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PPC96-8 Pulse Jet Industrial Dust Collector for Heavy-Duty Filtration

The PPC96-8 Pulse Jet Industrial Dust Collector is a high-efficiency dust removal system engineered for mining, metallurgy, and industrial air filtration applications. With an advanced pulse-jet cleaning mechanism, it ensures continuous dust extraction and maintains superior air quality. Designed to handle large air volumes up to 53,300 m³/h, it offers a low-pressure loss filtration system with 768 filter bags. Featuring automated control and optimized bag arrangement, this baghouse dust collector provides long-term durability, minimizes maintenance, and enhances energy efficiency for dust-heavy industries.
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  • High dust removal efficiency up to 99.99%.
  • Bag lifespan of up to 10 years.
  • Low energy, high dust removal efficiency.
  • Can remove 0.01-50μm dust in the flue gas.
  • Can be used for the occasion of high flue gas temperature and high pressure.
  • Cost-effective investment and operating costs.
The PPC96-8 Dust Extraction System is a high-performance baghouse filtration unit designed to capture fine particulate matter in heavy industrial operations. Commonly used in mining, steel plants, cement factories, and bulk material processing, this industrial dust collector efficiently removes airborne contaminants to ensure compliance with environmental safety regulations.

Utilizing a pulse jet system, it releases high-pressure compressed air pulses to clean the filter bags, effectively dislodging dust buildup and maintaining steady airflow. This automated system minimizes downtime and maximizes dust removal efficiency, making it an ideal choice for high-dust environments.


Key Features & Benefits

  • 1. Advanced Pulse Jet Cleaning System
The system employs high-speed pulse jets that instantly clear accumulated dust from the filter bags. This efficient cleaning mechanism extends filter bag lifespan and prevents clogging, ensuring continuous operation.
 
  • 2. Large-Scale Air Handling
Capacity Designed for industrial-scale dust filtration, it supports air volumes up to 53,300 m³/h. Optimized filter bag arrangement guarantees low resistance and stable airflow, improving energy efficiency.

  • 3. High-Durability Filtration System
Equipped with 768 filter bags, the unit provides an extensive filtration surface area (768 m² total, 672 m² net). The multi-chamber structure ensures efficient dust separation, keeping dust emissions below 30 mg/m³.

  • 4. Heavy-Duty Construction for Industrial
Use Robust steel framework supports operations in high-pressure industrial conditions. Features airtight sealing to maintain an air leakage rate below 3%, preventing performance degradation. Explosion-proof safety doors pre-installed for coal mills and high-dust risk environments.

  • 5. Automated Control & Energy
Efficiency The unit features intelligent automation, adjusting dust removal cycles based on operating conditions. Low energy consumption due to precise pulse jet timing, reducing compressed air wastage. Reduced operational costs with self-regulating airflow adjustments.

  • 6. Versatile Industrial Applications
The PPC96-8 Air Filtration System is widely implemented in: Mining and Mineral Processing (coal handling, rock crushing, ore processing) Cement and Aggregate Plants (kilns, clinker coolers, material conveyors) Steel and Metallurgy Industries (furnaces, foundries, steel cutting operations) Chemical and Petrochemical Facilities Bulk Material Handling & Power Plants

Installation & Maintenance Guidelines

  • Hoisting & Assembly
Ensure proper lifting techniques to prevent deformation. Key components are factory-welded with lifting ears for safe transportation and hoisting. All connections must be completely sealed to prevent leaks and maintain efficiency.

  • Gas Circuit Installation
The primary compressed air pipeline (linked to the pulse valve) is pre-assembled for quick installation. The control gas pipeline (connected to the lifting valve actuator) must be cut and adjusted on-site. Sealing compounds must be applied to all joints to prevent air loss.

  • Filter Bag & Cage Assembly
Handle filter bags carefully to avoid any damage that could compromise filtration efficiency. Install filter bags using a precision spring ring system, ensuring a secure airtight fit. Position the bag cages properly to prevent misalignment and structural stress.

  • Explosion Protection & Safety Measures
The explosion-proof door system is factory pre-set and should not be adjusted during installation. Ensure all electrical grounding connections are properly secured.
Model PPC96-8 Pulse Jet Baghouse Dust Collector
Air Volume Capacity 46,000 – 53,300 m³/h
Filtration Speed 1.0 – 1.2 m/min
Total Filtration Area 768 m² (Net Filtration: 672 m²)
Number of Filter Bags 768
Operating Resistance 1500 – 1700 Pa
Outlet Dust Emissions <30 mg/m³
Negative Pressure Resistance 6000 Pa
Pulse Jet Cleaning Pressure 4 – 6 bar
Compressed Air Consumption 0.9 – 1.8 m³/min
Screw Conveyor Motor Power 2.2 kW
Total Equipment Weight Approx. 18,000 kg
Asphalt Plant
Boiler Factory
Cement Plant
Kiln Factory
Metallurgical Plant
Oil Exploitation
Power Plant
Casting Plant
Steelworks
Coal-fired Boiler
Wood-fired Boiler / Carbon Black Factory
Sulfuric Acid Plant
Waste Incineration Boiler 
Pharmaceutical Factory
Grain Elevator
Plastics

Installation Tutorial for Industrial Dust Collectors Baghouse Dust Collector Installation On-Site

FAQ
Q : What parameters are required for designing a dust collector?
A: To accurately design a dust collector, we need the following parameters: air volume, pressure, local emission standards, and whether the system will handle dust or flue gas. If dealing with flue gas, the temperature must also be provided.
Q : Can we design a dust collector if the customer only provides a factory layout without specific parameters?
A: Yes, we can design a dust collector based on the customer's factory layout and provide a proposal and quotation to ensure compatibility with the existing space and optimal system arrangement.
Q : What materials are used for filter bags?
A: We provide filter bags in various materials, including polyester needle-punched felt, PPS (polyphenylene sulfide), and PTFE (polytetrafluoroethylene), to accommodate different operating conditions and dust characteristics.
Q : What is the minimum emission standard that can be achieved?
A: Our dust collectors can meet extremely low emission standards, with the lowest achievable emission level being below 1mg/m³, complying with strict environmental regulations.
Q : What are the available dust discharge methods?
A: The dust discharge methods include bulk bag collection, dust bucket collection, and screw conveyors. The most suitable method can be selected based on the customer's processing requirements and site conditions.
Q : What is the typical service life of a dust collector?
A: Under normal usage and proper maintenance, a dust collector typically has a service life of over 10 years.
Q : Can the dust collector be customized?
A: Yes, we offer customized solutions based on the customer's specific requirements and operating conditions to design and manufacture the most suitable dust collector.
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