Overview

High-voltage electrostatic dry dust removal system, suitable for comprehensive treatment of large-volume industrial flue gas dust

Overview

The equipment adopts a modular, split-type electric field design, with a robust structure, large air volume, and low resistance, and can efficiently handle high-temperature, high-concentration, and large-volume industrial dry flue gas dust. The equipment features a high degree of automation, stable dust removal performance, and long service life, making it suitable for large-scale industrial continuous dust-generating conditions. It is a core device for industrial flue gas treatment, ultra-low emissions, and workshop dust and noise reduction, effectively optimizing the factory production environment and meeting national environmental protection ultra-low emission standards.

Features

This equipment boasts stable, efficient, and long-lasting electrostatic adsorption purification capabilities for high-temperature flue gas, fine dust, suspended particulate matter, and aerosol dust generated in industrial production. It features stable performance, low operating costs, and extremely high cost-effectiveness, making it suitable for continuous 24-hour industrial operations.

The overall dust removal efficiency reaches over 99.9%, with excellent interception and adsorption effects on PM2.5 micron-level fine dust and ultrafine smoke dust. The purified flue gas can be directly discharged in compliance with standards, and waste heat can be recovered and recycled according to operating conditions, effectively reducing the enterprise's energy consumption for exhaust emissions and production and maintenance costs.

Equipped with an intelligent high-voltage power supply control system and a mechanical vibration dust removal device, manual cleaning is eliminated. Timed automatic vibration removes dust adhering to the plates and wires, ensuring thorough cleaning without secondary dust re-entrainment. The fully automated intelligent operation significantly reduces manual maintenance costs.

The equipment's high-voltage power supply and drive motor meet national energy-saving and safety standards, ensuring stable operating voltage, low energy consumption, low operating noise, and smooth overall operation. It is suitable for harsh industrial environments with high temperatures and heavy loads, meeting industrial energy-saving, safety, and environmental protection requirements.

It adopts a dry dust collection and ash storage structure, equipped with a large-capacity sealed ash hopper and convenient unloading device. Dust collection is centralized, and unloading is smooth and convenient. The equipment has strong airtightness, eliminating dust and air leakage. Cleaning and maintenance require no special tools, making operation and maintenance safe, simple, and efficient.

The equipment features a standard integrated modular high-voltage electrostatic precipitator, using a high-strength alloy plate and corrosion-resistant cathode wire assembly process. Installation and disassembly are convenient, requiring no special tools, allowing for quick maintenance and parts replacement. The electric field is equipped with a dedicated insulating and sealed structure, achieving fully sealed insulation protection, eliminating high-voltage leakage and short-circuit problems, and ensuring continuous and stable dust removal efficiency. The electrostatic field is suitable for high-temperature, dry, and high-flow-rate flue gas conditions. It boasts strong dust adsorption capacity, is not prone to clogging, is corrosion-resistant, and high-temperature resistant, significantly extending equipment lifespan.

Core Applicable Scenarios

The equipment is suitable for high-flow-rate, high-temperature flue gas dust removal scenarios in various industries such as heavy industry, chemical industry, and energy, covering various dry electrostatic precipitator conditions. Core application scenarios include: thermal power generation, thermal heating, metallurgical sintering, steel smelting, cement kiln tail gas, chemical tail gas, waste incineration, biomass combustion, mine drying, building material roasting, high-temperature flue gas in powder industry, industrial boiler exhaust, and other high-temperature, high-flow-rate dust-generating processes.

Convenient Maintenance Design

The equipment comes pre-installed with complete standardized electrostatic precipitator components, including corrosion-resistant and wear-resistant anode plates, high-efficiency discharge cathode wires, high-strength insulating supports, intelligent high-voltage power supply, automatic rapping components, and sealed accessories. It offers a complete set of accessories and strong adaptability. The entire unit adopts a fully enclosed, integrated structure, coupled with high-temperature resistant insulating gaskets, ensuring excellent sealing and insulation, completely eliminating problems such as leakage, dust leakage, and cross-contamination.

The product supports customized electric field configurations and airflow structures for multiple specifications and models. It can match a dedicated electric field configuration and equipment model based on the working conditions, including flue gas temperature, dust concentration, flue gas volume, and particle characteristics, precisely adapting to various differentiated industrial high-temperature dust removal scenarios. This significantly improves the equipment's adaptability, practicality, and stability.

Note

This dry-type electrostatic precipitator is compatible with the entire series of industrial dry electrostatic precipitators. It can be customized according to on-site working parameters, with no scene adaptation limitations, and supports the retrofitting of old and new equipment and its integration with new installations.