How AirSmart is improving compressed-air systems?
Production continuity by:
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pressure stabilization.
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emergency compressed air supply.
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Better quality compressed air.
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Eliminating sudden pressure drops.
Energy savings by:
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Reducing working pressure to the minimum required by consumers.
@7 bar reducing 1 bar = 7% of compressor consumption
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Reducing air leakages by reducing air pressure.
@7 bar reducing 1 bar = 12% less leakages.
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Reducing pressure drop on dryers & filters, because of stable flow and significantly reduce the peaks through the components.
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Compressors operate mostly around its best efficiency point.
Reduce idle(unload) time , reduce starts/stops, centrifugal and reciprocating compressors works mostly @ 100% flow even when the consumers flow fluctuates.
Compressed air equipment CapEx & OpEx savings:
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Compressor & dryer longevity.
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Reducing the number of compressors in operation.
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Reduce the need to purchase compressors.
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Reduce compressors, dryers and filters size.
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Reduce equipment running hours.
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Increase equipment redundancy.
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Reduce equipment footprint.