Reduce process energy and utility costs.
The expensive part of a steam system may be heat that leaves without useful recovery. An evaporator may consume fresh steam to do work that recovered vapor could support. A vacuum system may operate at a deeper level than production actually needs. The right investment is different in each case.
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These links lead to the same detailed solution pages, with full capabilities, operating limits and implementation information.
MVR evaporation
Reduce evaporator steam demand by reusing process-vapor heat. Explore mechanical vapor recompression retrofits and replacements for industrial evaporation.
Steam & condensate
Reduce boiler fuel, make-up water and treatment demand with condensate return, steam-trap improvements and flash-steam heat recovery for industrial plants.
Industrial vacuum
Cut unnecessary vacuum-pump power and running hours with leakage repairs, pump sequencing, demand controls and modernization around your production needs.
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Steam leaving the process should be accounted for.
Condensate return and steam-system improvements can reduce the demand for boiler make-up water, heating energy and chemical treatment where the operating conditions support recovery. Start with pressure, temperatures, condensate volumes and steam production cost.
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Reuse evaporation energy where it makes engineering sense.
Mechanical vapor recompression uses energy from vapor already generated by an evaporator. The economics depend on how much water is evaporated, solution characteristics and the difference between steam and electrical costs.
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Match industrial vacuum to actual process demand.
An inefficient or poorly controlled vacuum system can use avoidable electrical energy. Compare vacuum duty, leak losses, pumping technology and maintenance before choosing an upgrade.
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Bring the operating problem and the records behind it.
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