Water treatment looks different in every industry. The equipment shares the same building blocks — filtration, membranes and polishing — but the requirement that actually drives the design changes from site to site. Our first job on any project is to work out which requirement matters most before anything is drawn.
Power generation
Power stations need very pure water to protect boilers and turbines. Even small amounts of the wrong impurity can build up as deposits on hot surfaces, so the water is purified in several stages and polished before use. We design these systems around the site’s own water source and its seasonal changes, not around a textbook average.
- Typical duty: medium to large continuous supply of high-purity make-up water
- Multi-stage purification with a final polishing step
- Sized for the coldest water of the year, when output naturally falls
- Continuous online water quality monitoring
Microelectronics and pharmaceutical
Both industries need exceptionally clean water, but for different reasons. Electronics manufacturing chases the lowest possible level of impurities. Pharmaceutical manufacturing chases a hygienic, fully documented system that can prove it meets its specification day after day. The same equipment family serves both, built and documented to suit each case.
- Hygienic stainless steel construction where the application demands it
- Hot water sanitisation without taking the system apart
- Complete documentation packages for regulated industries
- Continuous quality monitoring with automatic protection if quality dips
Municipal supply and coastal desalination
Turning seawater into drinking water is above all an energy question. Modern plants recover the energy contained in the concentrate stream and reuse it, roughly halving power consumption compared with older designs. Over the life of a plant, that saving is usually worth more than the plant cost to build.
- Energy recovery fitted as standard on seawater plants
- Post-treatment so the finished water is stable and pleasant to drink
- Robust pre-treatment ahead of every membrane train
- Redundant design so routine maintenance never stops the supply
Water reuse and zero liquid discharge
Treated wastewater can be brought back to process quality and used again, and high-recovery designs can shrink the volume that finally leaves the site to a small fraction of the original flow. Whether that investment pays back depends mostly on what discharging wastewater costs at your location — which is why we always start from the site economics, not from the technology.
Food, beverage and process industry
General process duties are usually about consistency rather than absolute purity. A bottling line does not need laboratory-grade water — it needs the same water every day, whatever the source is doing seasonally. We match the treatment to the product: often a gentle softening and filtration scheme is the right answer, at a fraction of the running cost of a full purification train.