BTA Water supplies electrodeionization (EDI) modules and complete systems that generate high‑quality water without using harmful chemicals, offering a chemical‑free alternative to traditional ion‑exchange resin processes. Their EDI technology provides continuous electro‑chemical regeneration, cutting downtime, operational costs, and environmental impact, and the company also acts as an independent sales representative, able to augment customers’ sales teams.
Funding
Funding not disclosed
Founders
Product
Problem
High‑purity water production often relies on mixed‑bed ion‑exchange resin systems that require hazardous chemicals for regeneration, frequent resin replacement, and scheduled shutdowns, leading to high operating costs and environmental concerns.
Solution
BTA Water supplies electrodeionization (EDI) modules and complete systems that continuously regenerate electrochemically, eliminating the need for acid or caustic chemicals. The technology removes ions through a reject (concentrate) stream, maintaining consistent water quality for the life of the module. By removing chemical regeneration steps, the solution reduces downtime, lowers energy and labor expenses, and minimizes the plant’s environmental footprint. Compact, modular designs allow installation in space‑constrained facilities while providing higher purity levels than traditional mixed‑bed resin. BTA Water also operates as an independent sales representative, extending the market reach of EDI manufacturers.
Target Audience
Primary customers are industrial and commercial users that require high‑purity water, such as semiconductor manufacturers, pharmaceutical plants, power generation facilities, and research laboratories.
Features
- Continuous electrochemical regeneration that removes ions without chemical additives
- Ability to achieve higher purity water than mixed‑bed resin systems through efficient ion removal
- Consistent water quality maintained via a reject stream, eliminating performance drift over time
- Reduced operating costs from lower energy consumption, minimal resin replacement, and decreased labor
- Compact, modular footprint suitable for facilities with limited space
- Near‑zero downtime since modules do not require shutdown for regeneration or media change
- Extended module lifespan compared with resin cartridges, delivering long‑term cost savings
- Flexible design options to accommodate a wide range of flow rates and inlet water qualities
- Elimination of cross‑contamination risk associated with off‑site resin regeneration