Consulting solutions across every energy and water flow
From a single utility to a fully integrated plant — we optimize both the capital you spend and the energy and water you consume through rigorous second-law thermodynamic analysis.
Thermodynamic Engineering in Action
Select any of our core industrial streams to view simulated exergy recovery, equipment configurations, and verified performance benchmarks.
Exergy Solutions: How We Transform Industrial Efficiency
Turn Wasted Energy & Water Into Bottom-Line Profit
We are all about Reduce — engineering thermodynamic efficiency into every heating, cooling, drying, and water system.
Chilled water, refrigeration and HVAC networks re-engineered for minimum exergy loss and lower peak demand.
Our 9 Engineering Solutions
Each service is engineered with guaranteed performance metrics and turnkey implementation.
Cooling optimization
Chilled water, refrigeration and HVAC networks re-engineered for minimum exergy loss and lower peak demand.
- Chilled water & cooling tower balancing
- Refrigeration cycle exergy recovery
- Lower peak electricity demand charges
Heating & steam
Boiler, steam and hot-water systems integrated with heat recovery to reclaim energy otherwise sent to atmosphere.
- High-pressure to low-pressure steam exergy preservation
- Flue-gas economizer & condensate heat recovery
- Steam trap monitoring & flash steam reuse
Drying processes
Thermal and mechanical dewatering redesigned to cut the single largest energy cost in paper and processing.
- Mechanical vs thermal dewatering pinch balance
- Hood exhaust heat recovery & heat pumps
- Target moisture uniformity controls
Water quality
Surface water bodies, effluent treatment and desalination improved through low-energy, regenerative treatment trains.
- Energy recovery devices (ERDs) in high-pressure RO
- Closed-loop process water regeneration
- Low-energy biological effluent treatment
Waste-heat recovery
Cascade low-grade heat between processes so one stream reject becomes another supply.
- Thermal pinch matching for source-to-sink cascading
- Organic Rankine Cycle (ORC) power generation
- Industrial absorption chillers driven by waste heat
Process integration
Whole-plant pinch and exergy integration unifying capex and opex decisions across energy and water.
- Comprehensive plant-wide pinch analysis
- Combined utility network optimization
- Capex right-sizing before capital expansion
Engineering Design and Consultancy Services for Water, Wastewater and Desalination Systems
Front-end engineering design (FEED), hydraulic network modeling, and thermodynamic optimization for industrial effluent, municipal treatment, and SWRO desalination plants.
- Front-End Engineering Design (FEED) & hydraulic network modeling
- SWRO isobaric energy recovery device (ERD) optimization
- Membrane fouling mitigation & chemical dose balancing
Water Treatment Systems Design, Installation and Maintenance
Turnkey design, modular skid fabrication, precision site installation, and predictive maintenance for industrial process water and high-purity treatment trains.
- Turnkey modular skid fabrication & site installation
- Ultrafiltration (UF) & brackish reverse osmosis (BWRO)
- Continuous electrodeionization (CEDI) for boiler feedwater
Municipal Wastewater Treatment, Reuse and Resource Recovery Systems
Advanced biological nutrient removal (BNR), membrane bioreactors (MBR), and resource recovery converting wastewater into high-grade reusable TSE and biogas energy.
- Advanced biological treatment (MBR & MBBR) with BNR
- High-purity TSE reclamation for district cooling & irrigation
- Biogas generation & anaerobic digester energy recovery
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.