15 Jul Voltea’s CapDI vs RO at 2,000 ppm TDS
Voltea’s CapDI© vs RO at 2,000 ppm TDS
Sassenheim, July 15 2016- Authored by Heather Leighow
Voltea, the world’s leader in membrane Capacitive Deionization (CapDI©), has performed a detailed technical analysis supported by field data from various installation sites that compares CapDI technology to that of Reverse Osmosis (RO), now at 2,000 ppm TDS. In the desalination/water purification technology field, CapDI has often competed with RO in all aspects of the business, from capital and operating expenses (including energy consumption and consumables costs), to operational efficiency and water recovery rates. Voltea’s CapDI technology costs have now reached parity with that of RO, and this document details all aforementioned aspects of measure with CapDI consistently at the advantage. We recently released this data at a 500 ppm TDS level, and due to client feedback are able to provide the same data at this higher salinity level.
See Attached Document: CapDI vs RO 2000 ppm
If your business uses RO, or if you are considering the purchase of an RO unit, ask yourself if you are satisfied with the expected costs, energy consumption, and predicted water recovery to fully understand the true cost of ownership. By evaluating the attached document, you can see how CapDI dwarfs RO in savings, performance and sustainability, and we would like to challenge you to find a situation where RO is a more desirable and sustainable option subject to similar process conditions. Contact our sales team at firstname.lastname@example.org or +31(0)252.200.100 to take advantage of this challenge!
Voltea has been delivering electrochemical water-conditioning equipment to institutional, commercial and industrial customers for over 9 years. Voltea’s CapDI© systems remove dissolved salts from water using electricity at a lower economic and environmental cost than any other available technology. Voltea was recognized as one of the 21 Technology Pioneers 2013 at the World Economic Forum, listed in the 2011 Global Cleantech 100 and won the best new technology award at the 2010 Global Water Summit.