Overall solution provider for flue gas treatment

Total solution service provider for desulfurization, denitrification, dust removal, and flue gas treatment

Flue gas is drawn from the boiler tail flue, with a temperature of 300℃. After contacting and reacting with desulfurization alkali agent in the flue for desulfurization...

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Pulse jet dust collector manufacturer

Pulse Dust Collector Manufacturer

Dusty gas enters the dust collector through the inlet, and after hitting the baffle plates and baffles, the airflow turns and flows into the hopper. Coarse particulate dust falls directly into the hopper due to inertia. Then the airflow turns upward and passes through the filter bag, and the dust is collected on the outer surface of the filter bag.

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Products

A high-tech enterprise integrating the research and development, design, manufacturing, and sales of environmental protection equipment and building materials and mining machinery equipment (mixing stations, asphalt stations, sand making machines), etc.

Integrated flue gas treatment equipment for desulfurization, denitrification, and dust removal

Flue gas is discharged from the flue at the rear of the boiler. The flue gas temperature is 300℃. Desulfurization is achieved after the flue gas comes into contact with and reacts with the desulfurization alkaline agent in the flue. Before entering the integrated denitrification and dust removal equipment, the desulfurized flue gas comes into contact with and is uniformly mixed with the aqueous ammonia sprayed into the flue. Then, denitrification is achieved through the action of the SCR catalyst on the surface of the high-temperature composite filter cartridge. The dust in the flue gas is removed after passing through the high-temperature composite filter cartridge, and the clean flue gas is sent back to the original flue. After waste heat recovery, the flue gas is finally discharged to meet the standards.
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Pulse jet dust collector

Dusty gas enters the dust collector through the inlet, impacts the baffles and plates, and then changes direction to flow into the hopper. Coarse dust particles fall directly into the hopper due to inertia. Then the airflow turns upward and passes through the filter bags. Dust is collected on the outer surface of the filter bags. The purified gas enters the clean gas chamber and is discharged from the outlet. As the dust on the filter bags increases, the resistance increases. When it exceeds a certain range, the pulse controller triggers the control valve to open the pulse valve, and the compressed air in the air bag is sprayed into the filter bags through the blowpipe, causing the filter bags to expand rapidly, and the dust falls off into the hopper and is discharged through the ash discharge system.
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Application

Our products are widely used in metallurgy, power, building materials, and chemical industries.

APPLICATIONS

Coke oven

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APPLICATIONS

Heating furnace

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APPLICATIONS

Biomass boiler

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About Us

KeruiChaojing Environmental Technology (Shandong) Co.,Ltd.. is a high-tech enterprise integrating the research and development, design, manufacturing, and sales of environmental protection equipment and building materials and mining machinery equipment (mixing stations, asphalt stations, sand making machines), etc.

80000 ㎡

80,000 square meters of construction area

30 +

Equipped with more than 30 professional technicians

68 +

Equipped with 68 sets of advanced high-precision production equipment

800 +

Cumulative number of customers served

Strong Strength and Sdvanced Equipment

The company plans to cover an area of 128 mu, with a construction area of 80,000 square meters. It is equipped with more than 30 professional technicians, including more than 20 senior technicians; it has 68 sets of advanced high-precision production equipment. Among them are 4 Lantek supercomputing automatic plate material feeding production lines, 4 automatic profile material feeding production lines; 3 automatic profile shearing and plate bending production lines; 1 automatic shot blasting, spraying + drying + RTO equipment production line; 4 automatic filter tube production lines; 8 automatic filter tube catalyst spraying production lines; 10 sets of automatic filter tube drying ovens; filter tube quality inspection differential pressure machines, presses, chromatographs, etc.

Corexenv Advantages

Since its establishment, the company has always been driven by innovation, focusing on the research and development and application of environmental protection technology and mining machinery. In terms of technological innovation, it actively invests resources and continuously explores new technologies and processes, aiming to provide customers with efficient and reliable environmental protection solutions.

Corexenv

Professional Production Line

4 Lantek supercomputing automatic plate material feeding production lines, 4 automatic profile material feeding production lines; 3 automatic profile shearing and plate bending production lines each

Corexenv

Advanced Production Equipment

In the research and development and production of environmental protection equipment and mining equipment, we continuously launch high-performance and intelligent environmental protection equipment and mining machinery equipment to meet the diversified needs of the market.

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Pulse Jet Dust Collector: 2026 Complete Guide to Performance, Maintenance & Selection

This 2026 comprehensive guide explains core operating principles, design variants, measurable performance benchmarks, and field-proven maintenance strategies for pulse jet dust collectors. It draws on real installation data from Corexenv projects across mining, woodworking, metal fabrication, and food processing sectors, to help facility engineers select and optimize systems that meet current regulatory standards while cutting long-term operational costs.

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2026 Pulse Jet Dust Collector Guide: Selection, Maintenance & Performance Tips for Industrial Use

This 2026 expert guide from Corexenv Environmental Technology breaks down every critical aspect of pulse jet dust collector operation, from core working principles and comparative performance against competing dust collection systems to evidence-based selection frameworks, preventive maintenance schedules, and common troubleshooting guidance. Drawing on 12+ years of global industrial air treatment project experience, we share real field data to help facilities achieve 99.9% dust collection efficiency without unnecessary operational cost overruns.

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Pulse Jet Dust Collector 2026 Guide: Selection, Efficiency & Maintenance for Industrial Use

This practical 2026 guide from Corexenv Environmental Technology breaks down pulse jet dust collector operating principles, real-world performance benchmarks, evidence-based selection workflows, common maintenance challenges, and regulatory compliance requirements. It is built for plant managers, EHS officers, and procurement teams seeking reliable, cost-effective industrial dust control solutions.

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