Waste heat recovery systems
for Flue gas and Exhaust air
Corrosion and fouling problems limit heat recovery in the industry. We engineer corrosion and fouling resistant heat recovery systems for your plant, so you can recover more heat.
20% of energy is wasted via flue gas leaving the stack or chimney
What is keeping you from recovering this waste heat?
Complexity?
Determining the best way to lower your energy consumption is complex.
Corrosion or fouling?
Your flue gas or exhaust air is potentially corrosive or fouling.
Business case?
HeatMatrix engineers and manufacturers heat exchangers to recover industrial heat and improve energy efficiency
Save energy on your thermal process
Recover waste heat - that is now lost - from flue gas or exhaust air
- Technical assessment by process engineers
- Corrosion and fouling resistant systems
- 3 - 5 years Payback time
Applications for our industrial heat exchangers
Thermal Processes
Boiler efficiency increased 4%
"HeatMatrix polymer APH technology gave us the opportunity to recover additional heat from the flue gas of our steam boiler and make our process more sustainable. After installation of the polymer APH, our boiler efficiency increased with 4% and no corrosion issues occured since then."
8% energy reduction on dryer
"The HeatMatrix polymer Air PreHeater has proven to be a robust solution. After installation of the polymer APH system, the energy consumption of our dryer decreased by 8% without any corrosion issues."
4% furnace efficiency increase
"We are planning to reduce our carbon footprint. Improving the efficiency of our fired heaters will be an important contributor in achieving this target. Therefore we have implemented a polymer AirPreHeater of HeatMatrix on one of our fired heaters."
6% boiler efficiency increase
"We have been focusing on sustainable production for many years now. The energy lost via the flue gas of the steam boiler caught our attention. This study shows the potential of the HeatMatrix polymer Air PreHeater to overcome our corrosion challenges and recover a significant amount of waste heat."
No corrosion and fouling problems
"The HeatMatrix polymer APH is a good solution for heat recovery from ovens within the ceramics industry. Problems like corrosion and fouling are not observed with the HeatMatrix APH. Therefore we expect that the system will play an important role in the sustainability roadmap of our industry."
Oven gas consumption reduced by 20%
"Installing the HeatMatrix Air Preheater resulted in energy savings of 20% in natural gas consumption. Furthermore, the temperature distribution of our oven improved, which resulted in more stable operation and a reduction in baking time.".
Industrial energy
efficiency
Up to 20% of industrial heat is lost via flue gases and exhaust air leaving the stack or chimney. Waste heat recovery improves industrial energy efficiency.
Waste heat recovery from Flue gas
A significant reduction in CO2 emissions, energy consumption and operational costs is possible with waste heat recovery from flue gas and exhaust air. Extract more heat from your flue.
Advanced industrial heat exchangers
HeatMatrix engineers and manufactures advanced industrial heat exchangers to recover more waste heat. Also from corrosive and fouling flue gas and exhaust air.
HeatMatrix Knowledge Center
Our most popular resources about waste heat recovery from flue gas and exhaust air.
