About Water Treatment Plant
Our Water Treatment Plant is the technique of separating and removing the completely dissolved organics, pyroxene, viruses, bacteria, solids from the water. This process is known as the reverse osmosis in which a pressure is required to force the water thorough the membrane by leaving the impurities behind. After the implementation of Water Treatment Plant, companies can use the waste water in such acceptable form. The main goal of these plants is to eliminate the existing contaminants from the water and also reduce the concentration of impure substances.
Features:
- Standardize the water
- Disposal of filter backwash water
- Removing 95%-99% of (TDS)
Further Details:
We are engaged in manufacturing, supplying and exporting a wide range of water treatment plant, drinking water treatment plant, boiler feed water treatment etc designed by our meticulous professionals as per the required specifications of our valuable clients. Fabricated from certified quality raw materials and components, these Water Treatment Plants are based on latest waste filtration and water treatment technologies. Easy to operate, corrosion resistant and highly energy efficient, our Water Treatment Plants offer uninterrupted performance for a longer time period without any breakdown. Clients can get these sturdily constructed range of Water Treatment Plant at reasonable prices.
Efficient Water RecyclingThe plants robust design achieves up to 80% recycle rate, minimizing water wastage and promoting sustainable resource management. Its multi-stage filtration systems, including micron and carbon filters, ensure consistently high-quality output suitable for diverse applications.
Customizable Capacity & ApplicationFrom small-scale operations to large industrial needs, the plant offers customized volumes and configurations. It supports water sources such as borewell, river, and municipal supply, making it adaptable for various sectors, including drinking water, industrial processes, and agriculture.
Advanced Purification TechnologiesIncorporating Reverse Osmosis, Ultraviolet treatment, Ultrafiltration, and water softening, our plant delivers output with conductivity below 20 S/cm. This advanced technology ensures high efficiency (>98%), promoting safe, pure water instantly available for end use.
FAQs of Water Treatment Plant:
Q: How does the Water Treatment Plant achieve such a high recycle rate?
A: The plant utilizes advanced Reverse Osmosis (RO), Ultrafiltration (UF), and multiple filtration stages, enabling up to 80% of water to be recycled during the treatment process. This significantly reduces water wastage and supports sustainable operations.
Q: What types of water sources are compatible with this treatment system?
A: Our water treatment plant can handle borewell, river, and municipal water sources, thanks to its flexible design and robust pre-treatment systems. Conductivity input below 2000 S/cm ensures reliable performance across various water qualities.
Q: When should the water treatment plant be used for industrial processes?
A: The treatment plant is ideal for industries requiring purified water with conductivity below 20 S/cm, high efficiency, and safe output for processes such as manufacturing, cooling, cleaning, and product formulation. It delivers consistent quality at flow rates suited to any industrial scale.
Q: Where can the water treatment plant be installed?
A: The plant is suitable for installation in factories, municipal facilities, agricultural enterprises, and commercial complexes. Its corrosion-resistant stainless steel and FRP construction assure durability and compatibility with diverse environments.
Q: What is the process followed by this water treatment plant?
A: Water undergoes multi-stage filtration through micron and activated carbon filters, then passes through RO and UV systems, followed by softening and ultrafiltration. Centrifugal and multistage pumps maintain optimal flow and pressure, ensuring high purity output.
Q: How is the plant operated and maintained?
A: The unit operates automatically using electric motors and a user-friendly control system. Regular maintenance involves periodic filter changes and system checks, facilitated by its low-noise, efficient design. Power consumption ranges from 2 to 10 kW, depending on plant capacity.
Q: What are the main benefits of using this water treatment system?
A: Key advantages include high efficiency (>98%), up to 99% water purity, significant reduction in operational costs due to recycling, and durable construction. Its corrosion-resistant features and advanced purification technology guarantee safe, reliable, and sustainable water supply.