Industrial Heat Recovery

FLU-ACE™ heat recovery system delivered up to 5,200 MWh of annual energy savings, reduced CO₂ emissions by approximately 977 tonnes per year, and recovered up to 2.5 MW of waste heat while maintaining uninterrupted production in a dust-laden industrial drying environment.

FLU-ACE™ delivered a payback of under two years, reduced CO₂ emissions by over 3,300 tonnes per year, cut natural gas use by approximately 1.73 million m³ annually, and recovered more than 2.4 MW of energy on average while improving CHP efficiency by over 10%.

FLU-ACE™ delivered approximately $740,000 in annual savings, reduced CO₂ emissions by around 1,280 tonnes per year, and recovered 586 kW of waste heat.

FLU-ACE™ and HeatSponge™ heat recovery systems are delivering approximately 8 million litres of annual water savings, reducing CO₂ emissions by over 1,800 metric tonnes per year, and achieving a payback period of under four years in a large-scale U.S. brewery.

FLU-ACE™ reduced fuel use by 30%, cut carbon emissions by approximately 550 tonnes per year, delivered around £170,000 in annual savings, and achieved up to 90% reductions in particulate matter and acid gases.

PERCO-ACE™ and FLU-ACE™ delivered over 32,900 MWh of annual energy recovery, reduced CO₂ emissions by more than 6,100 tonnes per year, achieved payback in under one year, and enabled full decommissioning of ageing boilers.

FLU-ACE™ delivered up to 1 MW of recovered energy, reduced CO₂ emissions by approximately 1,500 tonnes per year, cut natural gas consumption by around 75%, and increased boiler efficiency by roughly 20%.

FLU-ACE™ delivered over 15,000 tonnes of CO₂ savings to date, recovered more than 2.7 MW of energy across four systems, and eliminated electric cooling load while supporting net-zero objectives.

Installed FLU-ACE™ heat recovery and economisers to capture CHP exhaust energy, cutting gas use by 22%, reducing CO₂ by 1,325 tonnes, and saving 3.2 GWh annually with payback in under two years.

FLU-ACE™ delivered 3,138 MWh per year in energy savings, reduced CO₂ emissions by 581 tonnes annually, and achieved a return on investment of under 2.5 years.

FLU-ACE™ delivered a 32% annual energy reduction, £126,500 in energy savings within 12 months, and up to 660 tonnes of CO₂ savings per year while significantly reducing NOx, SO₂, and particulate emissions.

$94K per year in natural gas savings delivered through thermal oxidizer heat recovery.

Increased boiler efficiency from 77% to 86%, reduced flue gas temperatures to 23°C, delivered approximately £40,000 in annual energy savings, and cut carbon emissions by 145 tonnes per year.

Improved boiler efficiency by 11.39%, reduced flue gas temperatures from 230°C to 25°C, delivered approximately £30,000 in annual energy savings, and cut carbon emissions by 151 tonnes per year.

FLU-ACE™ delivered over 100,000 MMBtu of recovered energy per year, generated approximately $1.4 million in annual fuel savings, and reduced CO₂ emissions by more than 10,400 tonnes annually while significantly cutting NOx and SO₂ emissions.

FLU-ACE delivers approximately 50 MMBtu per hour of recovered energy, frees up 50,000 lb/hr of steam for power generation, produces around 2,000 US gpm of hot water at 60°C, and provides a lower-cost alternative to additional fuel drying at an integrated tissue and pulp mill.

FLU-ACE™ heat recovery system delivered up to 5,200 MWh of annual energy savings, reduced CO₂ emissions by approximately 977 tonnes per year, and recovered up to 2.5 MW of waste heat while maintaining uninterrupted production in a dust-laden industrial drying environment.

FLU-ACE™ reduced natural gas use by 30%, recovered up to 90% of flue gas heat, and significantly lowered emissions.

FLU-ACE™ reduced natural gas consumption by 20%, cut greenhouse gas emissions by 20%, and eliminated 704 tonnes of CO₂ per year while significantly lowering SO₂ and particulate emissions.

GEM™ Steam Traps and FLU-ACE™ heat recovery delivered over £1.5 million in cumulative savings, reduced fuel consumption across three 24/7 hospital sites, and cut more than 650 tonnes of CO₂ per year.