Engineered water filtration, separation, and treatment systems — each configurable to your specific water chemistry, flow rates, and site conditions. Click any product to view the full process schematic and specifications.
8 products shown
High-Efficiency Oil-Water-Gas Separation
Best-in-class oil-water-gas separation for high-volume produced water streams. Wellsite-ready, handles variable inlet conditions with consistent outlet water quality.
Dissolved Air Flotation for Produced & Refinery Water
Removes dispersed oil, suspended solids, and biological material with exceptional throughput, minimal footprint, and low chemical consumption.
Deep-Bed Anthracite-Sand-Garnet Filtration
Staged beds of anthracite, silica sand, and garnet remove suspended solids, iron, and silica to single-digit NTU — protecting downstream membranes and injection wells.
High-Rejection Reverse Osmosis for Oilfield Brines
Ultra-pure water from high-TDS produced water and formation brines. Purpose-built pre-treatment and anti-scalant dosing for challenging feed water chemistries.
Precision Multi-Chemical Injection Skid
Integrates scale inhibitor, corrosion inhibitor, biocide, and oxygen scavenger dosing into a pre-engineered skid with metering pumps, day tanks, and automated control.
Complete Factory-Tested Modular Treatment System
Complete water treatment plants in ISO container frames — pre-piped, pre-wired, factory-tested for immediate deployment in remote or temporary production environments.
0.02µm Absolute Barrier Membrane Filtration
PVDF hollow-fiber UF systems provide an absolute barrier to turbidity, bacteria, and colloids. Compact skid design — ideal for permanent facilities and well-site RO pre-treatment.
Zero Liquid Discharge for High-Salinity Brines
MVR evaporators concentrate high-salinity produced water and refinery brine to crystalline solids — achieving true Zero Liquid Discharge and eliminating Class II injection wells.
Our applications engineers design bespoke treatment trains for unique water chemistries, flow rates, and space constraints.