The Integrated Cremation Furnace Flue Gas Treatment System is designed to efficiently manage and reduce harmful emissions produced during the cremation process. This state-of-the-art system ensures compliance with environmental regulations while prioritizing safety and health standards.
This system integrates multiple treatment technologies to ensure high efficiency in pollutant removal, making it suitable for a wide range of our cremators.
Integrated Emission Filtration System also aka all-in-one flue gas treatment system is the equipment applying with the cremation machine operation.
The integrated exhaust treatment system consolidates various components into a single machine, optimizing space utilization. This design is particularly suitable for funeral homes with limited area. By combining all essential functions into one device, it not only saves valuable space but also enhances the efficiency of exhaust management.
Benifits&Functions of the Exhaust Treatment System
Removal of Harmful Substances
Various harmful substances, such as dioxins, heavy metals, and nitrogen oxides, are generated during the cremation process. The flue gas treatment system removes these harmful substances through physical and chemical methods.
The cremation process may produce unpleasant odors. The flue gas treatment system employs adsorption and washing techniques to eliminate odor-causing substances, thereby reducing their impact on the surrounding environment.
The flue gas may contain unburned particulate matter. The treatment system implements measures such as filtration and settling to reduce the emission of particulate matter.
Some flue gas treatment systems are capable of recovering the heat generated during the cremation process, improving energy efficiency and reducing energy consumption.
By effectively treating the flue gas, the system ensures that the emitted gases comply with national and local environmental protection standards, preventing environmental pollution and legal liabilities.
A well-functioning flue gas treatment system can improve the image of cremation facilities, increasing public recognition and acceptance of cremation services.
The spark interceptor captures and prevents the release of sparks produced during the cremation process. This component is crucial for minimizing fire hazards and ensuring the safe operation of the flue gas treatment system.
STEP 2 Rapid Cooling System for Flue Gases
This system quickly lowers the temperature of the flue gases immediately after their formation. Rapid cooling is vital to prevent the formation of harmful compounds and to optimize the efficiency of subsequent emissions control processes.
STEP 3 Dust Collector
The baghouse dust collector employs fabric filter bags to capture particulate matter present in the flue gases. By effectively removing dust and fine particles, this component helps maintain air quality and ensures that emissions do not exceed allowed limits.
STEP 4 Activated Carbon Adsorption Tower
This tower utilizes activated carbon to adsorb volatile organic compounds (VOCs) and other noxious substances from the flue gases. This process significantly reduces odors and harmful emissions, ensuring compliance with regulatory requirements.
STEP 5 Emergency Smoke Exhaust System
In the event of an emergency or malfunction, this system ensures the safe evacuation of flue gases, preventing the buildup of harmful emissions. This system is essential for protecting both personnel and the surrounding environment.
STEP 6 Induced Draft and Exhaust System
This system is responsible for directing the flow of flue gases through the treatment process. The induced draft fan creates a negative pressure that efficiently pulls gases through the treatment components, ensuring optimal performance of the filtration and scrubbing systems.
STEP 1 Spark Interceptor
The spark interceptor captures and prevents the release of sparks produced during the cremation process. This component is crucial for minimizing fire hazards and ensuring the safe operation of the flue gas treatment system.
STEP 2 Rapid Cooling System for Flue Gases
This system quickly lowers the temperature of the flue gases immediately after their formation. Rapid cooling is vital to prevent the formation of harmful compounds and to optimize the efficiency of subsequent emissions control processes.
STEP 3 Dust Collector
The baghouse dust collector employs fabric filter bags to capture particulate matter present in the flue gases. By effectively removing dust and fine particles, this component helps maintain air quality and ensures that emissions do not exceed allowed limits.
STEP 4 Activated Carbon Adsorption Tower
This tower utilizes activated carbon to adsorb volatile organic compounds (VOCs) and other noxious substances from the flue gases. This process significantly reduces odors and harmful emissions, ensuring compliance with regulatory requirements.
STEP 5 Emergency Smoke Exhaust System
In the event of an emergency or malfunction, this system ensures the safe evacuation of flue gases, preventing the buildup of harmful emissions. This system is essential for protecting both personnel and the surrounding environment.
STEP 6 Induced Draft and Exhaust System
This system is responsible for directing the flow of flue gases through the treatment process. The induced draft fan creates a negative pressure that efficiently pulls gases through the treatment components, ensuring optimal performance of the filtration and scrubbing systems.
The Combination Exhaust Gas Treatment System is an advanced solution designed to effectively reduce harmful emissions from cremation industrial processes.
One-Stop Solution for Your Cremation Equipment
Human Cremation Machine
Our full range of human cremation machines can be customized to meet the unique requirements of your project.
Shanhai Chuan is a professional company specializing in funeral vehicle modification services, holding a legitimate license for funeral vehicle conversions.
The main function of the flue gas treatment system for cremation machines is to purify and process the waste gases produced during the cremation process, ensuring that the emitted gases meet environmental protection standards and minimizing their impact on the environment and human health.
Emission Filtration System
No.
Item
Specification
1
Overall Dimension
L*W*H=7500*2200*2450
2
Dust removal fan power
11KW(using variable frequency fan)
3
Air compressor power
7.5KW
4
External rotor cooling fan power
4KW
5
Dust cleaning method
Automatic pulse backflushing with additional mechanical vibration
6
Automatic slag collection motor power
1.1KW
7
Number of dust collection chambers
4 groups
8
Cleaning air pressure
0.5-0.7MPa
9
Number of electromagnetic pulse valves
18 groups
10
Control method
PLC programmed control, touchscreen operation, manual and automatic control available
11
Dust removal efficiency
≥ 99.8%
12
Product weight
3000kgs
The main function of the flue gas treatment system for cremation machines is to purify and process the waste gases produced during the cremation process, ensuring that the emitted gases meet environmental protection standards and minimizing their impact on the environment and human health.
Emission Filtration System
No.
Item
Specification
1
Overall Dimension
L*W*H=7500*2200*2450
2
Dust removal fan power
11KW(using variable frequency fan)
3
Air compressor power
7.5KW
4
External rotor cooling fan power
4KW
5
Dust cleaning method
Automatic pulse backflushing with additional mechanical vibration
6
Automatic slag collection motor power
1.1KW
7
Number of dust collection chambers
4 groups
8
Cleaning air pressure
0.5-0.7MPa
9
Number of electromagnetic pulse valves
18 groups
10
Control method
PLC programmed control, touchscreen operation, manual and automatic control available
11
Dust removal efficiency
≥ 99.8%
12
Product weight
3000kgs
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