High-capacity heat transfer for maximum energy recovery from chemical process exhaust streams.
Wide operating temperature range covering all chemical process flue gas conditions.
Contact
Advanced flue gas water recovery with self-draining condensate management and smart control.
Chemical Processing
Condensation
EcoRec condensers for flue gas condensation, solvent recovery, and emission reduction.
Purpose-built EcoRec direct contact condensers for chemical processing environments. Recover water and heat from flue gas streams, capture solvent vapours for reuse, and reduce stack emissions — meeting regulatory compliance while cutting operational costs.
Chemical Processing
Applications
Select an application to see how EcoRec condensers address your specific recovery and emission requirements.
Chemical process heaters and boilers exhaust hot flue gases containing substantial water vapour and recoverable heat. EcoRec direct contact condensers cool these gases below dew point, capturing clean condensate and latent heat energy. The recovered heat pre-heats process streams, boiler feed water, or combustion air — while reducing visible plume emissions from stacks.
Chemical-Resistant Materials
Stainless steel 316 with optional special coatings for aggressive chemistries
Self-Draining Design
Advanced weir system prevents chemical residue buildup
ATEX Options
Explosion-proof configurations for hazardous area classifications
Smart Monitoring
Continuous emissions monitoring with automated regulatory reporting
Built for
Chemical Processing
Key advantages of EcoRec condensers for chemical process recovery and emission reduction.
Flue Gas Recovery
Cool exhaust gases below dew point to capture water vapour and latent heat — reducing visible plume emissions while recovering thermal energy for process reuse.
Solvent Reclamation
Condense and recapture organic solvents from exhaust streams for recycling back into production. Reduce raw material procurement costs and VOC emission levels simultaneously.
Chemical Resistance
Full stainless steel 316 construction with optional specialised coatings for aggressive chemical environments. Designed to withstand acidic flue gas conditions for extended service life.
Smart Control System
Real-time monitoring with continuous emissions tracking, automated regulatory reporting, and VSD-driven extraction fan control for optimised recovery rates.
ATEX Compliance
Optional explosion-proof configurations available for installations in hazardous area classifications — ensuring safe operation in chemical processing environments.
Regulatory Support
Continuous emissions monitoring data aids environmental permit compliance. Demonstrate measurable emission reductions for sustainability reporting and corporate ESG commitments.
Your Condenser
Pays You Back
Built-in heat recovery captures waste energy from flue gas condensation and redirects it back into your chemical plant — cutting fuel costs and improving process efficiency.
Waste Heat Becomes
Plant Energy.
Every EcoRec condenser recovers substantial thermal energy during flue gas condensation. Instead of venting that heat to atmosphere, our integrated recovery systems capture it and redirect it back into your chemical plant — pre-heating process streams, generating hot water, or supplementing your existing thermal infrastructure.
Recovered exhaust heat raises incoming water or feed temperatures — reducing your primary boiler fuel consumption by 15–30%.
60–90°C hot water for clean-in-place systems, vessel washing, and process heating — displacing dedicated gas-fired water heaters.
Recovered heat warms combustion air for boilers and process heaters — improving thermal efficiency and reducing fuel consumption.
Low-grade recovered heat feeds into building heating systems — reducing winter heating costs across the facility.
Chemical
Processing
FAQs
Common questions about EcoRec condensers for chemical processing recovery and emission reduction.
Ready to
Recover?
Our engineering team specialises in chemical process condensation. Tell us about your flue gas conditions, solvent recovery needs, and compliance requirements.
- Flue gas condensation
- Solvent recovery systems
- Emission reduction
- ATEX compliance planning