Improve heat transfer performance.
Reduce operational costs and downtime.
Reduce your carbon footprint.
HeatX® is a disruptive technology designed to improve the efficiency and performance of power production, refining, and other industrial heat transfer industries.
Learn how HeatX can save you money and reduce your carbon footprint.
HeatX + Hawaiian Electric Company
HeatX saved the utility an estimated $1.5 million in replacement energy generation per heat exchanger and extended the heat exchanger service frequency from 3-6 months to 30 months.
- Shell and Tube Exchanger: Horizontal, 4-pass, TEMA type BEM containing 1000 x .75” OD x 20’ long SA179 carbon steel tubes
- Over 5-Years in Operation with HeatX: In December 2016, the corroded exchangers were isolated, cleaned and one was treated on-site with HeatX
- Over 30 Months of Trouble-free Service: HeatX enabled HECO to skip 5 heavy cleaning and maintenance cycles on the unit

Calculate Your Emissions with HeatX
If applied at a global scale, HeatX® can reduce CO2 emissions by as estimated 1.45 billion metric tonnes per year by improving power generation efficiency.
- Reduce your carbon emissions without changing your power generation equipment or operations
- Burn less fuel needs to generate the same amount of energy output, lowering both consumption costs and CO2 emissions
- Cut power generation cycle back pressure by 1/2 with HeatX and improve power generation cycle efficiency

HeatX Technology
HeatX is nano-structured surface treatment technology that enables heat transfer surfaces to effectively repel fouling and protect against corrosion while maintaining thermal transfer properties.
- Improves heat transfer performance efficiency by repelling fouling and mitigating corrosion
- Greatly extends typical maintenance intervals, reducing operational costs and downtime
- Maximizes exchanger performance, reducing your carbon footprint and maximizing output

HeatX Benefits
HeatX increases the efficiency and performance of power plants, refineries, and other industrial heat transfer industries.
- Leverage Existing Infrastructure: HeatX can be easily applied to existing or new heat transfer surfaces to enhance performance
- 15% Reduction: In plant maintenance costs attributable to heat transfer reduction due to fouling
- 3-10% Reduction: In fuel burned to generate the same amount of energy. Studies have show that heat transfer efficiency losses due to fouling can contribute to a 3-10% increase in fuel consumption
- 90% Reduction: In plant maintenance down-time by reducing the frequency of heat transfer equipment servicing with HeatX®

The latest on HeatX
Updates and news from HeatX and our partners