Case studies


Efficient management of steam trap systems
Ten to fifteen percent of our traps will breakdown once each year. This causes significant energy loss, reduced productivity and frequent exchanger breakdown. If the steam traps are not regularly monitored and repaired, the problem gets worse from year to year...

Download this case study (PDF | 165 Ko)

Concentrate recovery from distillers
Do you pour concentrates from your distillation columns down the drain? That's too bad because they could be sent back to your condensate return. This would save you energy and allow you to avoid wasting cooling water...

Download this case study (PDF | 357 Ko)

Elimination of water hammers
Water hammers are often the worst nightmare of steam system managers because they cause mechanical failures, fears about personal safety and hygiene problems in buildings. And yet, they are natural thermodynamic phenomena associated with a biphasic mixture (steam/condensates). Water hammers can be easily eliminated through in-depth analysis of their causes...

Download this case study (PDF | 194 Ko)

Increase of boiler combustion air temperature
Among the ideas to improve the yield of your boiler, increase of combustion air temperature is one of the easiest to implement and most profitable. A shaft of only a few meters sucks up air in the ceiling above the boiler, thus ensuring the highest possible air temperature...

Download this case study (PDF | 158 Ko)

Injecting Flash Steam in Main Distribution Line
Flash steam recovered from the main condensate return was re-injected into low pressure steam feeding line.

Download this case study (PDF | 199 Ko)







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