Boosting Chlorate Production Efficiency: Ti Anode Fabricators Pvt. Ltd. Manufactures Chlorate Cell with New Anodic Module (Nc-37); Cd - 4

Are High Energy Costs and Frequent Anode Replacements Hindering Your Chlorate Plant Operations in Harsh Environments?

Chlorate plants worldwide, including those in emerging markets like Uzbekistan, contend with persistent pain points: excessive power consumption from inefficient chlorine evolution, rapid anode wear in hot, chloride-rich electrolytes leading to downtime, and inconsistent chlorate yield that escalates production costs and delays supply to pulp bleaching, herbicides, and explosives industries. These issues compound under demanding conditions, threatening profitability and sustainability goals.

Ti Anode Fabricators Pvt. Ltd. addresses these challenges head-on with the Chlorate Cell for Chlorate Plant, featuring the advanced New Anodic Module (Nc-37); Cd - 4, manufactured using premium Titanium & MMO. This high-performance module, boasting 37 sq.m active area, delivers optimized electrolysis for reliable sodium chlorate generation in industrial-scale setups.

Real-World Application: Enhancing Chlorate Plant Performance in Uzbekistan

Installed successfully in Uzbekistan, the Chlorate Cell for Chlorate Plant using Titanium & MMO supports robust, continuous operation in large brine-based facilities. The Chlorate Cell for Chlorate Plant excels in undivided cell configurations, where chloride oxidation produces chlorine that reacts to form hypochlorite, then chemically converts to chlorate in bulk solution—achieving high current efficiencies while minimizing oxygen side-evolution.

Technical specs highlight its superiority: designed for current densities around 4 kA/m² (Cd - 4), the New Anodic Module (Nc-37) maintains low cell voltages (typically 3.0-3.5V), enabling energy consumption as low as 5-6 kWh/kg NaClO₃. The 37 sq.m capacity scales effectively for multi-ton daily output, with modular design facilitating easy integration and maintenance in existing plants.

Titanium & MMO: Engineered for Superior Corrosion Resistance and Catalysis

The Chlorate Cell for Chlorate Plant using Titanium & MMO leverages Titanium & MMO raw materials for exceptional durability. Titanium substrate provides inherent corrosion resistance via a protective TiO₂ layer, withstanding aggressive hot chloride-hypochlorite media without pitting or degradation. MMO coating—typically ruthenium-iridium oxides—ensures low overpotential for chlorine evolution, high oxygen suppression, and extended service life (often exceeding 5-10 years), reducing replacement frequency and electrolyte contamination compared to graphite or lead dioxide alternatives.

This synergy in the Chlorate Cell for Chlorate Plant boosts current efficiency (>90%), suppresses parasitic reactions, and supports stable performance at elevated temperatures (70-90°C) and pH-controlled conditions.

Ti Anode's Proven Expertise and Uncompromising Quality Assurance

With specialized focus on electrochemical solutions, Ti Anode Fabricators Pvt. Ltd. manufactures the Chlorate Cell for Chlorate Plant using Titanium & MMO at its ISO-certified facility in Chennai. Fabrication starts with high-purity titanium (ASTM-grade) expanded mesh or plates, followed by precise MMO coating via thermal decomposition for uniform adhesion and catalytic activity.

Quality assurance includes multi-stage checks: substrate ultrasonic inspection, coating thickness verification via XRF, adhesion testing, SEM analysis for microstructure uniformity, and accelerated electrochemical life testing in simulated chlorate brine to confirm low wear rates and stable performance. Every New Anodic Module (Nc-37); Cd - 4 undergoes final polarization scans and dimensional verification, ensuring compliance with industry benchmarks for zero-defect delivery.

Transforming Chlorate Production for a Sustainable Future

Deployed in Uzbekistan and beyond, this Chlorate Cell for Chlorate Plant (37 sq.m) drives lower OPEX, higher throughput, and eco-friendly operations—aligning with global demands for efficient chemical manufacturing.

Ready to optimize your chlorate production? Contact Ti Anode Fabricators Pvt. Ltd. now at mohan@tiaano.com or visit www.chloralkalianode.com. Upgrade to the Chlorate Cell with New Anodic Module (Nc-37); Cd - 4 and unlock unmatched reliability and efficiency!