Energy- and water-intensive, made efficient

Chilled water, refrigeration and HVAC networks re-engineered for minimum exergy loss and lower peak demand.

Boiler, steam and hot-water systems integrated with heat recovery to reclaim energy otherwise sent to atmosphere.

Thermal and mechanical dewatering redesigned to cut the single largest energy cost in paper and processing.

Surface water bodies, effluent treatment and desalination improved through low-energy, regenerative treatment trains.

Cascade low-grade heat between processes so one stream’s reject becomes another’s supply.

Whole-plant pinch and exergy integration unifying capex and opex decisions across energy and water.

Front-end engineering design (FEED), hydraulic network modeling, and thermodynamic optimization for industrial effluent, municipal treatment, and SWRO desalination plants.

Turnkey design, modular skid fabrication, precision site installation, and predictive maintenance for industrial process water and high-purity treatment trains.

Advanced biological nutrient removal (BNR), membrane bioreactors (MBR), and resource recovery converting wastewater into high-grade reusable TSE and biogas energy.