From pretreatment to advanced membrane systems, biological treatment and zero liquid discharge, we engineer complete treatment architectures around your process.
Explore TechnologyEvery treatment plant begins with understanding the water.
Source characteristics, flow, contaminants, recovery targets, discharge requirements and operating conditions all influence the treatment architecture.
Our engineering approach combines proven treatment technologies into integrated systems designed for dependable long-term operation.
Treatment performance depends on how individual processes work together. We design the complete treatment train, rather than isolated equipment.
Understand the raw water or wastewater characteristics.
Remove suspended solids and contaminants that can affect downstream systems.
Apply the primary physical, chemical, biological or membrane process.
Refine water quality to meet the required application or discharge standard.
Recover valuable water and minimize waste wherever technically and economically viable.
The best treatment solution is rarely one technology. We combine technologies according to the characteristics and objectives of each project.
Reliable pretreatment is the foundation of an efficient water treatment plant. We configure systems to protect downstream processes and improve overall plant performance.
Advanced membrane systems for removing dissolved solids, contaminants and unwanted compounds while maximizing recovery and operational efficiency.
Biological treatment technologies designed to efficiently reduce organic loading and treat domestic and industrial wastewater streams.
Advanced oxidation processes for challenging contaminants, difficult-to-treat wastewater and applications requiring high levels of pollutant removal.
High-recovery systems designed for industries where minimizing liquid discharge and maximizing water recovery are critical.
Intelligent automation and monitoring systems that provide operators with visibility, control and improved plant reliability.
A treatment plant should perform consistently after the commissioning team has left.
That means equipment selection, instrumentation, accessibility, controls, energy consumption and maintenance requirements must all be considered during engineering.
Share your water characteristics, flow requirements or project objectives with our engineering team.
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