Electrode Assembly Manufactured by Tiaano: Reliable 25 GPH On-Site Chlorine Generation for Brine Chlorination
Still Relying on Hazardous Chlorine Gas Cylinders When a Compact Electrode Assembly Can Produce Pure Sodium Hypochlorite Safely On Demand?
Transporting, handling, and storing chlorine gas or bulk hypochlorite invites regulatory headaches, safety risks, and escalating costs. A high-efficiency electrode assembly for brine chlorination eliminates these issues entirely while delivering consistent disinfectant strength exactly where and when you need it.
Ti Anode Fabricators Pvt. Ltd – Pioneers in Electro-Chlorination Technology Since 1992
Based in Chennai, India, Ti Anode Fabricators Pvt. Ltd (Tiaano) designs and manufactures world-class electrolytic cells and electrode assemblies for seawater and brine-based chlorination systems. With over 2,500 successful installations across five continents, Tiaano remains the preferred choice for robust, long-life electrode assemblies that perform flawlessly in continuous brine chlorination duty.
Core Function of the Electrode Assembly in Brine Chlorination
The electrode assembly is the heart of any electro-chlorinator. Using low-voltage DC current, it electrolyzes a dilute brine solution (3–5% NaCl) to produce sodium hypochlorite (NaOCl) along with trace hydrogen gas. The mixed metal oxide (MMO) coating on the titanium substrates enables high chlorine evolution efficiency (>90%) while resisting scaling and corrosion – ensuring stable output throughout the system’s service life.
Custom-Designed Specifications for Optimum Performance
The recently dispatched unit carries Tiaano’s proven designation BCP/PPE-0.025:
- Chlorine Production Capacity: 25 grams per hour (25 GPH)
- Cell Type: Parallel Plate Electrolyzer (PPE) with bipolar configuration
- Active Coating: Ruthenium-Iridium based MMO optimized for hypochlorite generation
- Design Current Density: 1500–2000 A/m²
- Expected Coating Life: Minimum 8 years in continuous brine operation
Clear Product Overview
This compact electrode assembly features multiple titanium plates arranged in a non-spaced bipolar configuration inside a corrosion-resistant PVC or CPVC housing. Transparent end flanges allow visual monitoring of flow and electrode condition. Pre-assembled power leads and quick-connect brine/hypochlorite ports reduce installation time to under one hour.
Diverse Applications of Electrode Assembly in Brine Chlorination
- Municipal drinking water treatment plants
- Industrial process water disinfection
- Cooling tower biocide dosing
- Food & beverage CIP sanitation
- Swimming pool and aquarium water treatment
- Remote community water supply schemes
- Effluent reuse and sewage treatment plants
Why Industry Professionals Trust Tiaano for Electrode Assemblies
- Popular capacities (10–100 GPH) maintained in ready stock – dispatch within 48 hours
- Fully custom electrode assemblies delivered in just 3–4 weeks
- Direct factory pricing with no distributor margins
- Comprehensive after-sales support including remote performance diagnostics
- All units compliant with NSF/ANSI 61 and Indian drinking water standards
- Proven lowest total cost of ownership in long-term field data
Recent Dispatch: 25 GPH Electrode Assembly Delivered to Leading Indian Water Treatment Specialist
This high-performance electrode assembly (Model BCP/PPE-0.025) has just been shipped to a major system integrator in western India serving municipal corporations and large industrial townships. As India pushes toward safer, decentralized chlorination under Jal Jeevan Mission and Atal Bhujal Yojana, demand for reliable brine chlorination systems is surging.
If your project in Gujarat, Maharashtra, Tamil Nadu, Karnataka, or any other state requires fail-safe on-site hypochlorite generation, Tiaano is ready to be your technology partner.
Switch to Safer, Simpler Disinfection Today
Upgrade to Tiaano’s field-proven electrode assembly and eliminate chlorine supply chain vulnerabilities forever.
Get in touch now for a free system sizing and ROI calculation.
Website: www.ecanode.com Email: mathi@tiaano.com