Envirolyte ECO industrial water ionizers are designed for tap water purification and production of alkaline ionized drinking water in industrial and commercial projects. The ECO series uses electrochemical activation, oxidation-reduction processes and integrated catalytic treatment to improve water quality close to the point of use.
These industrial alkaline water generators are used in drinking water preparation, water bottling plants and projects where operators need controlled on-site water treatment with scalable output, stable operation and low-maintenance equipment. Envirolyte ECO systems can be evaluated for facilities that require purified, pleasant-tasting potable water while retaining beneficial mineral content where appropriate.
The current Envirolyte ECO series is presented with NSF/ANSI/CAN 61 Drinking Water System Components – Health Effects certification and is supported by project examples from bottling plants in Mauritius, India and the USA. For background on the underlying process, see electrochemical activation technology, diaphragmatic cells and electrolysed water solutions.
ECO Series Alkaline Ionized Water Generators
Envirolyte ECO units are designed to purify tap water and generate alkaline ionized water using a multi-stage process that includes anodic electrolytic oxidation, additional electrocatalytic and chemical oxidation in an intermediate vortical reactor tank, and catalytic purification in a catalytic reactor.
ECO units are reported to have undergone technical and independent medical-biological testing, and the treatment process may address microbial contamination, organic compounds including phenols, and selected water quality issues. Final project claims should always be validated against the incoming water analysis, required drinking water standard, local regulations and available test documentation.
| Parameter | Specification or project note |
|---|---|
| Product series | Envirolyte ECO industrial water ionizers / alkaline ionized water generators. |
| Primary purpose | Tap water purification and production of alkaline ionized drinking water. |
| Technology | Electrochemical activation, oxidation-reduction treatment and catalytic purification. |
| Core components | Diaphragmatic electrochemical flow-through cell, catalytic reactor, vortical reaction chamber and VDC power source. |
| Certification statement | Presented by Envirolyte as NSF/ANSI/CAN 61 Drinking Water System Components – Health Effects certified. |
| Typical installations | Water bottling plants and industrial drinking water preparation projects. |
| Materials | Non-corrosive enclosure with EPDM/PVDF tubes and connectors. |
| Maintenance | Self-cleaning cycle, designed without movable or routinely replaceable parts. |
Installation Examples
Envirolyte shows ECO industrial water ionizers installed in bottling plant projects. The project photographs show Envirolyte ECO industrial water ionizers installed at bottling plants in Mauritius, India and the United States.
How the ECO Water Ionization Process Works
The ECO process is based on controlled treatment of incoming water inside a diaphragmatic electrochemical cell and downstream reactor modules. The system uses a special diaphragm between the anode and cathode chambers to support ion migration while preventing uncontrolled mixing of the chamber streams.
During the treatment process, water undergoes anodic electrolytic oxidation, electrocatalytic and chemical oxidation, and catalytic purification. The electrodes use special coatings that include oxides of ruthenium, iridium, platinum and titanium, while the ultrafiltrating ceramic diaphragm is made from zirconium, yttrium and aluminium oxides.
Key Features and General Specifications
| Feature | Customer value |
|---|---|
| Self-cleaning cycle | Supports easier maintenance and stable productivity. |
| Diaphragmatic cell design | Maximizes contact between processed water and electrodes for effective electrochemical treatment. |
| Optimized hydraulic design | Low hydraulic resistance helps maintain the required flow rate through the cell chambers. |
| Durable electrodes and membranes | Designed to withstand high electrochemical loading in industrial operation. |
| Non-corrosive construction | Enclosure, tubes and connectors are selected for compatibility with treated water and process conditions. |
| Simple manual operation | A basic on/off switch with power indication supports straightforward daily operation. |
| No movable or replaceable parts | Reduces mechanical complexity and routine maintenance requirements. |
Typical Applications
Industrial water ionizers can be evaluated for water bottling plants, drinking water preparation, industrial water purification and process-support projects where alkaline ionized water is required. Related Envirolyte application areas include on-site water disinfection, food processing, industrial applications and CIP solutions for processing equipment.
| Application | How ECO water ionizers can help |
|---|---|
| Water bottling plants | On-site preparation of alkaline ionized drinking water for bottling operations. |
| Drinking water projects | Purification and treatment of tap water according to project-specific water quality targets. |
| Food and beverage facilities | Integration with broader water treatment and hygiene systems after site validation. |
| Industrial facilities | Controlled on-site water treatment where alkaline ionized water is part of the process requirement. |
Health-Related Information and Important Disclaimer
The properties commonly discussed in relation to alkaline ionized water include pH, ORP, mineral content and hydration-related characteristics. Information about these properties is provided as general background and must not be presented as medical advice, disease treatment, disease prevention or a guaranteed health outcome.
Envirolyte water does not replace medical treatment, and no health outcome is guaranteed. Any health-related claim must be supported by appropriate scientific evidence and comply with the applicable product classification and market regulations.
Technical Documents and Related Resources
- Envirolyte downloads and datasheets
- Envirolyte Corporate Brochure PDF
- Envirolyte electrolysis cells
- Microbiological testing of Envirolyte anolyte
- By-products testing
- Quality control and certifications
Industrial Water Ionizer Videos and Project References
The following videos show Envirolyte ECO alkaline ionized water generator references, including media coverage of ALKALINE88 and ECO-1500, as well as an ECO-7200 installation at H2U Watercare India PVT LTD.
ALKALINE88 and ECO-1500 on Good Morning Phoenix
ALKALINE88 and ECO-1500 on Phoenix KSAZ-TV
ALKALINE88 and ECO-1500 on KTVK-TV 9 PM News
ECO-7200 Alkaline Ionized Water Generator at H2U Watercare India PVT LTD.
Frequently Asked Questions
Industrial water ionizers are water treatment systems designed to process incoming water and produce alkaline ionized water for drinking water, bottling or industrial projects.
The Envirolyte ECO series is used for tap water purification and alkaline ionized water production, including bottling plant installations and industrial drinking water preparation projects.
Envirolyte presents the ECO series alkaline water generators as certified to NSF/ANSI/CAN 61 Drinking Water System Components – Health Effects.
The ECO process combines electrochemical treatment in a diaphragmatic flow-through cell with oxidation-reduction reactions, a vortical reaction chamber and catalytic purification.
No. Envirolyte water does not replace medical treatment, and no health outcome is guaranteed. Any health-related claim must be supported by appropriate scientific evidence and comply with applicable regulations.
Request Industrial Water Ionizer Support
For technical guidance, application evaluation or model selection, send your enquiry to Envirolyte Industries International Ltd. Envirolyte can help assess incoming water quality, required output volume, alkaline water targets, installation conditions, certification requirements and integration with drinking water, bottling or industrial treatment systems.
