AQUACHLOR Mixed Oxidants — Revolutionary Water Disinfection Technology
On-site synthesis of powerful mixed oxidant solution from water and table salt. 60–90% OPEX reduction. 12–36 months ROI.
On-site synthesis of powerful mixed oxidant solution from water and table salt. 60–90% OPEX reduction. 12–36 months ROI.
EMERALD is an international company headquartered in the United Arab Emirates with over 50 years of expertise in electrochemical technologies.
Our state-of-the-art manufacturing facility in Ras Al Khaimah spans more than 31,000 sq. m and is equipped with precision European CNC machinery, in-house anode coating, titanium welding, and ceramic diaphragm production lines.
With more than 1,600 AQUACHLOR units delivered to projects worldwide — across the USA, Germany, UK, UAE, Kazakhstan, Ukraine, Netherlands, Finland, and Mexico — we are a trusted partner for safe and efficient water treatment.
On-site synthesis of a powerful multi-component disinfectant from just water and table salt — replacing hazardous chemical deliveries with a safe, automated process.
AQUACHLOR synthesizes a mixed oxidant solution by electrolyzing a brine (NaCl + purified water) through a patented modular element MB-26T. The anolyte — mixed oxidants — serves as a powerful broad-spectrum disinfectant. The catholyte — caustic soda (NaOH) — is used for pH correction, coagulation, and flocculation.
The solution contains five active components working in synergy:
Patents: US 8,961,750 | GB 2479286
Patents: US 8,961,750 · GB 2479286
From 25 g/h to 500 kg/h of active chlorine — suitable for any water treatment project.
50 g/h active chlorine
120 g/h active chlorine
3,000 g/h active chlorine
The most cost-effective, powerful, and eco-friendly water disinfection technology available today.
| Method | Key Drawbacks |
|---|---|
| Chlorine Gas (Cl₂) | Transportation & storage hazards, risk of leaks. Forms THMs, bromates. Ineffective against biofilms. |
| Sodium Hypochlorite (NaOCl) | Weak oxidizing activity. Chlorate formation during storage. Sludge deposits in pipes. Forms THMs and HAAs. Ineffective against biofilms. |
| Chlorine Dioxide (ClO₂) | Requires hazardous reagents (NaClO₂ + HCl). Inevitably forms chlorates & chlorites. Destroys HDPE pipes in 2–3 years. Unpleasant taste & odor. |
AQUACHLOR Mixed Oxidants eliminate all of the above drawbacks
Real-world results from major water treatment facilities in the MENA region.
Chlorine dioxide replacement with AQUACHLOR for potable water disinfection. System installed in a 20-foot container on a turnkey basis.
STP effluent disinfection for 30,000 m³/day capacity. Sodium hypochlorite retrofit with AQUACHLOR mixed oxidants.
EMERALD Web Server provides complete remote visibility and management of your AQUACHLOR systems from anywhere in the world.
Tell us about your project and we will provide a tailored solution with detailed cost analysis.
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Our engineers are ready to help you find the most efficient and cost-effective water disinfection solution for your facility.
