Process Applications
Advanced treatment processes tailored to meet the most demanding water quality requirements across all sectors.
The Right Process for Every Challenge
We apply a wide range of proven treatment technologies — from conventional physical-chemical processes to state-of-the-art membrane and biological systems. Our process engineers select and combine the optimal technologies to deliver the best results for each unique application.
Our Water Technologies
Proven processes for producing safe, high-quality drinking water and industrial process water from any source.
Various Sedimentation Solutions
Gravity-based separation systems including conventional clarifiers, lamella settlers and high-rate sedimentation units for efficient removal of suspended solids and flocs.
Contact Sludge Reactors
Compact reactor systems that combine flocculation and clarification in a single unit, using a recirculated sludge blanket for enhanced particle removal and reduced chemical consumption.
Open Gravel and Multilayer Filtration
Gravity-fed filtration through graded gravel, sand and anthracite media for reliable turbidity removal and polishing in municipal and industrial water treatment plants.
Pressure Gravel and Multilayer Filtration
Enclosed pressure vessel filters for higher throughput and compact installations, ideal for industrial applications and systems requiring elevated operating pressures.
Cartridge Filtration
Fine particle and sediment removal using replaceable cartridge elements, commonly deployed as pre-filtration protection for membrane systems and sensitive downstream equipment.
Activated Carbon Filtration
Granular activated carbon (GAC) adsorption systems for effective removal of organic contaminants, chlorine residual, taste and odour compounds from drinking and process water.
Microfiltration and Ultrafiltration
Low-pressure membrane systems providing a reliable physical barrier against suspended solids, bacteria and pathogens — widely used as pre-treatment for RO and NF systems.
Nanofiltration
Selective membrane separation for softening, colour removal and partial desalination, operating at moderate pressures between ultrafiltration and reverse osmosis.
Reverse Osmosis
High-pressure membrane technology for desalination, demineralisation and ultrapure water production, achieving salt rejection rates exceeding 99.5% for both brackish and seawater sources.
Electro De-ionisation
Continuous electrochemical purification process combining ion exchange membranes and resins with an electric field, producing high-purity water without chemical regeneration.
Ion Exchange
Resin-based systems for selective removal of dissolved ions including hardness, nitrate, heavy metals and specific contaminants, with automated regeneration cycles.
Ozone Treatment
Powerful oxidation-based disinfection and micro-pollutant degradation using on-site generated ozone, effective against viruses, bacteria and resistant organic compounds.
Dissolved Air Flotation
Micro-bubble flotation technology for efficient separation of low-density suspended solids, oils, greases and algae from raw water and pre-treated industrial effluents.
Our Wastewater Technologies
Comprehensive biological, chemical and mechanical treatment solutions for municipal and industrial wastewater.
Screen Systems
Mechanical pre-treatment using fine screens, coarse screens and drum screens to remove rags, plastics and large solids — protecting downstream equipment and processes.
Grit and Grease Removal
Aerated grit chambers and grease traps designed to separate sand, grit and floating fats from the wastewater stream before biological treatment.
Activated Sludge Plants (continuous, SBR, MBR)
Biological treatment using aerobic micro-organisms in various configurations — conventional continuous-flow, sequencing batch reactors for flexible operation, and membrane bioreactors for reuse-grade effluent.
Nutrient Removal (nitrification/denitrification, chemical precipitation, bio-P)
Targeted nitrogen and phosphorus removal through combined biological and chemical processes, meeting stringent discharge limits for sensitive receiving waters.
Disinfection (chlorine, UV)
Final effluent disinfection using sodium hypochlorite dosing or ultraviolet irradiation systems, ensuring microbiological safety for discharge or reuse applications.
Sludge Treatment (thickening, digestion, dewatering)
Integrated sludge processing including gravity and mechanical thickening, anaerobic digestion for biogas recovery, and belt press or centrifuge dewatering for volume reduction.
Sludge Drying
Thermal and solar sludge drying systems reducing moisture content to below 10%, enabling safe disposal, agricultural reuse or co-incineration of the dried product.