Furthermore, the new thermal mass technology means that the entire dryer can be significantly lighter and more compact – the new units require up to 46 percent less installation space and weigh around 60 percent less than conventional thermal mass dryers with 4A molecular sieve on the market.View more
The new refrigeration dryers with molecular sieve , on the other hand, work with an aluminium heat exchanger that combines these two different heat exchanger systems – an air-air heat exchanger between the cold, outgoing compressed air and the warm, incoming compressed air, as well as another compressed air-PCM heat exchanger.View more
They are capable of absorbing a significant amount of heat before melting completely; consider that the same amount of energy is required to change solid ice with a temperature of 0 °C to a liquid as is needed to heat water from 0 °C to 80 °C.View more
configured to deal with maximum temperatures. Under such conditions, the energy requirements for the compressed air dryer can spike dramatically – and account for up to 20 percent of the total energy required for compressed air production.View more
This means that in terms of their overall drying output, they should be designed to be capable of reliable operation even if peak temperature conditions were to prevail 365 days a year. Of course, since this is never the case, more energy must necessarily be invested in compressed air drying than is actually required to meet actual demandView more
The compressor itself only compresses the ambient air. If the compressed air with molecular sieve is not treated properly downstream from the compressor, the condensate it contains will pass unhindered into the compressed air with molecular sieve system. Subsequent cooling of the compressed air with molecular sieve down to the ambient temperatureView more
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