The full spectrum of water-treatment technology
for oil, gas & petrochemicals

Gravity-based rectangular basin that separates bulk free oil, settleable solids and water by density difference — the robust first stage of nearly every oily-water train.

Inclined corrugated-plate pack that shortens the distance an oil droplet must rise — delivering API-class separation in a fraction of the footprint.

Static centrifugal de-oilers that spin produced water at thousands of g — separating dispersed oil with no moving parts in a compact, deck-friendly package.

Micro-bubble flotation that lifts emulsified oil, light solids and chemical floc to the surface — the workhorse secondary de-oiler for emulsified streams.

Layered anthracite–sand–garnet beds that strain residual suspended solids and oil to protect membranes and ion exchange downstream.

Deep-bed crushed-walnut-shell media with a natural affinity for oil — the produced-water polishing filter that scrubs clean and recovers full capacity.

High-surface-area media that merge fine dispersed oil droplets into large, easily separated drops — a low-pressure-drop enhancer for gravity de-oiling.

Replaceable fabric bags in pressure housings for low-cost, high-flow removal of coarse suspended solids — simple frontline particulate protection.

Pleated or wound elements with absolute micron ratings — the final guard filter that protects RO membranes and high-purity systems.

Electrically dosed coagulation that breaks the toughest stable emulsions and precipitates heavy metals — without bulk chemical addition.

Pressure-driven membranes (0.01–0.1 µm) that deliver an absolute barrier to suspended solids, oil, bacteria and viruses — the modern RO pre-treatment standard.

Loose membranes (0.001–0.01 µm) that selectively reject divalent ions, hardness, colour and micro-pollutants while passing much of the monovalent salt.

High-pressure semi-permeable membranes that reject dissolved salts and organics to produce near-pure permeate — the backbone of desalination, reuse and ZLD.

Selective resin beds that swap unwanted ions for benign ones — delivering softening, demineralisation and trace heavy-metal capture to ultra-low levels.

Steam-stripping columns that drive dissolved H₂S and ammonia out of refinery sour water — recovering acid gas for the sulphur plant and protecting downstream treatment.

Gas–liquid contact towers that neutralise sour and acid gases and capture particulate — bridging water treatment and emissions control for stripped-gas and vent streams.

High-surface-area carbon that adsorbs trace hydrocarbons, BTEX, colour and refractory organics — the broad-spectrum organic polishing stage.

A powerful selective oxidant and biocide dosed on-site — controls biofouling and oxidises sulphides without forming chlorinated by-products.

Hydroxyl-radical generation (UV/ozone/peroxide/Fenton) that destroys the most persistent organics outright — mineralising what other processes only transfer.

Direct anodic oxidation at dimensionally stable electrodes that destroys refractory organics and ammonia in high-salinity brines — chemical-free advanced oxidation.

UV-activated semiconductor catalysts (TiO₂) that generate reactive radicals from light — a green advanced-oxidation route that breaks down complex organics.

A fill-and-draw activated-sludge process that performs equalisation, biological oxidation and clarification in one tank — compact, flexible biological polishing.

Continuous biofilm process on floating plastic carriers — high biomass, small footprint and strong resilience to toxic and load shocks.