Pollution control

Pollution control systems for the battery industry

State-of-the-art pollution control solutions, specifically designed for lead-acid battery factories, ensuring compliance with the highest environmental standards while maximizing operational efficiency. Engineered to integrate seamlessly into a comprehensive turnkey solution, our pollution control services provide a reliable and efficient way to safeguard both your operations and the environment. With DSC, you can trust that your facility is equipped with the latest technologies to maintain a clean, sustainable, and compliant production environment.

Scrubber systems

Gas neutralization: Chemical reactions are used to neutralize lead fumes, acid mist and other harmful gases.
Multi-stage: Multiple stages to maximize the removal efficiency of pollutants, ensuring cleaner air emissions.
Corrosion-resistant: High-grade materials that can withstand harsh chemical environments, ensuring long service life.
Compact: Designed to occupy minimal space while providing maximum scrubbing efficiency, allowing easy integration into existing factory layouts.
Automated: Sensors and control mechanisms to monitor and adjust performance, optimizing efficiency and reducing manual intervention.

Smoke filters

High-efficiency HEPA filters: Capable of removing up to 99.97% of particulate matter, including fine dust, lead particles, and other airborne contaminants.
Electrostatic precipitators: Uses electrical charges to attract and capture smoke particles, reducing emissions and improving air quality.
Advanced filtration: Features multi-layered filter materials to capture a wide range of particle sizes and types.
Automatic cleaning: Self-cleaning mechanisms that reduce maintenance requirements and prolong filter life.
Low pressure drop design: Ensures minimal energy consumption while maintaining high filtration efficiency.

Water treatment

Chemical treatment: Advanced remove dissolved solids, heavy metals, and other impurities from water, while chemicals are used to neutralize pH levels and precipitate dissolved metals.
Sludge dewatering: Separates solid waste from treated water, reducing disposal costs and improving water clarity.
Recycling: Treated water can be reused within the factory, reducing overall water consumption.
Low energy consumption and minimal waste.
Real-time water quality monitoring with smart sensors for automated operation and remote monitoring and automatic alarms for deviations.