Project Report for Soda Water Plant
Planning to start a soda water plant? A bank-ready project report is your first step toward PMEGP, Mudra or MSME loan approval. Sharda Associates prepares CA-certified soda water plant reports covering project cost, machinery, water treatment, CO2 supply, FSSAI compliance and profitability, delivered in 24–48 hours. Starting at ₹2,999.
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What Is a Soda Water Plant and What Does It Produce?
A soda water plant (also called a carbonated water plant) is a beverage manufacturing unit that dissolves food-grade carbon dioxide (CO2) into treated, chilled water under pressure, then fills and seals it in bottles or cans. It is one of the lower-investment food and beverage businesses, and a small unit can start with ₹12–28 lakh.
Products you can make with one plant:
Plain soda water / club soda: The most common product. It is sold to restaurants, dhabas, hotels and bars as a mixer (whisky-soda, cocktails) and as a refreshing drink. Demand is steady and local, which makes it the easiest product for a new plant to start with.
Sparkling water (branded): Plain carbonated water sold in retail packaging as a healthier alternative to sugary soft drinks. Margins are higher, but it needs branding and a retail distribution network.
Flavoured soda / carbonated soft drinks (CSD): Lemon, orange or cola concentrates added to the carbonated water base. It uses the same carbonation and filling line, so it is an easy product extension once your soda business is running.
Soda syrups and mix-ins: Flavour syrups for soda fountains and restaurants. You can supply them together with soda water to the same customers, which increases your order value.
Which product should you start with? Most new plants begin with plain soda for restaurants and dhabas (quick repeat orders, no heavy distribution needed), and add flavoured soda or sparkling water later. Your project report should show the product mix you plan, because it changes the machinery, cost and profit figures.
How Is Soda Water Manufactured — The Production Process
Step 1: Raw water intake and storage
Water from the municipal supply, borewell or tanker is stored in a raw water tank. The quality of this water (hardness, TDS, chlorine) decides how heavy your treatment system needs to be, so get a water test done before finalising the site.
Equipment: raw water tank, transfer pump.
Step 2: Water treatment
This is the most important stage for taste and safety. Treatment usually has four parts:
- Filtration: Sand and activated carbon filters remove suspended particles, chlorine and organic matter.
- Softening: An ion exchange resin softener removes hardness (calcium and magnesium salts).
- Reverse osmosis (RO): Removes dissolved salts and brings TDS down to the required level.
- UV or ozone sterilisation: Kills microorganisms before the water moves ahead.
Treated water should meet the BIS packaged drinking water standard (IS 14543) before carbonation, and FSSAI regulations apply to the finished product.
Equipment: sand filter, carbon filter, softener, RO plant, UV or ozone unit.
Step 3: Chilling
The treated water is cooled to 2–5°C. Cold water absorbs CO2 better and keeps its fizz longer, which reduces gas loss during filling.
Equipment: chiller or heat exchanger.
Step 4: Carbonation
Chilled water and food-grade CO2 are mixed under pressure in a carbonator. The pressure and mixing time control the carbonation level. Soda water usually targets around 3.5–4.5 volumes of CO2.
Equipment: carbonator, CO2 cylinders or liquid CO2 tank, pressure regulators.
Step 5: Filling and sealing
A counter-pressure filling machine fills glass bottles, PET bottles or cans while keeping the CO2 dissolved. Caps or seals are applied immediately after filling.
Equipment: counter-pressure filler (semi-auto or auto), capping or sealing machine, bottle washer for returnable glass bottles.
Step 6: Labelling and batch coding
Each container carries the manufacturing date, batch number, FSSAI licence number and product details, as required by FSSAI labelling rules.
Equipment: labelling machine, batch coding or inkjet printer.
Step 7: Quality testing and dispatch
Samples from every batch are checked for carbonation level, microbiological count and physical parameters. Only approved batches are packed in cartons or crates and sent out.
Equipment: basic lab instruments (pH meter, TDS meter, carbonation tester), tie-up with an FSSAI-approved lab for periodic testing.
CO2 Supply — The Most Critical Input
CO2 is the one raw material your plant cannot run without. If food-grade CO2 stops arriving, production stops, so supply planning belongs in your project report from day one.
Use food-grade CO2 only
CO2 for beverages must be food-grade, typically 99.9% purity or higher, and free of impurities such as benzene, acetaldehyde and other volatiles that affect taste and safety. Industrial CO2 (used for welding or fire extinguishers) is not suitable for food use. Always ask your supplier for a food-grade certificate or test report with each lot.
Where to buy
Food-grade CO2 is supplied by industrial gas companies such as INOX Air Products, Linde India and Air Liquide, as well as local authorised dealers. It comes in three forms:
- Cylinders: Most common for small and MSME plants. Easy to start, but you must manage cylinder exchange and refilling schedules.
- Liquid CO2 in bulk tanks: Better for larger plants with steady volume. Needs a storage tank and a supply contract.
- On-site generation: Possible for very large operations, but not usual for small plants.
Cost per bottle
CO2 is sold per kg, and the rate depends on supplier, quantity and location. Rates of roughly ₹20–50/kg are commonly quoted, but get written quotes from at least two suppliers in your area before finalising your report.
Example: A 500 ml bottle uses about 2.5–3 g of CO2. At ₹20–50/kg, that is roughly ₹0.05–0.15 per bottle on paper. Real consumption is higher because of line losses, start-up purging and rejected batches, so your report should include a wastage allowance rather than the theoretical figure.
Storage and safety
- Store cylinders upright and secured (chained or in racks) in a shaded, well-ventilated area away from heat.
- CO2 can displace oxygen in closed spaces, so avoid storing or using it in poorly ventilated rooms.
- Keep a separate area for full and empty cylinders.
- Check whether local rules (for example, PESO norms for compressed gas storage) apply at your quantity, and include any licence cost in your project budget.
Supply reliability checklist
- Arrange two suppliers where possible, so one delay does not stop production.
- Keep a buffer stock of cylinders for peak summer demand (April–July).
- Confirm cylinder exchange timings and the deposit amount in advan
FSSAI and BIS Compliance for Soda Water Plants
You will need these approvals before you start selling. Your project report lists each one with its cost and timeline.
1. FSSAI licence (mandatory)
Every food and beverage manufacturer, including soda water and carbonated beverages, needs FSSAI approval.
- Registration: for very small businesses (turnover up to ₹12 lakh).
- State licence: for single-state businesses with turnover above ₹12 lakh and up to ₹20 crore.
- Central licence: for turnover above ₹20 crore or operations in more than one state.
Carbonated water is covered by the FSSAI standards for carbonated beverages, and the water used must meet drinking water quality norms. Check the current thresholds and category on the FSSAI portal when you apply.
2. BIS standards
The relevant Indian Standard for soda water is IS 2346 (Carbonated Beverages – Specification), which covers carbonated water or soda water. The water you use should also meet the packaged drinking water standard (IS 14543), and if you use glass bottles, the bottles should meet the BIS specification for aerated water glass bottles. Ask your consultant or BIS office whether ISI-mark certification applies to your product and buyers, since some institutional and retail buyers ask for it even where it is voluntary.
3. State Pollution Control Board (SPCB) consent
A beverage unit produces liquid waste (RO reject water, bottle washing and cleaning water), so consent or NOC from your State Pollution Control Board is normally needed. Requirements depend on your state and plant size.
4. Other registrations
GST registration, Udyam (MSME) registration, trade licence from the local body, and a shop and establishment or factory licence where applicable.
5. Lab testing
Periodic testing at an FSSAI-notified lab (carbonation, microbiology, chemical parameters) is part of compliance and is included as a recurring cost in the project report.
Why this matters for your loan: Banks ask for licence details and a compliance plan before sanctioning a loan. Your report includes a compliance checklist and the approximate cost of each licence, so your application looks complete.
Market and Revenue
| start | |||
|---|---|---|---|
| Restaurants, dhabas and food outlets | Local eateries, caterers, events | Lower per bottle | Low |
| Hotels and bars | Hotels, bars, clubs (mixer demand) | Medium | Medium |
| Retail | Kirana, general stores, cold drink shops | Higher per bottle | High |
Restaurants and dhabas (bulk supply)
They buy soda in glass bottle crates or larger PET bottles to serve with meals and mixed drinks. Orders are local, repeat and direct, and you do not need a distribution network. This is usually the easiest channel for a new plant.
Hotels and bars
Hotels and bars buy soda as a mixer and place larger, regular orders. They often have vendor approval steps and quality checks, so getting listed takes time, but one approved account gives recurring volume.
Retail packaged (local distribution)
Branded bottles sold through kirana and cold drink shops earn a higher margin per bottle, but you need labelling, branding, a delivery vehicle and distributors. You will also compete with established brands and local players, so keep this as a second-stage plan.
Example: Monthly Sales for a 500 Bottles/Hour Line
Maximum output: 500 bottles × 8 hours × 25 days = 1,00,000 bottles/month
A new plant rarely sells its full capacity in the first months, so see the sales at different utilisation levels:
| Capacity used | Bottles/month | Sales at ₹8/bottle (bulk) | Sales at ₹15/bottle (retail) |
|---|---|---|---|
| 50% | 50,000 | ₹4.0 lakh | ₹7.5 lakh |
| 70% | 70,000 | ₹5.6 lakh | ₹10.5 lakh |
| 100% | 1,00,000 | ₹8.0 lakh | ₹15.0 lakh |
₹8 and ₹15 are example selling prices for a 500 ml bottle. Check real rates with buyers in your city before finalising your report. The ₹15 retail case also needs distributor margins, transport and promotion costs, which reduce what you keep.
These figures are sales, not profit. Net profit comes after bottles and caps, CO2, labour, power, water treatment, transport and loan EMI.
Seasonal Demand
Demand peaks in summer (April–July) and falls in the winter months (November–February). Your project report shows month-wise sales so the repayment schedule matches your actual cash flow, which is what banks look for.
Project Cost for Soda Water Plant
Component | Small Plant (₹) | Medium Plant (₹) |
Water treatment system (filtration, RO, UV/ozone) | 3,00,000–6,00,000 | 6,00,000–15,00,000 |
Chilling unit | 1,00,000–2,50,000 | 2,50,000–6,00,000 |
Carbonation unit | 1,50,000–3,00,000 | 3,00,000–7,00,000 |
Filling machine (semi-auto or auto) | 2,00,000–5,00,000 | 5,00,000–15,00,000 |
Capping/sealing machine | 50,000–1,50,000 | 1,50,000–4,00,000 |
Labelling machine | 30,000–1,00,000 | 1,00,000–3,00,000 |
CO2 storage (cylinders/tank + safety) | 50,000–1,50,000 | 1,50,000–4,00,000 |
FSSAI + BIS compliance + testing | 50,000–1,50,000 | 1,50,000–3,00,000 |
Civil work + utilities | 2,00,000–4,00,000 | 4,00,000–10,00,000 |
Working capital | 1,00,000–2,00,000 | 2,00,000–4,00,000 |
Total (approx.) | ₹12.30–27.50 lakh | ₹27.50–71 lakh |
Small plants fit PMEGP manufacturing ceiling (₹50 lakh) — 15-35% capital subsidy. Medium plants suit MSME term loans.
Why Choose Sharda Associates
- 45,500+ project reports delivered: Experience across food processing, beverage production and MSME loan documentation.
- Complete cost and machinery plan: RO and filtration, chilling, carbonation, filling, capping, labelling and CO2 storage, each with its own cost line.
- CO2 supply planning: Food-grade CO2 sourcing, storage requirements, consumption per bottle and supplier backup, so your lender sees the supply chain.
- Licences and standards covered: FSSAI, IS 2346 and IS 14543 requirements, pollution board consent and lab testing, with approximate costs.
- Separate revenue models: Bulk supply to restaurants and hotels and retail sales are projected separately, with a capacity-utilisation ramp-up.
- Month-wise seasonal cash flow: Summer peak and winter dip shown clearly, so the repayment schedule matches your real income.
- Formats for PMEGP, Mudra and MSME loans: Includes profitability, DSCR and break-even analysis.
- Free revisions if your bank or department asks for changes.
Frequently Asked Questions
Sparkling water, flavored carbonated soft drinks, and plain soda water/club soda are all made by carbonating treated water at a soda water facility. Retail grocery and cold drink stores (branded packaged bottles), restaurants, hotels, and dhabas (bulk supplies for use as mixers), and bars/hotels (for mixing alcoholic beverages) are the main purchasers. For a new plant, the restaurant bulk channel is the most accessible.
Water treatment (filter, RO, UV/ozone to satisfy FSSAI standards) → chilling (2-5°C for greater CO2 absorption) → carbonation (mixing chilled water with food-grade CO2 under pressure) → counter-pressure filling → capping/sealing → labelling → batch testing → dispatch. The majority of quality judgments are taken at the water treatment stage, and each step calls for certain equipment.
For plants operating in a single state with a revenue of less than ₹20 crore, a state FSSAI manufacturing license is required. For larger or multi-state enterprises, a central FSSAI license is required. Additionally, soda water in glass bottles needs to be certified per BIS IS 1239. Requirements for compliance include FSSAI-approved laboratory testing and batch testing prior to release.
Industrial-grade CO2 is not suitable for use in food; food-grade CO2 (purity 99.9%+, devoid of impurities) is crucial. supplied in cylinders or liquid bulk tanks by industrial gas companies (INOX Air Products, Linde India, Air Liquide). About 2.5 -- 3g of CO2 are used in a 500ml container. Prior to plant commissioning, the CO2 source's food-grade certification and supply dependability must be verified.
Indeed. With a 15–35% capital subsidy, small soda water plants (₹12.30–27.50 lakh) fall within PMEGP's ₹50 lakh manufacturing threshold. Water treatment, carbonation equipment, FSSAI compliance, and the CO2 supply chain must all be covered in a CA-certified project report. Sharda Associates' starting price is ₹2,999.
The demand for soda water peaks in the summer (April–July), when hot weather increases beverage consumption and restaurant and retail channels are at their busiest. The winter months of November through February see a sharp decline in demand. Instead of assuming consistent monthly production and revenue, financial estimates must account for this seasonal concentration, especially when it comes to loan payback schedule.
The cost of a CA-certified Soda Water Manufacturing Project Report is ₹2,999, and it is delivered in 24 to 48 hours. Project cost estimation, machinery specifics, water treatment specifications, CO2 consumption calculations, FSSAI and BIS compliance requirements, working capital assessment, profitability predictions, DSCR analysis, and full documentation for PMEGP, Mudra, and MSME bank loans are all included in the report. If the bank or a government agency requests changes, free revisions are given.
The amount of automation, packaging type, and production capacity all affect the investment. Water treatment equipment, a carbonation machine, a chilling unit, a filling and capping system, CO2 cylinders, bottles, and working capital typically cost between ₹12 lakh and ₹30 lakh for a small-scale soda water manufacturing facility. Greater investment may be necessary for larger automated operations that produce PET bottles and have broader distribution networks. Determining the precise demand based on your target market and production capacity is made easier with a thorough project report.