For a better tomorrow.
Drinking water, process water and wastewater — measured, engineered and commissioned by one team.
Treat the water you actually have.
We undertake the entire works — from construction through to water treatment, heating and lighting systems. Whether the requirement is drinking water, process water for industry or treating what leaves the building, the engineering discipline is the same: measure the water, size the plant to the real load, and build in the redundancy the site needs.
Six plants,
one engineering brief.
Each system links through to its full specification — process, stages and where it is used.
Raw Water Treatment Plant
Removes contaminants and undesirable components, or reduces their concentration, to make water acceptable for its intended end use — drinking, industrial supply, irrigation or recreation.
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Water Softening Plant
Ion-exchange plants that strip the calcium and magnesium which make water hard, protecting plumbing, boilers, fittings, skin and hair.
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Hot Water System
Heat-pump systems that move heat from ambient air into water at up to 75 °C, giving non-stop hot water while saving 75–80% of conventional heating cost.
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Sewage Treatment Plant
Physical, chemical and biological treatment of domestic and light industrial wastewater, producing an outlet safe for discharge or for reuse in flushing and landscaping.
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RO Plant
Reverse osmosis forces water through a semi-permeable membrane, separating pure water from dissolved solids, salts, metals and fluoride.
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DM Plant
Demineralisation through cation and anion resin columns, producing the ultra-pure water that pharmaceutical, power and electronics processes require.
View detailsWhy softening earns its place.
Hard water carries an excess of dissolved calcium and magnesium. An ion-exchange softener takes them out before the water reaches the building — and the difference shows up everywhere downstream of it.
- 01Requires less soap for the same cleaning effort
- 02Extends the lifetime of plumbing by reducing or eliminating scale build-up in pipes and fittings
- 03Prevents hair fall and skin problems
- 04Produces soft, non-scale-forming water
Choosing between
MBR and MBBR.
Two technologies dominate modern packaged sewage treatment. They are not interchangeable — the right one depends on how much space you have, how good the outlet has to be, and whether you intend to reuse the treated water.
MBR — Membrane Bio-Reactor
Biological treatment combined with membrane filtration in a single stage. The membrane replaces the secondary clarifier entirely, so the plant occupies a far smaller footprint and produces a consistently high-clarity outlet that is suitable for direct reuse in flushing, cooling and landscaping. Best where space is tight and the treated water is going to be reused.
MBBR — Moving Bed Bio-Reactor
Free-floating plastic carriers give the biomass a large surface to grow on, so the reactor handles shock loads and variable occupancy without upset. Simpler to operate and cheaper to run than MBR, with lower power draw and no membrane replacement — the practical choice for residential complexes and hotels with variable loads.
Side by side
| Parameter | MBR | MBBR |
|---|---|---|
| Footprint | Smallest — no clarifier needed | Moderate |
| Outlet quality | Highest, reuse-ready | Good, may need polishing |
| Operating cost | Higher — membrane care | Lower |
| Shock-load tolerance | Moderate | High |
| Best suited to | Tight sites, water reuse | Variable occupancy loads |
Send us
your water.
Share a water report, or just the source and the daily load — we come back with the treatment train the site actually needs.