At Voltea, our mission revolves around providing a superior solution to water reuse and desalination, where we put our natural resources and environment first. The lasting effects that harsh salts and chemicals have on our water sources is brutally evident, and only regressing with each salt refill and discharge using current traditional desalination and reuse technologies.
Environmentally responsible solutions to water reuse and desalination are crucial to our generation - and our future - and Voltea surpasses these expectations by providing a tunable, salt-free, chemical-free desalination technique that every home and business can adopt.
The tunability feature of Voltea’s Membrane Capacitive Deionization (CapDI©) is what differentiates our technology from traditional desalination technologies; we allow treatment of brackish water sources where the customer can choose the level of salt and ion removal based on their treatment needs.
No longer is it necessary to replace removed salt with other salts, add chemicals for cleansing purposes, or cool then re-heat water for high-temperature reuse applications. CapDI accomplishes this all while reducing environmental impact, energy costs, and operational inefficiencies.
We specialize in tunable water deionization that is designed to remove total dissolved salts (TDS) from a variety of water sources, ranging from tap water and brackish groundwater to industrial process water. CapDI achieves this at a lower economic cost and reduced environmental impact than any other available technology.
Uniquely, CapDI operates at temperatures ranging from 5 - 60 °C, or 40 - 140 °F, on challenging higher turbidity feed waters, with minimal operator intervention. Our technology is environmentally friendly by virtue of its low energy consumption and minimal to no chemical usage, thus allowing any unrecovered water to flow back into the ecosystem safely.
Voltea’s technology treats water types ranging from residential consumer appliances to large-scale industrial plants. Our systems are modular, allowing easy expansion to meet any increased water demands.
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