increases, the air density decreases, and mass flow and pressure capability decrease. The resulting reduction in capacity is often addressed by operating additional compressors, thus increasing energy consumption.
To prevent adverse effects from intake air quality, it is important to ensure that the location of the entry to the inlet pipe is as free as possible from ambient contaminants, such as rain, dirt, and discharge from a cooling tower. If the air is drawn from a remote location, the inlet pipe size should be increases in accordance with the manufacturer’s recommendation to prevent pressure drop and reduction of mass flow. All intake air should be adequately filtered. A pressure gauge indicating pressure drop and reduction of mass flow. All intake air should be adequately filtered. A pressure gauge indicating pressure drop in inches of water is essential to maintain optimum compressor performance.
When an intake air filter is located at the compressor, the ambient temperature should be kept to a minimum, to prevent reduction in mass flow. This can be accomplished by locating the inlet pipe outside the room or building. When the intake air filter is located outside the building, and particularly on a roof, ambient considerations are important, but may less important than accessibility for maintenance in inclement or winter conditions.