References

Heat Recovery

.

Industrial energy efficiency is the lowest cost carbon abatement option. There are abundant opportunities for new and retrofit projects worldwide. It is a global trend, which started in countries with high energy prices, but is now spreading around the world.

ERK’s boilers cover a very wide spectrum of heat recovery systems, ranging from units using clean exhaust gases, such as from gas turbines and engines to complicated exhaust gases, such as from steel or cement plants.

To lower equipment costs our boiler systems can also eceive exhaust gases from multiple heat sources. These clients include small industrial as well as utility HRSGs (heat recovery steam generators).

more than
270
References

Special Feature

Boilers capable of handling a cooling rate of 240 K per second, multiple heat sources per HRSG

Largest parameters
max
232
MW
/
540
°C
/
132
BAR
Smallest parameters
min
0,1
MW
/
100
°C
/
3
BAR
Working Fluids

  • hot water
  • steam
  • thermal oil
Heat Sources

  • gas turbines
  • engines
  • cement plants
  • calcination plants
  • electric arc furnaces
  • sponge iron kilns
  • copper & iron smelting
  • glass ovens
  • thermal oxidiser
  • industrial furnaces
HRSG Configuration

  • heat recovery only
  • supplementary firing
  • fresh-air firing
  • horizontal design
  • vertical design
.
Related References
Belgium, Brüssel, Stein Energie Chaudieres Industrielles
Belgium, Brüssel
Stein Energie Chaudieres Industrielles
Boiler Systems
Multi-Fuel
Boiler
Germany, Berlin, ZAE Bayern
Germany, Berlin
ZAE Bayern
Research & Development
Heat Recovery
R & D
Japan, Aichi, Tenova
Japan, Aichi
Tenova
Engineering
Heat Recovery
Engineer
Thailand, Johar Baharu, Gasco
Thailand, Johar Baharu
Gasco
Engineering
Heat Recovery
Engineer
Germany, Reutlingen
Germany, Reutlingen
Gasco
Tube Systems
Heat Recovery
Tube
Germany, Berlin
Germany, Berlin
Gasco
Research & Development
Heat Recovery
R & D
.
More fuels
.
.