VRC offers solutions for Desalination and drinking water using stand alone or a combination of NF, UF, RO, MSF, MED etc. for TDS reduction. It develops and promotes processes for desalination and water reuse using various technologies.
Desalination
VRC develops and promotes desalination and water reuse for industrial process, cooling water, irrigation and drinking purposes. It utilizes UF membrane or NF membrane technology for drinking water purpose. We utilize membrane technology and thermal process to work on a single process or a hybrid process using Reverse Osmosis (RO), Multi-stage Flash Distillation MSF, Multi-Effect Distillation MED for desalination of seawater having salinity is the range of 25,000 to 60,000 ppm.- Compact skid mounted or Containerized as per site requirement.
- Utilizes beach wells on seashore of or water from sea intake located at a distance of 0.50 to1.5 Km.
- Designed to be built-in modules ranging from 1 MLD to as high as 1000 MLD in modular units.
- High Recovery ranging from 35% to 60% depending on the water condition and pretreatment.
- Solar powered SWRO plants.
- Energy recovery using ERT.
We provide resources to industry and institutions for Engineering, Process Design, Engineering, Project management and Troubleshooting of plant operations, techno-feasibility study, data collection, site selection for pilot plant, development of a financial framework, preliminary design and contract document, recommendations for the management of plant through BOT, BOOT, Environmental management and assessment, Estimation of CAPEX & OPEX.
VRC offers end to end solutions for your desalination needs.
VRC undertakes the following studies for the project as an end to end responsibility of the Project: Oceanographic studies, Marine Environmental Impact Assessment studies, Rapid EIA of high saline rejects on coastal marine life and fisheries, mathematical Modeling study on the dispersion of saline rejects disposed of in the sea, Geotechnical Investigations studies to assess the properties of the soil.
