A packaged drinking water plant consultant helps entrepreneurs turn raw borewell or municipal water into sealed, BIS-certified bottles, cups and 20-litre jars. Buyers include distributors, retailers, hotels, offices and event organisers, so most new units start as local brands. The business looks simple, yet licences, groundwater permission and wastewater handling decide whether it runs. NPCS supports you with a project report, machinery selection and an approvals plan built around your capacity and city.
Packaged Drinking Water Plant at a Glance
| Typical capacity | ~1,000–10,000 bottles/hour or 1,000–5,000 jars/day |
|---|---|
| Land | ~2,000–10,000 sq ft |
| Power load | ~50–200 kW |
| Water | High, raw water plus RO reject; groundwater permission needed |
| Manpower | ~15–40 |
| Indicative investment | ~₹40 lakh–₹3 crore |
Investment basis: treatment, bottling and lab; excludes land.
Figures are indicative ranges. Your project report works them out for your capacity and location.
Market Demand for Packaged Drinking Water in India
Demand for packaged water in India is driven by urbanisation, water-safety concerns, tourism and the GST cut to 5%. Every metro and tier-2 city has local brands, so success usually depends on how well you cover your own territory. Sales peak in summer, from March to June, and export potential is low.
- Distributors and retailers for bottles
- HoReCa buyers such as hotels and restaurants
- Corporates and offices ordering 20 L jars
- Event organisers needing cups and small bottles
Packaged Water Products You Can Make
Most new units start with packaged drinking water in bottles or jars, because it follows IS 14543. Natural mineral water has a separate standard, so treat it as a different project. Choose cups, bottles from 250 ml to 2 L, or 20 L jars based on the buyers you can reach.
- Packaged drinking water
- Natural mineral water (separate standard)
- Cups, 250 ml–2 L bottles, 20 L jars
Packaged Drinking Water Plant Process
The packaged drinking water plant process moves water through staged purification before it is filled and sealed. Sand and carbon filters take out suspended matter and odour. Micron filtration and reverse osmosis (RO) then remove dissolved solids, and minerals are dosed back for taste. UV and ozonation handle microbial safety before storage.
Quality is controlled at several points. IS 14543 covers microbiological, chemical and pesticide residue parameters, and an in-house lab is required for the BIS licence. Batch coding after labelling lets you trace any sample that fails.
- Raw-water storage
- Sand and carbon filtration
- Softening (if needed)
- Micron filtration
- Reverse osmosis
- Mineral dosing
- UV and ozonation
- Storage
- Rinse-fill-cap
- Labelling and batch coding
- Packing
Raw Materials and Machinery for a Water Plant
Your main input is raw water from a borewell or municipal supply, plus treatment chemicals. Packaging includes PET preforms or bottles, caps, labels, shrink film, cartons and 20 L jars, usually bought from regional packaging makers. The RO plant, UV, ozonator and rinse-fill-cap monoblock matter most. If you blow-mould in-house, you'll also need a blow-moulding machine.
- RO plant
- Filters
- UV
- Ozonator
- SS tanks
- Blow-moulding machine
- Rinse-fill-cap monoblock
- Labeller
- Shrink wrapper
- Jar washing-filling line
- Lab equipment
Packaged Drinking Water Plant Licence and Approvals
Start with groundwater extraction NOC from CGWA or the state, since a unit can't run without water rights. Then secure State Pollution Control Board consent, because the category depends on RO reject and washing wastewater. BIS certification under IS 14543 comes next and is a prerequisite for the FSSAI licence. Legal Metrology, a trade licence and EPR registration complete the list.
| Pollution category | Category depends on wastewater (RO reject and washing): CPCB lists non-alcoholic beverage units as Orange below 100 KLD and Red at 100 KLD and above (CPCB S.No. 8); the State PCB fixes the category for a packaged water plant at consent stage |
|---|---|
| HSN code | 2201 |
| GST | 5% w.e.f. 22-09-2025 (earlier 18% on bottles; 20-litre jars were at 12%) |
| BIS / quality control order | Mandatory BIS certification, IS 14543 (packaged drinking water); IS 13428 (natural mineral water) |
| FSSAI | FSSAI licence mandatory (State/Central by capacity); BIS licence is a prerequisite |
| Other licences | Groundwater extraction NOC (CGWA/state); Legal Metrology; EPR as brand owner under Plastic Waste Management Rules; trade licence |
Choosing the Right Bottling Technology
Semi-automatic rinse-fill-cap lines suit new brands that serve one city and want lower capital cost. Automatic lines are rated by bottles per hour and suit units aiming for the upper end of roughly 1,000–10,000 bottles/hour. Blow-moulding your own bottles from preforms adds machinery and power load, but gives you control over bottle supply. Match the line to confirmed orders, not hoped-for volume.
Managing Seasonality and Working Capital
Water sales peak between March and June, so production and stock must be ready before summer. Preforms, caps, labels and cartons are the main items to stock early. Jar returns also tie up cash, because jars stay with customers until collected. Plan working capital for the peak months and for slower periods, and size your distribution routes accordingly.
Government Schemes and Project Finance for a Water Plant
PMEGP and state food-processing incentives are the schemes most relevant to a packaged water unit. Eligibility and benefits depend on your state, project size and category. Our reports are used for bank loans and government programmes such as PMEGP, MSME schemes, Mudra and NABARD-linked projects, subject to each lender's requirements. A clear cost and cash flow plan makes your application easier to assess.
What Decides Success in a Packaged Water Plant
Operators who do well plan distribution routes early, build a strong local brand and pass BIS surveillance consistently. They also manage jar returns carefully. The main risks are intense local competition, EPR and plastic rules, groundwater permissions and BIS sample failures. RO reject water needs a reuse or discharge plan from day one.
- Route planning and distributor coverage
- Consistent BIS surveillance results
- Jar return management
- Reuse or discharge plan for RO reject
How NPCS Helps You Set Up a Packaged Water Plant
NPCS helps you decide capacity, choose between semi-automatic and automatic lines, and shortlist machinery and vendors. Our team supports plant layout, process guidance, and installation and commissioning assistance. We also map the order of approvals, from groundwater NOC to BIS and FSSAI, and prepare a bankable report for lenders.
NPCS's published client list records 10 assignments on packaged and mineral water projects between 2012 and 2026 for clients in 7 states and 2 countries, including techno-economic feasibility studies and market research reports.
What Your Packaged Drinking Water Plant Project Report Covers
- Project introduction and BIS specifications
- Manufacturing process with flow sheet
- Market survey (demand, imports/exports, existing units)
- Personnel
- Plant and machinery with suppliers
- Land and building with layout
- Raw materials with sources and rates
- Financials (project cost, working capital, cost of production, profitability, break-even, 5–10 year cash flow, projected balance sheet, IRR/NPV/payback)
Packaged Drinking Water Plant: Frequently Asked Questions
How much does it cost to set up a packaged drinking water plant?
An indicative investment is ~₹40 lakh–₹3 crore, covering treatment, bottling and lab equipment but excluding land. The final figure depends on capacity, automation level and whether you blow-mould bottles in-house. A project report works it out for your plan.
Which licences are needed to start a packaged drinking water plant?
You need BIS certification under IS 14543, an FSSAI licence, groundwater extraction NOC, Legal Metrology registration, EPR as brand owner and a trade licence. The State Pollution Control Board fixes your pollution category at the consent stage, depending on wastewater volume.
How much land and power does a packaged water plant need?
Typically about 2,000–10,000 sq ft of land and a power load of ~50–200 kW, depending on capacity. Water need is high, covering raw water plus RO reject, so confirm groundwater permission and a reliable source before finalising the site.
How do I start a packaged drinking water plant business?
Begin by choosing your product format and capacity, then confirm your water source and permissions. Next, prepare a project report, select machinery, and apply for consents and BIS. Build your distribution plan alongside, since local sales routes drive the business.
How can NPCS help with a packaged drinking water plant project?
NPCS prepares the project report, advises on capacity, technology and machinery, and outlines the approvals sequence. Our team can also support vendor selection, layout and commissioning. Share your planned capacity and location, and we'll outline costs and approvals.