Integrated water treatment systems for communities, institutions, and public utilities — engineered for safe drinking water, operational reliability, and long-term performance. From raw water assessment to commissioning and ongoing monitoring.
Our technical team evaluates raw water quality, community requirements, and site conditions before recommending the right solution.
Community water treatment converts raw, contaminated, or variable-quality water into safe, consistent drinking water for communities, institutions, and public utilities. Unlike industrial systems, community water treatment prioritises public health outcomes, operational simplicity, and long-term reliability — serving people who depend on the system every day. Cleanflo provides end-to-end support from raw water analysis to system design, commissioning, and monitoring.
Residential colonies, townships, rural communities, municipal bodies, schools, hospitals, industrial townships, and public institutions — wherever communities depend on consistent, safe drinking water.
Community systems prioritise BIS and WHO drinking water standards, operator simplicity, low maintenance requirements, and long operational life — not just compliance with industrial discharge norms. Public health is the primary outcome.
Raw water analysis, technology selection, plant design, equipment supply, commissioning, operator training, monitoring, and ongoing optimization — a complete end-to-end partnership that extends far beyond equipment delivery.
Every Cleanflo community water treatment system begins with raw water sampling and laboratory analysis — not catalogue selection. This ensures the treatment technology is genuinely matched to your water source, site, and community requirements.
Every raw water source presents specific challenges — and every untreated or incorrectly treated issue carries a direct public health or operational consequence.
Turbid water is aesthetically unacceptable, carries pathogens, and reduces the effectiveness of chlorine disinfection — leading to unsafe treated water and resident complaints.
Hard water causes white scale deposits in pipes, taps, water heaters, and appliances — reducing flow, shortening equipment life, and generating constant resident complaints about water quality.
Iron and manganese in groundwater cause brown or black staining of fixtures, laundry, and utensils; metallic taste; and orange/rusty tap water — all leading to resident rejection of the supply.
Fluoride above 1.0 mg/L (BIS limit) causes dental fluorosis; above 1.5 mg/L causes skeletal fluorosis — a serious, irreversible public health impact affecting millions in fluoride-affected districts of India.
High TDS causes salty or bitter taste, scale in appliances, and potential long-term health impacts. BIS IS:10500 recommends ≤500 mg/L TDS for drinking; above 2000 mg/L is not acceptable for any use.
Microbial contamination of drinking water causes diarrhoea, typhoid, cholera, and hepatitis — the leading causes of waterborne illness in India, particularly affecting children and vulnerable populations.
Even technically safe water that tastes, smells, or looks unpleasant is rejected by residents — leading to reliance on expensive bottled water, complaints, and social acceptance issues with the scheme.
Surface water quality changes dramatically between monsoon and dry seasons — systems designed for average conditions fail during peak turbidity events or when dry-season TDS rises sharply.
Treated water can become recontaminated through inadequate storage tank hygiene, intermittent supply (air ingress), or distribution network failures — delivering unsafe water even when the treatment plant performs correctly.
A complete multi-stage treatment toolkit — from raw water pre-treatment through softening, membrane systems, disinfection, and distribution protection. Each stage is selected based on your raw water quality and community needs.
Purpose: Remove suspended solids, turbidity, colour, and large particulates from surface or groundwater before primary treatment.
Where Used: River, lake, reservoir, and bore well source water pre-treatment for all community schemes.
Benefit: Protects downstream equipment, reduces chemical consumption, and meets BIS turbidity standard (<1 NTU).
Purpose: Remove calcium and magnesium hardness, correct pH, and address iron and manganese contamination — protecting pipes, appliances, and resident experience.
Where Used: Hard groundwater sources; bore well supply to residential colonies and townships.
Benefit: Eliminates scale, improves taste, extends appliance life, reduces resident complaints.
Purpose: Remove dissolved salts, TDS, heavy metals, and microbial contamination using semi-permeable membranes — producing consistently safe, low-TDS drinking water.
Where Used: High-TDS groundwater, brackish sources, or where comprehensive multi-contaminant removal is required.
Benefit: Reliable BIS-compliant water quality even from challenging source water.
Purpose: Inactivate bacteria, viruses, and pathogens to meet BIS zero-coliform drinking water standard — the final safety barrier before distribution.
Where Used: All community drinking water systems require effective disinfection as the last treatment stage.
Benefit: Protects community from waterborne disease; meets BIS IS:10500 microbiological standard.
Purpose: Maintain treated water quality from the treatment plant through storage tanks and the distribution network to the final consumer — preventing recontamination.
Where Used: All community supply schemes with overhead storage and distribution piping.
Benefit: Safe water at the tap, not just at the treatment plant outlet — protecting public health outcomes.
Purpose: Deliver complete water treatment in a smaller footprint — suitable for villages, schools, hospitals, remote locations, and space-constrained institutional sites.
Where Used: Rural community water supply projects, smaller housing societies, institutions without dedicated plant rooms.
Benefit: Low footprint, simpler operation, faster installation — without compromising treated water quality.
A structured, six-step engineering and delivery workflow — ensuring every community water system is correctly designed, commissioned, and supported for long-term performance.
Site visit, raw water sampling from the actual supply source, and full laboratory analysis — covering turbidity, TDS, hardness, iron, fluoride, coliform, and all BIS IS:10500 parameters. Community demand assessment and peak flow profiling.
Treatment train selection based on actual water quality data, community size, site constraints, operator capability, and capital vs operating cost balance. Technology comparison and preliminary sizing report provided.
Plant sizing for current and projected community growth, material selection for durability, equipment specification, pump and dosing system design, instrumentation, electrical panel, and civil layout drawings.
Technical supervision during installation. Plant startup, chemical dosing commissioning, and performance testing — verifying treated water meets BIS IS:10500 drinking water standards for all key parameters before handover.
Hands-on operator training covering daily operation, chemical dosing, backwash routines, daily monitoring parameters, alarm response, and maintenance schedule. Written SOPs, daily log formats, and reference charts provided in local language where requested.
Periodic site visits, treated water quality verification, chemical program review, and performance trend analysis — identifying and correcting deviations before they affect community water safety. Seasonal adjustment support for monsoon variability.
From compact village systems to large township plants — Cleanflo designs and delivers water treatment systems configured for each community's specific scale, source, and requirements.
Complete multi-stage treatment from raw water intake to BIS IS:10500-compliant treated water — covering clarification, filtration, softening or RO, and disinfection as required for the specific source.
Medium-scale treatment plant serving a defined community or neighbourhood — designed for shared infrastructure with reliable daily supply, storage, and distribution to multiple user connections.
Compact, reliable treatment system providing safe drinking water to schools, universities, hospitals, and public buildings — designed for simplicity of operation and minimal maintenance burden on institutional staff.
Small to medium-scale treatment plant designed for rural conditions — robust, low-maintenance, and operable by community staff with basic training. Targets fluoride, iron, turbidity, or high TDS issues common in rural groundwater.
Pre-fabricated, skid-mounted treatment systems that can be rapidly deployed and commissioned for emergency water supply, temporary community needs, or phased introduction before a permanent plant is installed.
Performance audit of existing community water systems that are underperforming, aging, or failing to meet current BIS standards — followed by targeted upgrades, capacity expansion, or technology modernisation to restore compliance and reliability.
Cleanflo community water treatment systems serve a wide range of users — from large municipal bodies to individual housing societies and rural gram panchayats.
ULBs, water boards, and municipal corporations seeking plant upgrades or augmentation.
Housing societies, gated communities, and residential colonies needing safe supply.
Safe drinking water for students — often fluoride or iron removal critical.
High-purity, microbiologically safe water for patients and clinical use.
Worker colony potable water supply for manufacturing campuses and SEZs.
Gram panchayat water supply; Jal Jeevan Mission; NGO rural programs.
Government offices, railways, defence establishments, and public facilities.
Infrastructure contractors and engineering consultants needing a water treatment specialist partner.
Cleanflo's laboratory capability underpins every community water treatment project — from initial raw water characterisation to ongoing treated water safety verification.
Full BIS IS:10500 parameter panel analysis of raw water sources — providing the design basis for every treatment system. Seasonal variation assessment for monsoon and dry-season quality differences.
Regular post-treatment water quality testing against BIS IS:10500 — verifying microbiological safety, physical and chemical parameter compliance, and residual disinfectant levels at the point of supply.
Accredited laboratory test reports for regulatory submissions, municipal authority compliance documentation, NABL-backed analysis where required, and periodic water quality audit support.
Data-driven review of monitoring results to identify early deviations, chemical dosing optimisation opportunities, and seasonal adjustment requirements — keeping the system performing safely at lowest cost.
Portable testing kits for daily monitoring: Cleanflo also supplies portable water testing kits for community plant operators to conduct daily turbidity, chlorine residual, and pH checks in the field — maintaining safety between periodic laboratory analyses. Visit our Portable Test Kits page for details, or contact our lab team to arrange raw water sampling and full BIS IS:10500 analysis for your project.
A correctly designed, operated, and monitored community water treatment system delivers outcomes that go far beyond technical compliance — improving public health, quality of life, and community wellbeing.
Consistently meeting BIS IS:10500 and WHO drinking water guidelines — protecting community health and preventing waterborne disease.
Reduced incidence of diarrhoea, typhoid, fluorosis, and other waterborne diseases — particularly protecting children, elderly, and vulnerable members of the community.
Well-designed systems with proper training and SOPs require less emergency intervention — reducing the time and cost burden on operators and management.
Systems designed for actual peak demand and seasonal variability deliver consistent, uninterrupted supply — reducing resident frustration and complaints.
Safe, clear, and good-tasting treated water is accepted and used by residents — eliminating reliance on expensive bottled water and building trust in the scheme.
Properly designed and monitored systems reduce the risk of compliance failures, regulatory notices, and the reputational and legal consequences of supplying unsafe water.
Illustrative scenarios representing the type of outcomes Cleanflo's integrated community water treatment approach delivers.
A gram panchayat's bore well supply was found to have fluoride at 2.8 mg/L — nearly three times the BIS safe limit. Cleanflo designed and commissioned an activated alumina fluoride removal plant, reducing the supply to 0.7 mg/L. The community of 1,400 households switched from purchased water to scheme water within two months of commissioning.
A 600-unit residential township was spending significantly on bottled water due to bore well TDS of 1,800 mg/L. Cleanflo commissioned a community RO plant producing 100 KLD of BIS-compliant drinking water (TDS <200 mg/L) — saving the RWA significant annual cost and providing safe water directly from taps.
A government school with 2,000 students was receiving brown, iron-contaminated water from the municipal supply. Cleanflo installed a compact iron removal and filtration system, reducing iron from 1.8 mg/L to <0.1 mg/L and turbidity from 12 NTU to <0.5 NTU — providing safe, clear drinking water for students and teaching staff.
Technical rigour, community focus and long-term support — not just equipment supply.
Practical answers for decision-makers, engineers, and procurement teams evaluating community water treatment solutions.
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Complete water and wastewater treatment programs — from community supply to industrial treatment — backed by 45+ years of expertise.
India Private Limited
A recognized leader in total water management and corrosion control with over 45 years of excellence in sustainable solutions.
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