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In a significant development for the environmental protection industry, a revolutionary wet limestone flue gas desulfurization solution has been introduced.

This advanced technology is designed to effectively remove sulfur dioxide from industrial flue gases, a crucial step in reducing air pollution. The wet limestone flue gas desulfurization process offers highly efficient desulfurization performance, ensuring that harmful emissions are significantly reduced.

The new system is characterized by its precision and reliability. It can be seamlessly integrated into existing industrial setups, providing a practical and effective means of meeting stringent environmental regulations.

Industry experts are praising the innovation, highlighting its potential to make a substantial impact on the reduction of sulfur emissions in various sectors such as power generation and industrial manufacturing.

The developers of this wet limestone flue gas desulfurization technology have conducted extensive research and testing to ensure its optimal performance and durability. It represents a major advancement in the field of environmental protection engineering.

Companies are now looking to adopt this cutting-edge technology to enhance their environmental credentials and contribute to a cleaner and healthier planet. The introduction of this wet limestone flue gas desulfurization solution marks a significant milestone in the ongoing efforts to combat air pollution and protect our environment.

As the world becomes increasingly focused on sustainable practices, this new development is set to play a vital role in shaping the future of industrial emissions control.

　　Name: Electrostatic Precipitator

　　Model: JFD778-A

　　Parameter specification

Processing gas volume 200000-220000/h honeycomb number 778 electric field cross-sectional area 60.64 ㎡ diameter 10.2m height 15.6 purification rate ≥ 99%

　　Details Introduction

The honeycomb electric tar collector applies high-voltage direct current between the metal wire and the metal tube wall (or plate) to maintain an electric field sufficient to generate ionization of the gas, so that a corona zone is formed between the cathode and the anode. In the corona region, a gas discharge process occurs, producing free electrons and ions. These charged particles collide with particulate matter such as tar in the exhaust gas under the action of an electric field, and are charged. The charged particulate matter is then adsorbed to the electrode of opposite polarity, thereby achieving the removal of pollutants such as tar.

　　Product Features

High purification efficiency: it can effectively remove tar, dust and other impurities in the gas, and the purification effect is remarkable.

Wide range of adaptation: can handle all kinds of gas containing tar.

Low resistance: The pressure loss when the gas passes is relatively small.

Easy to operate: relatively stable operation, maintenance and operation is relatively simple.

Low energy consumption: usually less power consumption.

Can recover tar: not only play a role in purification, but also valuable tar recycling.

　　Application Industry

1. Carbon black plant, 2. Charcoal kiln, 3. Blast furnace gas, 4. Water gas, 5. Biomass gas, 6. Asphalt flue gas

In addition, it can also be applied to chemical fertilizer, city gas, metallurgy, building materials, ceramics, etc., to capture and purify the tar in the crude gas produced in the production process of these industries. It has the advantages of good purification effect, easy treatment of recycled materials, long-term stable operation, simple operation and low maintenance cost.