About Mineral water plant
We are a leading provider of mineral water projects and water purification solutions with over 15 years of experience. Our expertise in turnkey solutions has enabled us to successfully deliver more than 50+ projects across India.
In addition to our core services, we offer complimentary support to ensure a smooth project implementation. This includes:
Pre-Project Consultancy: Expert guidance on project feasibility and planning.
Loan and Subsidy Assistance: Helping you secure financing and government incentives.
Raw Material Sourcing: Reliable and sustainable supply chains.
Production Team Recruitment: Sourcing and training qualified personnel.
Quality Policy Implementation: Ensuring consistent product quality and safety.
Our client base includes renowned brands such as Spenca, Mountedge, Horison, Empire, Clyde, Splash, Dellaz, Swizzle, Veleta, Sparkle, Sayhdri, Sudhdok, Lerio, Skylon, RaghavAqua, UniversalAqua, and many more.
Robust Stainless Steel ConstructionFabricated with high-quality SS 304/316, the mineral water plant ensures durability and resistance to corrosion. Stainless steel provides a hygienic environment for water storage, reducing the risk of contamination. The design supports safe operation under varying water and environmental conditions.
Advanced Filtration and Purification TechnologyThe plant combines multi-stage pre-filtration, reverse osmosis, and dual sterilization (UV/ozonation) to deliver water that meets stringent purity standards. With a maximum outlet TDS of less than 50 ppm and conductivity below 10 S/cm, the treated water achieves a 99.9% purity level, suitable for commercial and hospitality uses.
Fully Automatic Operation and Safety FeaturesEquipped with a PLC-based automatic control panel, the plant requires minimal human intervention. Integrated dry run and overload protection features improve safety and reliability. The efficient centrifugal/multistage pumps and customizable design further enhance its operational flexibility.
FAQ's of Mineral water plant:
Q: How does the mineral water plant ensure high purity and safety of the water produced?
A: The plant uses a combination of pre-filtration (sand, carbon, and micron filters), reverse osmosis technology, and either UV sterilization or ozonation. Together, these stages remove physical, chemical, and biological contaminants, resulting in water with TDS below 50 ppm and a 99.9% purity level.
Q: What is the capacity range of the mineral water plant and is it customizable?
A: This mineral water plant is available in capacities from 1000 to 10,000 LPH, with chiller support up to 2000 LPH. Its design and dimensions can be customized to match specific space or production requirements.
Q: When should the plant be used and what are its main application areas?
A: The plant is ideal for commercial bottled water production, beverages, and applications in hotels or other hospitality industries. It should be used when a consistent supply of highly purified water is required for consumption or processing.
Q: Where can the mineral water plant source its raw water supply from?
A: It can process water sourced from borewell, municipal, or river supplies. The advanced filtration and purification stages are capable of handling variable inlet qualities (conductivity: 200-1000 S/cm; temperature: 5C-45C).
Q: What is the installation process and how easy is it to maintain the plant?
A: The skid-mounted, modular design and automatic control panel facilitate easy installation. Maintenance is minimal due to robust materials (SS 304/316), reliable pump technology, and built-in safety features like dry run and overload protection.
Q: What are the energy requirements and power consumption for this plant?
A: The plant is powered by electric motors (centrifugal/multistage) and operates at 220 V AC, 50 Hz. Depending on the model and capacity, power consumption ranges from 2 to 10 kW.
Q: What benefits does this mineral water plant provide for commercial users?
A: Benefits include high recovery (95%), significant reduction in water TDS and conductivity, reliable automation, low noise (<65 dB), and adaptability for multiple end-packaging options (PET bottles, jars, pouches). These factors ensure quality, operational efficiency, and cost savings.