Our Solutions Heat Exchangers
HIGH PERFORMANCE POLYMER ADVANCED GRAPHITE
Designed in Germany
Engineered for highly corrosive, high-duty heat transfer applications
Heat exchangers are among the most critical and failure-sensitive equipment in chemical, pharmaceutical, and metal processing plants. When exposed to aggressive chemistries, high temperatures, and cyclic operating conditions, conventional metallic and graphite exchangers often suffer from corrosion, fouling, leakage, and premature mechanical failure — leading to unplanned shutdowns, contamination risk, and high lifecycle cost.
Concord Enviro H-XTREME™ Heat Exchangers are purpose-engineered to address these challenges through an advanced high-performance polymer reinforced with graphite (HPP) tube technology, delivering superior corrosion resistance, thermal performance, and long-term reliability.
Solutions
We offer non metallic heat exchangers for various corrosive applications.
Key Features & Performance Highlights
Assembly, installation, and after-sales support are provided by Concord Enviro, ensuring end-to-end accountability.
Operating Envelope – Tube Options
| Tube Type | Design Temperature | Design Pressure |
|---|---|---|
| HPP-1 | –20 °C to +250 °C | –1 to +6 bar g |
| HPP-2 | –20 °C to +90 °C | –1 to +6 bar g |
For applications outside standard limits, custom-engineered solutions are available based on specific process parameters.
Corrosion & Chemical Resistance
HPP tube technology has been rigorously tested in highly corrosive media at elevated temperatures, demonstrating excellent resistance without material degradation — unlike conventional metallic tubes.
Compatibility testing of actual process fluids is strongly recommended at the Concord Enviro laboratory.
Flue Gas Heat Exchanger
Turn Waste Heat into Usable Energy
Recover valuable energy from flue and exhaust gases with our high-efficiency, corrosion-free condensing heat exchangers — engineered to maximize thermal and latent heat recovery while delivering substantial fuel and operating cost savings.
Up to 30–40% of fuel energy is typically lost through flue and exhaust gases. Our technology captures this lost energy and converts it into useful hot water or process heat, improving overall plant efficiency and sustainability.
Product Gallery
High-efficiency condensing heat exchangers built for flue and exhaust gas recovery.
Key Advantages
Typical Applications
Let's engineer reliability into your process.
For standard models, custom configurations, or material compatibility studies, tell us about your duty and our engineering team will size the right unit.
let's start optimising your water management strategy today!