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　　Name: Cellular electric tar catcher

　　Model: JFD384-A desulfurization wet electric integrated tower

　　Parameter specification

Processing gas volume 95000-112000/h honeycomb number 384 electric field cross-sectional area 30 ㎡ diameter 7.1m 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.

In the field of industrial emissions control and waste management, a revolutionary product has emerged - the honeycomb electric tar collector.

The honeycomb electric tar collector is designed with a unique honeycomb - like structure. This structure offers a large surface area within a relatively compact space. The increased surface area is crucial as it provides more opportunities for tar particles to be captured during the collection process.

One of the key features of this tar collector is its electric operation. By utilizing electrical forces, it can effectively attract and trap tar particles. The electric field generated within the collector is carefully calibrated to ensure maximum efficiency in tar collection. This method is not only highly effective but also more environmentally friendly compared to some traditional tar collection methods that may involve more complex chemical processes or produce additional pollutants.

In industrial applications, such as in certain manufacturing processes where tar is a by - product, the honeycomb electric tar collector offers several advantages. It has a high collection efficiency, which means that a significant amount of tar can be removed from the gas or waste stream. This helps industries to meet strict environmental regulations regarding emissions. Reducing tar emissions not only benefits the environment but also improves the overall air quality in and around industrial facilities.

The honeycomb electric tar collector is also relatively easy to install and maintain. Its modular design allows for flexibility in installation, whether it is integrated into existing industrial systems or part of a new installation. Maintenance requirements are minimized due to the simplicity of its design. Routine inspections and cleaning can be carried out efficiently, ensuring that the collector continues to operate at peak performance.

Furthermore, this tar collector is made from durable materials that can withstand the harsh conditions often found in industrial environments. It can tolerate high temperatures and corrosive substances that may be present in the gas streams containing tar.

In conclusion, the honeycomb electric tar collector is a promising innovation in the area of tar collection. With its efficient tar - collecting capabilities, ease of installation and maintenance, and durability, it is set to make a significant impact on industries that need to deal with tar - related emissions and waste management.

　　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.