Physical removal
- Pressure sand filters
- Activated carbon filters
- Multi-grade filters
- Iron-removal filters
- Cartridge filtration
- Ultrafiltration (UF)
Water Treatment Plants
Water treatment plants designed around your source water
A useful WTP begins with the quality of the water entering it and the quality your process, utilities or equipment need at the other end — not with a standard equipment list.
Why a WTP exists
Treat the water you have for the use it must serve
Hitech Fluid System has a proven record of designing and installing water treatment plants for industrial facilities. Water treatment removes impurities such as sand, suspended solids, dissolved salts, iron and hardness from natural or municipal sources so the water can be used in production, utilities or household-type applications on site.
With specific water-quality requirements and tighter environmental expectations, incoming water from a borewell, tanker, canal or city supply often cannot be used as-is. We assess source water, flow, capacity, application and operating conditions before recommending a treatment sequence. Work can cover engineering, installation, commissioning and long-term AMC or O&M support.
What we remove
Physical, chemical and microbiological treatment
A complete WTP may combine several stages. The exact train follows water analysis and the required output — RO is useful for some objectives, not every plant.
Chemical treatment
- Water softening
- Demineralisation (DM)
- Mixed-bed polishers
- Reverse osmosis (RO)
Disinfection
- Chlorination
- UV purification
- Ozonation
When do you need a WTP?
A plant is needed when incoming water does not meet the needs of production, utilities or equipment. Different sources and applications create different requirements.
- Source-water quality and seasonal variation
- Required treated-water quality and intended use
- Daily demand and peak hours
- Available space and existing infrastructure
- Operating cost, chemicals and power
- Maintenance capability and future expansion
- Boiler, cooling or process water specification
- Hardness, TDS, iron, silica or microbiological limits
Technologies within an integrated WTP
Reverse osmosis may be selected where dissolved salts or other dissolved constituents need to be reduced. Pretreatment and operating conditions are part of that decision.
Ultrafiltration supports fine suspended-solid and particulate removal and is often a stage in a wider train, including as pretreatment to RO.
Demineralisation is considered for industrial applications that require low-mineral water. Softening, carbon filtration and disinfection are added where hardness, organics or microbiology must be controlled.
Explore industrial RO
Existing WTP not performing?
Poor output quality, rising operating cost, frequent cartridge or membrane replacement, or recurring equipment problems call for an assessment of the full process — feed water, pretreatment, recoveries and operating data. Hitech Fluid Systems can review systems installed by other providers and recommend practical improvements based on the actual condition.
Request a plant assessmentFrequently asked questions
What capacity WTP do I need?
Capacity should reflect actual demand, peak use and reasonable future growth. Source-water quality and operating hours also affect the system design.
Is RO always required?
No. RO is useful for some quality objectives, but technology should follow the source-water analysis and intended application.
Can Hitech Fluid Systems maintain an existing WTP?
Yes. AMC, troubleshooting and O&M support can be discussed for existing treatment systems, including those installed by other companies.
What information should I send for a proposal?
Share a recent water analysis if available, required output quality, daily and peak demand, available space, power and whether the plant is new or existing.
Discuss your WTP requirement
Share source-water analysis, required output quality, demand and site constraints so we can scope the next technical step.