Waste-heat recovery
Cascade low-grade heat between processes so one stream reject becomes another supply.
Thermodynamic Video Walkthrough
Examine where useful exergy is destroyed in nominal systems and witness how our turnkey intervention restores optimal thermodynamic performance.
Pinch Cascading & Organic Rankine Cycle Systems
Thermographic and mass-flow analysis of high-temperature exhaust stacks and furnace discharge.
Using low-boiling-point working fluids to generate on-site zero-emission electricity from 110°C heat.
Producing 7°C chilled water using waste heat to displace electric centrifugal chiller loads.
What We Do & Where Waste Occurs
Why Conventional Audits Fail and How Exergy Succeeds
Exergy of a heat stream depends on its temperature relative to ambient: Ex = Q · (1 - T₀/T). Rather than venting thermal energy below 150°C as 'unusable', we match low-temperature sources to appropriate heat sinks, producing electricity, hot water, or absorption refrigeration.
Key Intervention Vectors
Performance KPI Benchmark
Converts 8–18% of low-grade thermal waste into on-site net electrical power or 65% into sub-ambient refrigeration.
Contractual Guarantee
20 to 30 months, unlocking clean distributed power and permanent boiler/chiller opex reduction.
Turnkey Equipment & Engineering Scope
Turnkey Delivery with Guaranteed Savings
Every optimization project implemented by Exergy Solutions is backed by contractual performance guarantees measured against baseline utility instrumentation under IPMVP protocols.
Other Services
Ready to see what your plant is really losing?
Book a no-obligation exergy assessment. We’ll quantify the opportunity and back our implementation with a performance guarantee.