In steel plants the heat source and heat sink may be at a large distance from each other. Our process engineers are available to discuss different options with you. Do you want to learn more about the Acid Dew Point and about how cooling through the acid dew point increases your energy efficiency? Please download the White Paper or contact us.
STEEL PRODUCTION – FLUE GAS HEAT RECOVERY – ENERGY EFFICIENCY
In the steel industry, significant amounts of energy are lost via the stack. Stack losses are concentrated and therefore a great place to recover heat. However, acid dew point corrosion has been stopping operators from recovering this heat. But not any longer! Interested to recover more heat from your flue gas from your coke oven, blast furnace, sintering plant, boiler, power plant or hot strip mill? Download our white paper to learn more.
Where can you monetize the recovered heat?
Transfer it into:
- Air with an Air Preheater (APH) to heat up Combustion or Drying Air
- Water with an Economizer (ECO) to heat up (process) water
How much heat can you recover?
That will depend on:
- The amount of flue gas
- Its temperature
- The flue gas composition
- The flow and temperature of the cooling medium
What does that mean for you?
- Energy savings
- CO2 emission reduction
- Investment with short payback time
If you want to discuss any of these solutions, please contact us.
Does your fuel contain sulphur or your flue gas contain potentially corrosive components?
Are you concerned about acid dew point corrosion? The solutions are:
- Polymer Air PreHeater - APH
- Polymer Economizer - ECO
Corrosive flue gas is no longer a showstopper for heat recovery White paper of 14 pages
