PME added values with respect to cooling systems:
- We check and validate the machinery layout to increase efficiency.
- We make studies that determine which type of cooling setup is the best match
- Which systems can be implemented to increase cooling efficiency and reduce energy losses.
Tempering devices
Tempering devices
Local machine tempering devices
Local machine tempering devices
Stainless tanks – Waterstorage coolingsystems
Stainless tanks – Waterstorage coolingsystems
Pompmodules for industry coolingprocesses
Pompmodules for industry coolingprocesses
Industry chiller cooling system
Industry chiller cooling system
Adiabatic central cooling system
Adiabatic central cooling system
Container Cooling
Container Cooling
Central cooling system
With central cooling, 1 chiller sends cooling to multiple consumers throughout the production.
Consumer A
Consumer B
Consumer C
Consumer D
Consumer E
Central cooling system
Advantages
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Higher efficiency when a similar temperature is required throughout production.
-
Contains high-quality screw compensators that last longer.
Decentralized cooling system
Decentralized cooling has multiple chillers that cool separate consumers separately.
Consumer A
Consumer B
Consumer C
Decentralized cooling system A
Decentralized cooling system B
Decentralized cooling system C
Advantages
-
Multiple temperature set points possible
-
Less frequent maintenance required compared to central cooling
-
The regulation and controls can be simplified.
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Cooling is tailored to each specific part of production
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The system can later be moved and used for other cooling purposes
