Energy & Heat Recovery
Air-to-Air Heat Exchanger Provides Plant Heat and Big Savings
A food processing facility was looking at additional ways to further reduce their operating cost of a newly installed Regenerative Thermal Oxidizer (RTO).
Air-to-Water Heat Exchanger Reduces Operating Costs by $120,000 per Year
Relocating this unit to a new pharmaceutical facility represented some challanges but also some opportunities for efficiency upgrades.
Oxidizer Energy Recovery Options
The mainstream media today is full of allusions to energy awareness and conservation. Just as visible these days are media references to astronomical dollar figures that can boggle the mind.
Rising fuel and electric costs, along with global warming concerns have changed the way industrial facilities view energy consumption. Process equipment and air pollution control systems that were installed several years ago may not reflect the energy conscious designs available today, analyzing these systems to determine energy reduction opportunities can be a very valuable practice. Recovering waste heat is one of the easiest and most utilized means of reducing energy demands at industrial facilities.
Some of the equipment being used to accomplish these goals are the same energy recovery products that Anguil has been supplying since 1978:
- Air-to-Air Heat Exchangers (Shell & Tube, Plate Type)
- Air-to-Water Heat Exchangers (Economizers)
- Air-to-Steam Heat Exchangers (Waste Heat Boilers)
- Air-to-Fluid Heat Exchangers (Oil, Glycol Loop)
- Power Generation (CHP-Combined Heat and Power)
- Energy Audits
With a custom designed heat exchanger system from Anguil, you can utilize exhaust heat from energy consuming processes or exhaust stacks and return it as process air, preheated combustion air or plant heat. From the smallest exhaust stream (100 SCFM) to the largest of exhaust streams (>100,000 SCFM), the Anguil family of heat exchangers can help you achieve up to 80% heat recovery. Trust Anguil to design the most cost-effective solution for your specific process.