About Polyelectrolyte Dosing System
The provided Polyelectrolyte Dosing System is mainly used in the waste water systems and industries. It is used to suspend materials, for example, organic matter, mud, turbidity. decaying vegetation, and dirt. The system keeps on working throughout the day. Our Polyelectrolyte Dosing System never overloads the clarifier and works well even in the rainy season. It can enhance the overall productivity of water treatment systems with amplified throughput, water quality, and minimized system maintenance.
Technical Specification :
Usage/Application | Chemical Dosing |
Brand | Raybon |
Voltage | Standard |
Automation Grade | Semi-Automatic |
Material | Ss |
Color | Any |
I Deal In | New Only |
Advanced Control & AutomationDesigned with a Digital Touch Panel and LCD display, the system provides intuitive and error-proof control. Featuring PLC-based automation, users can set and monitor dosing parameters precisely, enhancing operational efficiency. The integrated sensors and motor-driven mechanism ensure consistent performance with minimal manual intervention, making it ideal for large-scale and demanding industrial environments.
Flexible Operation & Robust DesignSupporting both continuous and batch operation modes, the Polyelectrolyte Dosing System delivers versatility to suit varied process requirements. The floor or skid-mounted structure enables easy installation. Made from SS 304/316 materials, the system withstands challenging conditions, while IP55 protection ensures durability and safety even in damp environments.
High Efficiency & Cost SavingsWith a recycle rate of 95% and purity levels above 99%, the system offers impressive chemical utilization and water recovery, reducing both cost and environmental impact. Energy-efficient with low power consumption (0.52 kW) and noise levels below 70 dB, it provides reliable, unobtrusive operation. Users benefit from easy maintenance, quick installation, and substantial improvements in process efficiency.
FAQs of Polyelectrolyte Dosing System:
Q: How does the Polyelectrolyte Dosing System ensure precise chemical dosing?
A: The system is equipped with PLC-controlled dosing and high-accuracy pumps, achieving 2% dosing accuracy. Integrated sensors and automatic grade operation further maintain precise chemical supply for consistent water treatment results.
Q: What types of chemicals are compatible with the dosing system?
A: This system is compatible with both anionic and cationic polyelectrolytes, allowing it to be utilized in a wide range of industrial water treatment and chemical processes.
Q: When should continuous vs. batch operation mode be selected?
A: Continuous mode is suitable for ongoing, large-scale processes like industrial wastewater treatment, while batch operation is ideal for smaller or intermittent applications where precise quantities are dosed at specific intervals.
Q: Where can the system be installed, and what is its mounting type?
A: The Polyelectrolyte Dosing System can be installed on the floor or mounted on a skid for flexible location within industrial facilities, ensuring stability and ease of integration with existing processes.
Q: What is the process for setting up and using the system?
A: Installation involves placing the floor/skid-mounted system at the desired location, connecting inlet and outlet via BSP connections (1"-2"), setting up the electric supply (220-240V AC), and configuring parameters via the digital touch panel. Operation is automated, requiring minimal intervention beyond routine checks.
Q: How does the system benefit industrial users?
A: Industrial users gain from the systems exceptional dosing accuracy, high efficiency (97%), water recovery, low noise, and robust design. This leads to cost savings, better process control, and reduced potential for chemical wastage.
Q: What applications are ideal for this dosing system?
A: The system is best suited for wastewater treatment, effluent treatment plants (ETP), sewage treatment plants (STP), and chemical processing industries, providing reliable operation and compliance with industrial standards.