​EPCON is positioned as one of the leading suppliers of evaporation technologies to the Nordic market.  EPCON has developed unique energy efficient technical solutions and products for a number of separation and purification processes. EPCON delivers the evaporator technology listed below, either as standalone units or in combined systems. 

​EVAPORATORs

Falling   film   evaporators 

Energy efficient evaporation
Reliable technology for low and medium viscosity
Low liquid retention time
Typical energy consumption 10 – 25 kWh/t
​evaporated mass with MVR



For more detailed information, see our downloads.  

Forced   circulation   evaporators 

Energy efficient evaporation
Used for high viscosity liquids
Typical energy consumption 25 – 50 kWh/t
​evaporated mass with MVR



For more detailed information, see our downloads. 

Combined   evaporators

Energy efficient evaporation
Combining benefits from falling film and forced circulation evaporators
Typical energy consumption 15 – 30 kWh/t evaporated mass with MVR
MVR, exhaust vapor, multiple effect, live steam or a combination thereof


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For more detailed information, see our downloads. 

Flash   coolers

Flash cooling is particularly suitable for viscous and sensitive liquids, often with a high content of dry solids. Cooling is instantaneous with no use of heated surfaces which could lead to fouling. In many cases this technique ensures high quality of the final product due to the rapid cooling.

For more detailed information, see our downloads. 

 Compact   Evaporator

MVR with compact fan(s) or blower
Open or closed design
Up to 4000kg/h evaporation
Climbing film or forced circulation
Standard components
Different pipe standards possible
Designed to be suitable for a variety of applications
Industrial or food grade design​

For more detailed information, see our downloads. ​

MVR   Heatpump / Heat   recovery 

Heat pump based on water vapor refrigeration medium
Heat output: 200 kW to >100 MW
Water vapour can be supplied as energy output
Energy source temp: 50-200°C
Energy supply temp: 60-210°C
COP (Coefficient Of Performance): ~4 to >20 ​

For more detailed information, see our downloads. ​