Watertekniks designs and builds sewage, effluent, and water reclamation systems — ceramic and spiral RO, ultrafiltration, ozonation, and zero-liquid-discharge distillation — sized to your volume, your budget, and your discharge standards. Engineered for a sustainable future.
With over two decades of process engineering experience in water and wastewater treatment, Watertekniks was established in July 2019, engineering the appropriate treatment train for each client: biological (aerobic/anaerobic, attached- or suspended-growth) or non-biological (physico-chemical) processes, selected on influent characteristics and discharge objectives rather than a default standard.
Our strength is taking a different approach rather than following the crowd. Based on the volume of effluent, we decide between full treatment or direct evaporation — whichever gets the customer there without relying on fossil fuels.
That means treatment processes with a smaller footprint, lower energy use, and lower capex and opex — including retrofits that reduce the load an existing biological or tertiary treatment system sends on to evaporation and distillation, saving significant energy and operating cost.
Every plant we build draws from the same core toolkit — combined differently depending on your water, your standards, and your site.
High flow rate, small footprint. Tubular modules for oily water and complex effluents; flat-sheet modules for high-flux applications — non-biological submerged ultrafiltration, or submerged ultrafiltration (rather than conventional MBR) in biological treatment. Trial skids available in both tubular and flat-sheet ceramic configurations.
Fully automatic RO for clear water, treated sewage, and treated effluent reclamation.
For direct effluent treatment and high-TDS waters. Staged with or without pre-treatment, recoveries can reach up to 95% with minimal brine discharge to downstream evaporation systems.
Selective pre-treatment ahead of disc tube or spiral wound RO — rejecting divalent ions and larger organics while passing monovalent salts, protecting downstream membranes and lifting recovery.
Sewage and effluent treatment plants built around a biological treatment method.
The same plants, built around a non-biological method — sized to the client's effluent volume.
Microbubble aeration and high-efficiency diffusers tuned for oxygen transfer efficiency, cutting blower energy per kg of BOD removed in activated sludge and lagoon systems.
A polishing stage for clear water, treated sewage, and treated effluent.
Clear water and effluent reclamation, available in in-to-out or out-to-in configuration.
Continuous, chemical-free demineralization that polishes RO permeate to high purity without acid/caustic regeneration.
Water disinfection, plus colour, odour & COD removal.
For effluents heading toward minimal or zero liquid discharge, without fossil-fuel evaporation.
Our latest work pushes dissolved gas transfer further — a compact, skid-mounted nanobubble system built to trial directly on real site water.
Conventional aeration bubbles rise and burst at the surface within seconds, releasing most of their gas before it ever dissolves. Nanobubbles — under 200 nanometers across — are small enough that buoyancy barely acts on them, so they stay suspended in the water column for hours to days instead of seconds, transferring far more gas per unit of energy spent.
Gas generation, gas concentration, compression, circulation, and nanobubble infusion — combined into a single deployable unit.
Generates ozone (O3) on demand from the incoming air or oxygen feed — the oxidizing gas that drives disinfection and breaks down organic contaminants once infused into the water.
Draws in ambient air and separates a concentrated oxygen stream, giving the system a richer feed gas than raw air for both ozone generation and direct dissolved-oxygen boosting.
Supplies pressurized air where the process calls for it, keeping gas delivery to the generator stable.
Drives water through the nanobubble generator at the flow rate and pressure the shearing process needs, then recirculates or discharges treated water.
Shears the incoming gas stream into sub-200-nanometer bubbles and infuses them directly into the water flow — the stage every upstream component exists to feed.
Raising dissolved oxygen in aeration basins and lagoons with less blower energy spent on gas that never dissolves.
Infusing ozone deep into the water column instead of losing it to off-gassing at the surface.
Supporting effluent treatment and reuse streams that depend on sustained dissolved-gas contact time.
Oxidizing odor-causing compounds at the source, at headworks and lift stations.
Holding higher, more stable dissolved oxygen in ponds and tanks without the turbulence coarse aeration creates.
A self-contained skid built to be trialed on real site water before anyone commits to a permanent installation.
Tell us about your effluent, your volume, and your discharge standards — we'll walk through the treatment method that actually fits.
