Reverse Osmosis Plant

Industrial RO Plant

We give the best Services

Perfectly engineered yet Simple reverse osmosis plants by Aman Water Tech are ideal for a wide spectrum of applications. We ensure excellent performance, stringent designs, smooth operation and durability to our clients. Our RO plants are cost-effective because they need low maintenance. Less membrane fouling, long life of the membrane and maximum recovery of permeate bring customer delight.
Our RO systems remove the dissolved contamination up to the maximum possible extent. High-speed pressure pumps and best in class semi-permeable membranes achieve great results.

How we make your RO plant special?

  • Wide range of plants from 0.25KLPH to 75KLPH
  • Well-organized design
  • Complete monitoring and tracking system
  • The maximum TDS removal
  • Long life and reduced fouling of the membrane
  • Excellent water quality
  • Smooth operation and low maintenance requirement
  • Plug and play

Reverse Osmosis (commonly referred to as RO) is the process of deionizing or demineralising water by passing it through a semi-permeable. Before understanding the effectiveness and need reverse osmosis process, let’s understand the process of Osmosis first. When the weaker saline solution migrates to a strong saline solution, it is called Osmosis. It is a commonly occurring phenomenon in nature with a variety of uses and applications. Our kidneys absorb water from the blood or plant roots absorb water from the soil are some examples.
Reverse osmosis is the process in a reverse manner. Whereas the osmosis process occurs naturally without any need for energy, you need to apply energy to perform reverse osmosis. The membrane used in this case allows the water molecules to pass but stops the majority of the salts and impurities dissolved in the water typically; it stops organic material, salts pyrogens, and bacteria. Since it is against the natural process, you need to put a lot of energy for pushing the water through the RO membrane. It desalinates the water, lets the pure water pass through the membrane, and holds back the majority of contaminations.

Statistics says that up to 95 to 99 present of dissolved salt gets removed in the process. The more salt concentration is there in the input water stream, higher is the pressure required to pass it through the membrane.

When the water molecules pass through the membrane under very high-pressure salts or contaminants hold back. They get discharged through the system by the reject stream. Rejected water may be drained out or sent to the feed water supply, depending on the design.
RO systems use cross filtration and not the standard filtration where the contamination get accumulated in the filter media. In this case, the solution passes through the filter in two different ways, contaminated water goes in one direction and the filtered water in other. Crossflow filtration cleans the contaminant build-up so that the membrane surface remains clean.

We being the reverse osmosis plant manufacturers and suppliers pride ourselves to be considered as one of the best in town.
• It can remove up to 99% organic, particulars, ions, pyrogens, and bacteria. However, it doesn’t claim 100% removal of bacteria and viruses.
• Contaminants are rejected based on their molecular weight and size. Typically, particles of molecular weight more than 200 get rejected by a well-maintained RO system. To give an example.
• It also identifies contamination based on the ionic charge. Molecules with a high ionic charge will not pass through the membrane. Gases such as CO2 don’t have highly charged atoms, and their molecular weight is also low. Hence, they pass through the membrane. It is the reason. RO water has a higher pH value.
Reverse Osmosis is a multipurpose, versatile method of purifying water. It can treat surface and groundwater very effectively. It can treat brackish water also. RO is ideals for both large and small flow applications.
Industries such as boiler feed, pharmaceutical, semiconductor manufacturing, metal finishing food and beverage widely use RO water. They have a requirement of huge RO treatment plants that Aman water tech. Is capable of providing. Our experts work with clients to understand their needs. We suggest the best solution.
A few parameters determine the efficiency and usability of RO systems. The quality of water, flow, and pressure are some important aspects. Also, hours of operations, the temperature of the water, feed pressure, permeate pressure and concentrate pressure are also important. Feed and permeate conductivity, feed and permeate flow, and salt rejection percentage are some other parameters.
Due to the excellent performance and quality of the output water, good quality reverse osmosis plants are in high demand. We have a complete range of choices to the customers spread across industries.

  • TFC RO Membranes ensure optimum water quality
  • High pressure 316 stainless steel vertical multistage feed pump
  • ASME Code FRP, RO pressure vessels with pressure relief protection
  • UPVC low pressure feed, product and reject piping, 316L stainless steel high pressure piping
  • Epoxy coated carbon steel / SS frames
  • Dry contacts are provided for chemical feed, pre-treatment equipment, storage tank levels, and pressure switches
  • All alarm and shut down conditions are indicated on the control interface.
  • User-friendly programmable controls
  • High quality components ensure continuous, reliable operation
  • Pre-engineered systems mean easy installation
  • Clean-in-place connections maximize system availability
  • Compact footprint saves valuable floor space
  • Quick equipment delivery keeps project moving fast
  • Easy to install and operate.
  • Produces high quality Water
  • Variety of cost effective standard models.
  • Boiler water Treatment
  • Cooling Tower Water Treatment
  • Process Water
  • Drinking Water
  • Horticulture for high end crop
  • Dialysis
  • Laboratories
  • Water For injection (WFI)
  • Water for electrical conductor circuits
  • Wastewater recycling
  • Zero Liquid discharge system
  • School
  • College
  • factory