We supply professional-grade chemistry and electrochemical systems for disinfection, potable water, point-of-use disinfectant generation, and contaminated effluent remediation. Our focus includes food & beverage, municipal water, pools, mining, and high-load industrial wastewater.
High-purity chlorine dioxide solution (~3000 mg/L) for microbial control and advanced oxidation in process water, CIP lines, and potable water applications.
Typical use: beverage and food plants, CIP disinfection, microbial load reduction without heavy chlorinated byproducts.
Industrial-grade ozone generation for advanced oxidation, direct disinfection, and process water polishing with minimal persistent residuals.
Typical use: potable water treatment, high-turnover commercial pools, odor/chloramine reduction.
Controlled sodium hypochlorite in the 1–5% active chlorine range. Traceable and spec’d for potable water and surface sanitation.
Typical use: municipal water treatment, sanitation in food plants, industrial water storage.
Iodine-based solution at 3% active for controlled sanitation in high-microbiology zones and analytical support in lab workflows.
Typical use: labs, healthcare environments, high-control hygiene surfaces.
Operational ready chlorine solution for microbial reduction on process surfaces, rinse water, and contact areas in food & beverage facilities.
Typical use: production surfaces, rinse stages, quick-turn sanitation loops.
Inline pH conditioning for corrosion control, scale control, analytical process stability, and discharge compliance.
Typical use: industrial process water with tight pH windows, anti-fouling pretreatment of effluent.
Electrolysis platforms to generate disinfectant on-site in batch or continuous flow. Reduces dependence on transported bulk chemicals and improves safety.
Typical use: municipal water plants, public/high-load pools, remote facilities.
Targeted removal of heavy metals, surfactants, and pesticides via controlled electrochemical oxidation/reduction stages.
Typical use: mining, agro-industrial runoff, high-load chemical effluents where biology alone is not enough.
Technical recovery of electrochemical cells and solutions — including spent caustic recovery — to extend system life and reduce operating cost.
Typical use: legacy electrochemical systems with degraded performance or high OPEX.
