Project Report for Soda Water Plant
Soda water is one of the easiest beverages to make (water, carbon dioxide, and a filling line), but getting the water treatment right, the CO2 supply consistent, and the packaging compatible with FSSAI and BIS regulations is where the real work begins. Sharda Associates generates CA-certified project reports for soda water plants. Starting at ₹2,999.
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What Is a Soda Water Plant and What Does It Produce?
A soda water plant (also known as a carbonated water plant or soda plant) is a food and beverage manufacturing facility that produces carbonated water, which is ordinary water in which carbon dioxide (CO2) gas has been dissolved under pressure.
A soda water plant can create the following products:
Plain soda water / club soda: Carbonated water with no added flavors; used as a mixer in beverages (whisky-soda, cocktails), in restaurants and dhabas for cold drinks on demand, and as a solo refreshment. The most basic and extensively used product.
Sparkling water (natural/branded): Plain carbonated water promoted as a luxury health-conscious beverage – branded, retail-packaged, and sold as an alternative to sugary soft beverages. Growing segment fueled by health awareness.
Flavoured soda / carbonated soft drinks (CSD): The addition of synthetic or natural flavor concentrates (lemon, orange, cola) to a carbonated water base results in soft drinks. A product extension that utilizes the same carbonation and filling infrastructure.
Soda syrups and mix-ins: Some soda plants also manufacture flavor syrups or concentrates for use at soda fountains or restaurants, supplying the restaurant channel with both soda water and flavor components.
How Is Soda Water Manufactured — The Production Process
Step 1: Source water intake and storage: A raw water tank receives and stores water from the municipal supply, borewell, or tanker. Water quality at the source determines treatment load.
Step 2 — Water Treatment: Raw water undergoes a multi-stage treatment process.
- Filtration (sand filter, carbon filter) eliminates suspended particles, chlorine, and organic materials.
- Softening: Ion exchange resin eliminates hardness (calcium and magnesium salts).
- RO (Reverse Osmosis) eliminates dissolved salts and reduces TDS to the appropriate level. UV/Ozone treatment ensures microbiological sterilisation.
Before carbonation, the treated water must meet the FSSAI’s packaged drinking water criteria (IS 14543).
Step 3 — Chilling: Prior to carbonation, treated water is refrigerated to 2-5°C since cold water absorbs CO2 more effectively and holds carbonation for longer, reducing CO2 loss throughout the filling process.
Step 4 — Carbonation: In a carbonation device (carbonator), chilled water and food-grade CO2 gas are combined under pressure. The carbonation level (the volume of CO2 dissolved) is determined by the CO2 pressure and mixing time. Soda water usually aims for 3.5-4.5 volumes of CO2.
Step 5 — Filling and sealing: A counter-pressure filling machine is used to fill bottles (glass or PET) or cans with carbonated water, keeping CO2 in solution throughout the process. Caps or seals are put shortly upon filling.
Step 6 — Labeling and Coding: Print or label the container with the date of manufacturing, batch number, FSSAI license number, and product details.
Step 7 — Quality testing and dispatch: Each batch’s samples are examined for carbonation, microbiological count, and physical parameters prior to discharge. Approved batches are put into cartons and shipped.
CO2 Supply — The Most Critical Input
CO2 is the defining raw material for a soda water plant; without continuous, food-grade CO2 supply, production is halted. This is not a small consideration.
Food-grade CO2: Not all carbon dioxide is the same. CO2 used in food and beverage production must be food-grade (99.9% purity or higher, free of impurities such as acetaldehyde, benzene, and other volatiles that impact taste and safety). Industrial CO2 (used in welding and fire suppression) is not suitable for food usage.
CO2 suppliers: include large industrial gas businesses (INOX Air Products, Linde India, and Air Liquide), who deliver food-grade CO2 in cylinders, liquid CO2 in bulk tanks, and on-site generation. For smaller MSME facilities, cylinder supply is usual, with cylinder interchange logistics acting as an operational restriction.
CO2 is charged per kg: and ranges from ₹20-50/kg based on provider, quantity, and location. A 500ml bottle of soda water contains about 2.5-3g of CO2, therefore the CO2 cost per bottle is minimal, but supply reliability is crucial.
Storage: CO2 cylinders or a liquid CO2 tank at the plant site must meet space and safety standards for compressed gas storage.
FSSAI and BIS Compliance for Soda Water Plants
FSSAI: Any manufacturer of packaged water or carbonated beverages must have an FSSAI licence. businesses with yearly turnover over ₹20 crore or activities in many states need a central FSSAI license, while smaller single-state businesses only need a state license.
BIS IS 1239 (for soda water in glass bottles): BIS certification under IS 1239 is the standard for soda water in glass bottles, including carbonation levels, microbiological criteria, and physical specifications. BIS certification is necessary for glass-bottled soda water sold in the organized market.
BIS IS 14543 (packaged drinking water) is the underlying water quality standard; treated water used for soda must meet this standard prior to carbonation.
A NOC from the State Pollution Control Board is normally required for a food and beverage manufacturing unit that generates liquid effluent (wastewater from RO or cleaning).
Market and Revenue
Restaurant and dhaba channel (bulk supply): Local restaurants, hotels, dhabas, and food outlets purchase soda water in bulk (glass bottle crates or large PET bottles) to provide with meals and mixed drinks. This is the most accessible and reliable demand channel for a new soda water plant: direct local supply, repeat orders, and no need for complex retail distribution.
Retail packaged (local distribution): Branded retail bottles sold in grocery stores, general stores, kirana shops, and cold drink retailers—requires labelling, branding, and a distribution network. More competitive (against known brands such as Bisleri soda, Kinley, and local players), but with a higher per-unit margin than bulk supply.
Hotel and bar channel: Hotels and bars that serve as mixers for alcoholic beverages are dependable, high-volume buyers with rigorous procurement processes. Empanelment with hotel establishments gives a consistent recurrent volume.
For a 500-bottle/hour filling line operating 8 hours/day, 25 days/month: 500 × 8 × 25 = 1,00,000 bottles/month. At ₹8/bottle (ex-factory wholesale for 500ml), the gross income is ₹8 lakh. Retail distribution costs ₹15 per bottle, resulting in a monthly gross of ₹15 lakh before distribution costs.
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 Completed: Proficiency in food processing facilities, beverage production, and MSME loan paperwork.
- CO2 Supply Chain Properly Documented: The project report includes information on food-grade CO2 sourcing, storage needs, and supplier planning.
- Water Treatment System Correctly Planned: The project cost appropriately accounts for the RO plant, filtration, UV treatment, and water quality criteria.
- FSSAI & BIS Compliance Coverage: Documented regulatory approvals, licensing, quality standards, and testing required for efficient loan processing.
- Restaurant and Retail Revenue Models Separated: For practical financial planning, bulk supply to restaurants and retail distribution channels are projected separately.
- Seasonal Demand Analysis: Monthly revenue predictions accurately incorporate off-season sales trends and summer peak demand.
- Starting at ₹2,999 · 24–48 working hours ·
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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.