Top 10 Water Treatment Plant Manufacturers in Pune

Water Treatment Plant Manufacturers in Pune | Manyug Enterprises

Manyug Enterprises is a leading Water Treatment Plant Manufacturers in Pune. We are trusted Suppliers, Dealers and wholesalers in Pune. Clean, safe and consistent water is essential for every industry, institution and commercial space.

Manyug Enterprises is a Pune-based manufacturer of water treatment plants. We design, build, supply and install systems that fit your raw water quality, your daily water requirement and your process needs. Our plants are built for steady output, low running cost and long service life.

We work with factories, commercial buildings, hospitals, hotels, schools and housing societies that need dependable water treatment. Every project starts with a study of your water source, your quality targets and your site conditions. We then design and build the plant to match, instead of offering a standard model that may not suit your water.

Our work covers the full project: raw water analysis, process design, fabrication, supply of components, installation, commissioning and after-sales support. Having one team responsible from design to service means faster execution and clear accountability.

Water Treatment Plants and Solutions We Offer

We manufacture a complete range of water treatment systems for industrial and commercial use. Each plant is customised for capacity, raw water quality and the required output water standard.

Industrial Water Treatment Plants

Industrial water treatment plants prepare water for manufacturing processes, boilers, cooling towers and utilities. A typical system combines pre-treatment such as raw water storage, pressure sand filtration and activated carbon filtration, followed by softening, RO or DM as the process requires. These plants remove suspended solids, chlorine, odour, colour, hardness and dissolved salts. They protect machinery from scaling and corrosion and keep production quality steady.

Industrial RO Plants

Industrial Reverse Osmosis (RO) plants use semi-permeable membranes to remove dissolved salts, heavy metals, bacteria and other contaminants. They suit applications that need low TDS water, such as food and beverage, pharmaceuticals, textiles, electronics and boiler feed. Our industrial RO plants are built with quality membranes, high-pressure pumps, anti-scalant dosing and automatic flushing. Capacities can be sized from small process lines to large continuous-duty installations.

Commercial RO Plants

Commercial RO plants supply safe drinking and process water to offices, schools, hospitals, hotels, restaurants and residential complexes. They are compact, simple to operate and easy to maintain. A commercial RO plant improves taste, removes harmful dissolved impurities and gives a dependable supply of treated water through the day.

Water Softening Plants

Hard water contains calcium and magnesium that form scale in boilers, heat exchangers, pipes and washing equipment. A water softening plant uses ion exchange resin to replace these hardness ions with sodium. Softened water reduces scaling, lowers energy use, extends equipment life and improves soap and detergent efficiency. Our softeners come in manual and fully automatic versions with regeneration controls.

Demineralization (DM) Plants

Demineralization plants remove almost all dissolved salts using cation and anion exchange resins, with an optional mixed bed unit for very high purity. DM water is used for high-pressure boilers, power generation, chemical processing, laboratories and some pharmaceutical uses. Our DM plants give low conductivity output and can be supplied with automatic regeneration and monitoring.

Effluent Treatment Plants (ETP)

An Effluent Treatment Plant treats wastewater from industrial processes so it can be discharged safely or reused. Treatment typically includes screening, equalization, chemical dosing, biological treatment, clarification and filtration. A well-designed ETP helps you meet pollution control norms and reduce fresh water consumption by recycling treated water for gardening, cooling and flushing.

Types of Water Treatment Plants

Water treatment plants are classified by the process they use and the water quality they deliver. The right type depends on your raw water analysis and what the treated water will be used for. Many installations combine several types into one treatment train.

Pressure Sand Filtration (PSF) Plants: remove suspended solids, silt and turbidity using graded sand beds. Usually the first stage in any treatment train.
Activated Carbon Filtration (ACF) Plants: remove chlorine, organic matter, colour and odour, and protect RO membranes and resins from chlorine damage.
Iron Removal Plants (IRP): reduce dissolved iron and manganese, common in borewell water, to prevent staining, taste problems and fouling.
Water Softening Plants: remove calcium and magnesium hardness through ion exchange.
Reverse Osmosis (RO) Plants: remove dissolved salts, heavy metals and other contaminants using membranes. Available in industrial and commercial sizes.
Demineralization (DM) Plants: remove nearly all dissolved ions using cation, anion and mixed bed resins for high purity water.
Ultrafiltration (UF) Plants: remove bacteria, viruses, colloids and fine particles using hollow fibre membranes, often used as RO pre-treatment.
Mixed Bed (MB) Polishing Plants: give ultra-pure water with very low conductivity for critical process and laboratory use.
UV and Ozone Disinfection Systems: neutralise bacteria and microorganisms without adding chemicals to the water.
Chlorination and Dosing Systems: disinfect water and control pH, scaling and corrosion through metered chemical dosing.
Packaged Water Treatment Plants: compact, skid-mounted units combining several stages for quick installation where space is limited.
Effluent Treatment Plants (ETP): treat industrial wastewater for safe discharge or reuse.
Sewage Treatment Plants (STP): treat domestic sewage from housing societies, hotels, hospitals and commercial buildings.
Zero Liquid Discharge (ZLD) Systems: recover and reuse nearly all wastewater, leaving little or no liquid discharge.

Working Process of a Water Treatment Plant

Although each plant is customised, the general process follows these stages:

Raw water collection and storage: water from a borewell, municipal line, tanker or other source is collected in a storage tank.
Pre-treatment and dosing: chemicals such as chlorine or coagulants may be dosed to disinfect and to bind fine particles.
Pressure sand filtration: removes suspended solids and turbidity.
Activated carbon filtration: removes chlorine, organic matter, colour and odour.
Softening or anti-scalant dosing: prevents scale formation and protects downstream membranes.
Fine filtration: cartridge filters catch remaining fine particles before the membranes.
RO or DM treatment: removes dissolved salts and impurities to reach the target quality.
Post-treatment: pH correction, disinfection (UV or chlorination) and storage of treated water.
Distribution: treated water is supplied to the point of use through a pump and piping system.

Technical Specifications of Different Types of Water Treatment Plants

Specifications are finalised after raw water testing and a study of your requirements. The table below compares the main types of water treatment plants side by side.

Technical Parameter	Pressure Sand Filtration Plant	Activated Carbon Filtration Plant	Iron Removal Plant	Water Softening Plant	Reverse Osmosis Plant	Demineralization Plant	Ultrafiltration Plant	Mixed Bed Polishing Plant	Ultraviolet / Ozone Disinfection System	Chemical Dosing System	Packaged Water Treatment Plant	Effluent Treatment Plant	Sewage Treatment Plant	Zero Liquid Discharge System
Category	Mechanical filtration	Adsorption	Iron removal	Hardness removal	Membrane separation	Ion exchange	Membrane filtration	Water polishing	Disinfection	Chemical treatment	Integrated treatment	Industrial wastewater	Domestic wastewater	Wastewater recovery
Primary purpose	Suspended solids removal	Chlorine and odour reduction	Iron and manganese reduction	Hardness reduction	Dissolved salts removal	Dissolved ions removal	Colloid and particle removal	Residual ion removal	Microbial inactivation	Chemical conditioning	Combined treatment	Industrial effluent treatment	Sewage treatment	Water recovery
Feed-water source	Raw or borewell water	Filtered water	Iron-bearing groundwater	Hard water	Pretreated water	RO permeate or suitable feed	Raw or pretreated water	DM or RO product water	Suitable filtered water	Application-dependent	Raw water or wastewater	Industrial effluent	Domestic sewage	Treated wastewater or concentrate
Typical capacity unit	LPH / m³/hr	LPH / m³/hr	LPH / m³/hr	LPH / m³/hr	LPH / m³/hr	LPH / m³/hr	LPH / m³/hr	Application-specific	LPH / m³/hr	LPH / mg/L dosing	LPH / KLD	KLD	KLD	KLD
Key design input	Turbidity and suspended solids	Chlorine and organic content	Iron, manganese and pH	Total hardness	TDS and feed pressure	Ionic load and conductivity	Particle loading and turbidity	Residual ionic load	UV transmittance or ozone demand	Chemical demand and pH	Feed quality and output target	Flow, BOD and COD	Flow, BOD and COD	Wastewater volume and concentration
Main treatment mechanism	Media filtration	Carbon adsorption	Oxidation and filtration, as required	Ion exchange	Pressure-driven membrane separation	Cation and anion exchange	Pressure-driven membrane filtration	Mixed-resin ion exchange	UV irradiation or ozone oxidation	Controlled chemical injection	Multiple treatment stages	Physical, chemical and/or biological processes	Primarily biological processes with associated treatment stages	Concentration and recovery processes
Primary contaminant removed	Suspended particles	Chlorine and selected organics	Dissolved iron and manganese	Calcium and magnesium	Dissolved salts and selected contaminants	Dissolved ions	Colloids and fine particles	Residual dissolved ions	Susceptible microorganisms	Depends on chemical used	Depends on configuration	Industrial pollutants	Organic matter and suspended solids	Concentrated dissolved contaminants
Key performance indicator	Outlet turbidity	Residual chlorine and organic reduction	Outlet iron concentration	Outlet hardness	Salt rejection and recovery	Product conductivity	Permeate turbidity and flux	Product conductivity	Validated disinfection performance	Dosing accuracy	Treated-water quality	BOD, COD, TSS and pH	BOD, COD, TSS and microbial quality	Overall water recovery
Measurement units	NTU, mg/L	mg/L	mg/L	mg/L as CaCO₃	%, mg/L	µS/cm	µm, NTU	µS/cm	mJ/cm², mg/L	mg/L, L/hr	LPH, KLD	mg/L, pH	mg/L, pH	% recovery
Operating pressure	Design-specific	Design-specific	Design-specific	Design-specific	Membrane and feed-water dependent	Design-specific	Membrane dependent	Design-specific	System-specific	Pump-specific	Configuration-dependent	Process-dependent	Process-dependent	Process-dependent
Automation options	Manual / automatic	Manual / automatic	Manual / automatic	Manual / automatic	Semi-automatic / automatic	Manual / automatic	Semi-automatic / automatic	Manual / automatic	Controller-based	Timer / flow / sensor-based	Configuration-dependent	PLC / automatic options	PLC / automatic options	PLC / automatic options
Common equipment	Sand vessel, valves and media	Carbon vessel and activated carbon	Filter vessel and oxidation equipment	Resin vessel and brine tank	Membranes and high-pressure pump	Resin vessels and regeneration system	Membrane modules and pumps	Mixed-bed resin vessel	UV reactor or ozone generator	Dosing pump and chemical tank	Skid and integrated treatment equipment	Tanks, pumps and treatment units	Biological reactor, clarifier or membrane system	Concentration and recovery equipment
Pretreatment requirement	Depends on raw-water quality	Often follows initial filtration	Depends on iron chemistry	Depends on feed-water quality	Usually requires suitable pretreatment	Depends on feed ionic composition	Screening or preliminary filtration may be required	Requires suitable feed quality	Turbidity and UV transmittance affect performance	Depends on treatment objective	Depends on included stages	Screening and equalization as required	Screening and preliminary treatment	Depends on wastewater characteristics
Waste generation	Backwash water	Backwash water and spent carbon	Backwash water and media waste	Regeneration brine	Reject concentrate	Regeneration waste, where applicable	Backwash water or concentrate	Regeneration waste, where applicable	Usually no routine liquid waste from UV itself	Chemical containers and dosing-related waste	Depends on treatment stages	Sludge and treated effluent	Biological sludge and treated effluent	Concentrate or solids requiring management
Maintenance requirement	Backwashing and media inspection	Media replacement and backwashing	Media and oxidation checks	Resin regeneration and salt replenishment	Membrane cleaning and replacement	Resin regeneration and quality checks	Membrane cleaning and backwashing	Resin monitoring and replacement	Lamp, sleeve or ozone-system servicing	Pump calibration and chemical replenishment	Stage-specific maintenance	Sludge removal and process monitoring	Sludge management and process monitoring	Scale control and equipment servicing
Energy requirement	Pumping energy	Pumping energy	Pumping and oxidation, if used	Pumping and regeneration	Generally higher pressure demand	Pumping and regeneration	Pumping pressure	Pumping and regeneration	Electrical power or ozone generation	Dosing pump power	Configuration-dependent	Process and aeration dependent	Aeration and pumping dependent	Often energy-intensive, depending on recovery technology
Major applications	Industrial pretreatment	RO protection and process water	Borewell water treatment	Boilers and cooling towers	Industrial and commercial purification	Boiler feedwater and process water	RO pretreatment and clarification	High-purity process water	Water disinfection	pH control and chemical treatment	Commercial and industrial sites	Manufacturing industries	Housing societies, hotels and hospitals	Water-intensive industries
Final output	Lower-turbidity water	Reduced chlorine and selected organics	Reduced-iron water	Softened water	Lower-TDS permeate	Demineralized water	Clarified, membrane-filtered water	Highly polished water	Disinfected water	Chemically conditioned water	Application-specific treated water	Treated industrial wastewater	Treated sewage	Recovered water and managed concentrate
Typical service requirement	Media inspection and backwashing	Carbon servicing	Filter servicing	Resin regeneration	Membrane servicing	Resin servicing	Membrane servicing	Resin servicing	Disinfection equipment servicing	Dosing system calibration	Complete-system servicing	Process and sludge-system servicing	Biological process servicing	Recovery-system servicing

Key Features and Benefits of Our Water Treatment Plants

Custom design for your water: each plant is engineered from your raw water analysis, so it delivers the output quality you need without unnecessary stages or cost.
Robust, corrosion-resistant build: quality materials in vessels, piping and frames give long service life, even in demanding industrial conditions.
Quality components: reliable membranes, pumps, valves and instruments from established brands mean fewer breakdowns and steady performance.
Automatic operation options: PLC-based controls reduce manual work, limit operator error and keep output consistent.
Energy-efficient design: properly sized pumps and optimised recovery rates keep electricity and water wastage low, which cuts running cost.
Equipment protection: treated water reduces scaling, corrosion and fouling in boilers, chillers and machines, extending their life and reducing downtime.
Consistent water quality: stable output that meets your process or drinking standards, so product quality stays reliable.
Built-in safety protection: cut-offs for dry running, high pressure and overflow protect the plant and the people operating it.
Compact, space-efficient layout: a smart arrangement fits tight sites and keeps filter media and membranes easy to access for maintenance.
Scalable capacity: the design allows expansion as your water demand grows.
Health and regulatory compliance: removing bacteria, heavy metals and dissolved contaminants protects users and helps you meet water quality and discharge norms.
Water conservation: treated and recycled water reduces dependence on fresh water supplies and lowers water costs.
Complete support: installation, commissioning and operator training mean your plant runs properly from day one.

Applications of Water Treatment Plants

Our water treatment plants serve a wide range of industrial, commercial and residential needs.

Industrial Applications

Manufacturing and engineering units for process and washing water
Pharmaceutical units for purified process water
Chemical and fertilizer plants
Food and beverage processing, dairy and bottling units
Textile, dyeing and garment processing units
Automobile and auto component plants, including paint shops and surface treatment lines
Power plants and boiler houses for boiler feed water
Cooling tower and chiller makeup water
Electroplating, galvanizing and metal finishing units
Paper, pulp and packaging industries
Steel, foundry and heat treatment plants
Electronics and semiconductor-related units needing low conductivity water
Breweries, distilleries and soft drink manufacturers

Commercial and Institutional Applications

Hospitals, clinics, diagnostic labs and dialysis units
Hotels, resorts, restaurants and banquet halls
Schools, colleges and universities
Offices, IT parks and corporate campuses
Shopping malls, multiplexes and commercial complexes
Laundries and car washing centres
Ice plants and packaged drinking water units

Residential and Other Applications

Housing societies, apartments and townships
Farm houses, agricultural and horticultural use
Construction sites and labour camps
Government and municipal projects
Wastewater recycling for gardening, flushing and cooling

Our Water Treatment Plant Projects

1. Effluent Treatment Plant (ETP)

Problem: Industrial wastewater contains suspended solids, organic pollutants and potentially colour or chemicals. Inadequate treatment can result in poor effluent quality.

Solution: Analyse wastewater, equalize flow, adjust pH, apply chemical treatment where necessary, and use suitable biological treatment and filtration.

Result: Theoretically, treated effluent becomes more consistent and may meet the required discharge or reuse specification when the system is properly designed and operated.

Before	Solution	After (expected)
High or fluctuating COD and suspended solids	Chemical and biological treatment as required	Reduced pollutants in treated effluent
Unstable treatment performance	Equalization and process monitoring	More stable treatment
Limited water reuse	Tertiary treatment and quality verification	Potential for suitable water reuse

2. Sewage Treatment Plant (STP)

Problem: Domestic sewage from residential buildings or commercial facilities contains organic matter, suspended solids and microorganisms. Poor treatment may cause odour and unsafe discharge.

Solution: Use screening, biological treatment, clarification, filtration and disinfection as required by the intended application.

Result: Theoretically, sewage quality improves, odour can be controlled and treated water may be reused for suitable non-potable purposes.

Before	Solution	After (expected)
High BOD and organic pollution	Biological treatment	Lower BOD
Suspended solids in treated water	Clarification and filtration	Lower suspended solids
Microbiological contamination risk	Appropriate disinfection	Improved microbiological quality

3. Wastewater Treatment Plant (WTP)

Problem: A manufacturing facility experiences variable water quality and inefficient water use. The required treatment depends on whether the source is raw water or wastewater intended for reuse.

Solution: Analyse the feedwater, identify the required output quality, and select suitable clarification, filtration, biological treatment or membrane stages for the specific application.

Result: Theoretically, the facility achieves more consistent water quality and improved control over water consumption and reuse.

Before	Solution	After (expected)
High or fluctuating turbidity	Appropriate clarification and filtration	Lower turbidity
Uncontrolled water losses	Water balance and flow monitoring	Better water-use control
Limited reuse opportunities	Suitable wastewater treatment and polishing	Potentially increased water recovery

4. Demineralization Plant (DM)

Problem: Industrial feedwater contains dissolved ions that may exceed the purity specification required for boilers or manufacturing processes.

Solution: Use cation and anion exchange, with pretreatment and mixed-bed polishing where required. Monitor conductivity and other application-specific parameters.

Result: Theoretically, dissolved-ion concentrations decrease and the treated water becomes suitable for the intended process when the complete water specification is satisfied.

Before	Solution	After (expected)
High conductivity	Ion-exchange treatment	Lower conductivity
Excess dissolved mineral ions	Cation and anion exchange	Reduced dissolved-ion concentration
Risk of mineral-related deposits	Appropriate water purification and monitoring	Reduced scaling risk where relevant

5. Ultrafiltration Plant (UF)

Problem: Water contains suspended particles and colloids that can affect product-water quality and foul downstream equipment, such as reverse-osmosis membranes.

Solution: Install UF membranes with suitable pretreatment, backwashing, pressure monitoring and cleaning procedures.

Result: Theoretically, suspended particles and turbidity decrease, improving the consistency of filtered water and potentially reducing downstream fouling.

Before	Solution	After (expected)
High or fluctuating turbidity	UF membrane filtration	Lower turbidity
Suspended solids reach downstream equipment	Membrane separation	Reduced suspended-solids loading
Frequent downstream cleaning	UF pretreatment and routine monitoring	Potentially fewer cleaning events

Why Choose Manyug Enterprises in Pune?

Local manufacturer: being based in Pune means quick site visits, faster delivery and responsive service.
Custom engineering: every plant is designed around your water and your needs.
Quality components: we use reliable materials and well-known component brands.
End-to-end service: design, manufacturing, installation, commissioning and after-sales support from one team.
Experienced technical team: engineers who can advise on the right process and capacity.
Transparent pricing: clear quotations with a defined scope of supply.
After-sales support: annual maintenance contracts, spare parts and service when you need them.

Conclusion

Manyug Enterprises is a leading Water Treatment Plant Manufacturers in Pune. We are trusted Suppliers, Dealers and wholesalers in Pune. Looking for a reliable water treatment plant manufacturer in Pune? Manyug Enterprises can design a system that fits your water, your budget and your timeline. Call us or send an enquiry today for a free consultation and a detailed quotation.

FAQ's

Water treatment plant manufacturers in Pune design and build systems such as RO plants, softeners, DM plants and effluent treatment plants for industrial and commercial use. Manyug Enterprises is one such manufacturer, offering custom plants with installation and after-sales service across Pune and nearby regions.

We offer industrial water treatment plants, industrial RO plants, commercial RO plants, water softening plants, DM plants and effluent treatment plants. We can also combine several processes into a single system when your water needs it.

Start with a water analysis report covering TDS, hardness, pH, turbidity and iron. Then define the quality you need and your daily water consumption. The right plant is the one that gets your raw water to the required standard at the lowest running cost. Our engineers can review your water report and recommend a suitable process and capacity.

Industries that use water in production, heating, cooling or cleaning need treatment. These include pharmaceuticals, food and beverage, textiles, chemicals, automobile, power, engineering and electronics. Hospitals, hotels and large commercial buildings also depend on treated water.

Contact us by phone, email or the enquiry form on our website. Share your location, water source, daily requirement and a water analysis report if you have one. Our team will review the details, suggest a suitable solution and send a quotation. A site visit can be arranged if required.

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Top 10 Water Treatment Plant Manufacturers in Pune – Manyug Enterprises