Demineralized water is a more economical means of water purification and simply refers to any water that has undergone a process to remove minerals and salts from the water. This type of water is used in applications where water with low salt content or low conductivity is required. Demineralized water is made by passing the water through specially manufactured resins. The resin is designed to exchange ions in the water so that the final result leaves you with the chemical composition of pure water.

While demineralized water is virtually free from minerals and related substances, there can be very tiny amounts of dissolved minerals that will always remain. However, the advancements in technology for demineralization ensure the end result is very high quality water.

What is Electrodeionization System (RO EDI Plant)?

Electrodeionization System (RO EDI Plant) is the best water treatment latest technology that removes the ions in the process RO water. Electrodeionization System (RO EDI Plant) technique can achiever high purity of Deionized water with conductivity less than 0.1 μS/cm.

The Electrodeionization System (RO EDI Plant) is excellent and superior to a conventional mixed-bed deionization system both in ease of operation and maintenance. Chemicals are not used in Electrodeionization System (RO EDI Plant) System, as in Demineralized system.We have different model designed for various capacities and it can be easily expandable as per the requirement. Electrodeionization System (RO EDI Plant) are used in applications such as ultrapure water, USP grade water, water for injectables and removing trace quantities of contaminants. Electrodeionization System /EDI Plant Water treatment consists of dilute and concentrate compartments separated by ion exchange membranes. This membranes are similar to ion exchange resin.

EDI Plant Water treatment (RO EDI plant) is the most best innovative water purification technology used in Pharmaceutical,Boilers, Food and beverage laboratories. It is Process of combination of Reverse Osmosis and Electrodeionization process. In a RO EDI System/RO EDI System, single pass or double pass Reverse osmosis is used as pretreatment of feed water,

Effluent treatment plant, also known as ETP is a waste water treatment process (WWTP) that is used to treat waste water. It's mostly used in industries like pharmaceuticals, textiles, and chemicals where extreme water contamination is a possibility. Effluent Treatment Plant plays a significant role in the treatment of industrial waste water as well as domestic sewage. Organic matter, inorganic matter, heavy metals, oil & grease, suspended particles, and other contaminants are treated in the wastewater treatment process of an ETP plant. Chemical treatment, biological treatment, a combination of chemical and biological treatment, and thermal treatment are the several types of wastewater treatment plants.

A reverse osmosis plant is a manufacturing plant where the process of reverse osmosis takes place. Reverse osmosis is a common process to purify or desalinate contaminated water by forcing water through a membrane. Water produced by reverse osmosis may be used for a variety of purposes, including desalination, wastewater treatment, concentration of contaminants, and the reclamation of dissolved minerals.^[1] An average modern reverse osmosis plant needs six kilowatt-hours of electricity to desalinate one cubic metre of water.^[2] The process also results in an amount of salty briny waste. The challenge for these plants is to find ways to reduce energy consumption, use sustainable energy sources, improve the process of desalination and to innovate in the area of waste management to deal with the waste. Self-contained water treatment plants using reverse osmosis, called reverse osmosis water purification units, are normally used in a military context.

Sewage treatment is a type of wastewater treatment which aims to remove contaminants from sewage to produce an effluent that is suitable for discharge to the surrounding environment or an intended reuse application, thereby preventing water pollution from raw sewage discharges.

Sewage contains wastewater from households and businesses and possibly pre-treated industrial wastewater. There are a high number of sewage treatment processes to choose from. These can range from decentralized systems (including on-site treatment systems) to large centralized systems involving a network of pipes and pump stations (called sewerage) which convey the sewage to a treatment plant.

A reverse osmosis plant is a manufacturing plant where the process of reverse osmosis takes place. Reverse osmosis is a common process to purify or desalinate contaminated water by forcing water through a membrane. Water produced by reverse osmosis may be used for a variety of purposes, including desalination, wastewater treatment, concentration of contaminants, and the reclamation of dissolved minerals.^[1] An average modern reverse osmosis plant needs six kilowatt-hours of electricity to desalinate one cubic metre of water.^[2] The process also results in an amount of salty briny waste. The challenge for these plants is to find ways to reduce energy consumption, use sustainable energy sources, improve the process of desalination and to innovate in the area of waste management to deal with the waste. Self-contained water treatment plants using reverse osmosis, called reverse osmosis water purification units, are normally used in a military context.

Ultrafiltration is a low-pressure membrane process used to separate bacteria, viruses, and high molecular weight compounds colloidal and particulate matters from a feed stream. Ultrafiltration has larger pores and high permeability with less osmotic effects that allows ultrafiltration to operate at relatively lower pressure than nanofiltration and reverse osmosis and is therefore it is least costly to operate.

Ultrafiltration is widely used in industry as pretreatment for other forms of purification such as ion exchange and reverse osmosis, gelatin and protein concentration in the pharmaceutical industry, sugar clarification in the food and beverage industry, cheese and whey concentration, production of ultra pure water, clarification of juice, downstream processing, membrane bioreactors, treatment of bleach plant effluents, and recovery of lignin compounds in the pulp and paper industry. Ultrafiltration can be used to reject virus, bacteria, pyrogens, endotoxins, and particulates but not ionic species.