Archive for Danielle Francisco

Voltea Announces Partnership with HOMES Water! Voltea, the world’s leader in Membrane-Capacitive Deionization (CapDI©), for tunable, salt-free and chemical-free water softening and desalination, is excited to announce a collaboration with HOMES Water! Voltea’s partnership with HOMES Water is a significant move forward into the sustainable, environmentally responsible water desalination movement. Water conservation and chemical minimization […]

Voltea and LPE International Announce Collaboration! Voltea, the world’s leader in Membrane-Capacitive Deionization (CapDI©), for tunable, salt-free and chemical-free water softening and desalination, is excited to announce a collaboration with LPE International (Liquid Purification Engineers International Co., Ltd.)! LPE representatives visited our international office in Sassenheim, The Netherlands, where they purchased an IS-2 System to […]

Voltea Releases CapDI© Systems and Products Catalog Voltea, the world’s leader in Membrane-Capacitive Deionization (CapDI©), for tunable, salt-free and chemical-free water softening and desalination, is excited to release our latest CapDI Technology Systems and Products Catalog! Our recent Industrial and Commercial Systems update has required an updated brochure of our full line of systems for […]

Voltea Announces Revamped Product Line! Voltea, the world’s leader in Membrane-Capacitive Deionization (CapDI©), for tunable, salt-free and chemical-free water softening and desalination, has a major technology announcement! Starting June 1, Voltea is offering a transformed line of Industrial and Commercial systems, dramatically improving cost, operational efficiency, footprint and longevity. Engineering advances to Voltea’s CapDI systems […]

Voltea Releases CapDI for Horticulture Case Study Voltea, the world’s leader in Membrane-Capacitive Deionization (CapDI©), for tunable salt-free and chemical-free water softening and desalination, has created a case study based on our CapDI installation at a horticulture facility in Mexico. This case study focuses on how our CapDI technology cost-effectively and tunably removes dissolved salts […]

Voltea Hires Global Supply Chain Leader, Rekha Masilamani Voltea, the world’s leader in Membrane-Capacitive Deionization (CapDI©), for tunable salt-free and chemical-free water softening and desalination, announced today the addition of Rekha Masilamani, Global Supply Chain Leader, effective March 1, 2017. Rekha joins the Voltea Operations Team at the Dallas office, reporting to Timothy Cavitt, Chief […]

Voltea and David H Paul CapDI Webinar – Video and Q&A! Voltea, the world’s leader in Membrane-Capacitive Deionization (CapDI©), for tunable salt-free and chemical-free water softening and desalination, teamed up with David H Paul to conduct a FREE educational CapDI webinar on April 5, 2017. Attendance was impressive and we thank everyone who joined! For […]

Voltea Releases CapDI for Commercial Laundry Case Study Voltea, the world’s leader in Membrane-Capacitive Deionization (CapDI©), for salt-free and chemical-free water softening and desalination, has created a case study based on our CapDI installation at a commercial laundry facility in the U.S.. This case study focuses on how our CapDI technology cost-effectively removes dissolved salts […]

Voltea and Synergy Ambiental Hold CapDI© Demonstration Seminar in Mexico Voltea, the world’s leader in Membrane-Capacitive Deionization (CapDI©), for salt-free and chemical-free water softening and desalination, recently held a CapDI demonstration seminar in conjunction with Synergy Ambiental, focusing on the importance of achieving sustainability through water treatment and water reuse. The seminar was held in […]

Voltea’s Bryan Brister Featured in Water Desalination + Reuse Magazine Voltea’s CEO, Bryan Brister, did an interview with Water Desalination + Reuse where the attached article was written. This article covers our CapDI technology and how it compares to other desalination technologies, and the progress we have made to make it a more cost-effective desalination […]