Dust and streamers are generated at the pneumatic conveying process. Dilute phase systems with high velocities create a high amount of dust and streamers. Slow motion conveying systems prevent the creation of streamers, but generate very fine dust due to the high friction. These fines need to be removed before processing, extrusion or before packaging.
Application solutions
• For bagging stations
• For truck & railcar loading
• As stand alone system
• As mobile station
Benefits
• Removes dust and streamers
• Reduces customer complaints
• Improves product quality
• Reduces housekeeping costs
Cleaned plastic pellets
Dusty plastic pellets
Operating Principle
1Product Inlet
2Primary Flux Field Generator
3Magnetic Field
4Primary Wash Deck
5Wash Air Inlet
6Dusty Air Outlet
7Venturi Chamber with By-Pass Air Control
8Secondary Wash Air Deck
9Secondary Flux Field Generator
XP-DeDuster™ uses one Primary Flux Field Generator only
DeDusting Solutions
Pelletron DeDusters™ use a magnetic flux field to disrupt the electrostatic charge between contaminants and pellets, and a patented air wash deck to separate and remove the contaminants. Pelletron provides DeDusters™ for the Plastic Processing and Plastic Manufacturing Industry, as well as for Food, Mineral, Pharmaceutical, Chemical and other applications. DeDusters are available in sizes 100lbs/h (50kg/h) up to 200000lbs/h (100t/h).
P1200 DeDuster™, 60 t/h capacity in a PET loading station (left photo)
The best location for DeDusting is always at the end of the pellet handling process, before packaging or loading (photos at right)
Installation Examples
Open loop system with dust collector or patented Vertical Cyclonic Dust Collector
For application with frequent product and /or color changes. Clean air side and dusty air side completely separated. Cross
contamination excluded. We recommend using VCDC’s for low to medium dust content and dust collectors for high dust content and streamers.
1Air Inlet Filter
2 Wash Air Fan
3 Inlet Damper (Blast Gate)
4 Electrical Control Box
5 DeDuster™
6 Fresh Air Inlet
7 Dust Collector (Bag House)
8 Exhaust Fan
9 Outlet Damper
10Rotary Valve
11Inlet Hopper | Silo
Closed loop system with dust collector or patented Vertical Cyclonic Dust Collector
For application with dried air or inert gas (N2). For long production runs with the same product. Low energy consumption because of one fan only. We recommend using VCDC’s for low to medium dust content and dust collectors for high dust content and streamers.
4 Electrical Control Box
5 DeDuster™
7 Dust Collector (Bag House)
8 Exhaust Fan
9 Outlet Damper
10Rotary Valve
11Inlet Hopper | Silo
Closed loop system with patented CCD solution (Compact Cyclonic DeDuster™)
For application with very high dust loads, regrind and long streamers. Very compact design. Also recommended for mobile
stations
CCD system on Gaylord stand
1Inline Filter
2 Wash Air Fan
4 Control Panel
5 DeDuster™
7 High Efficiency Cyclone
10Rotary Valve
11Inlet Hopper | Silo
Plant
P800 DeDuster™ cleaning 40 T/H with LDPE while loading railcars
Pelletron DeDusting Solutions
Pelletron
DeDusting Solutions for the Plastics Industry
Mid and Max Series DeDuster™
Mid Series
P10 1000 lbs/h 500 kg/hr
P30 3000 lbs/h 1500 kg/hr
P50 5000 lbs/h 2500 kg/hr
P80 8000 lbs/h 4000 kg/hr
P120 12000 lbs/h 6000 kg/hr
P200 20000 lbs/h 10000 kg/hr
Max Series
P400 40000 lbs/h 20000 kg/hr
P600 60000 lbs/h 30000 kg/hr
P800 80000 lbs/h 40000 kg/hr
P1200 120000 lbs/h 60000 kg/hr
P2000 200000 lbs/h 100000 kg/hr
XP Series
XP15 3000 lbs/h 1500 kg/hr
XP45 90000 lbs/h 4500 kg/hr
XP90 18000 lbs/h 9000 kg/hr
XP180 36000 lbs/h 18000 kg/hr
XP360 72000 lbs/h 36000 kg/hr
XP720 144000 lbs/h 72000 kg/hr
XP900 180000 lbs/h 90000 kg/hr
Dust and streamers are generated at the pneumatic conveying process. Dilute phase systems with high velocities create a high amount of dust and streamers. Slow motion conveying systems prevent the creation of streamers, but generate very fine dust due to the high friction. These fines need to be removed before processing, extrusion or before packaging.
Application solutions
• For bagging stations
• For truck & railcar loading
• As stand alone system
• As mobile station
Benefits
• Removes dust and streamers
• Reduces customer complaints
• Improves product quality
• Reduces housekeeping costs
Cleaned plastic pellets
Dusty plastic pellets
Operating Principle
1Product Inlet
2Primary Flux Field Generator
3Magnetic Field
4Primary Wash Deck
5Wash Air Inlet
6Dusty Air Outlet
7Venturi Chamber with By-Pass Air Control
8Secondary Wash Air Deck
9Secondary Flux Field Generator
XP-DeDuster™ uses one Primary Flux Field Generator only
DeDusting Solutions
Pelletron DeDusters™ use a magnetic flux field to disrupt the electrostatic charge between contaminants and pellets, and a patented air wash deck to separate and remove the contaminants. Pelletron provides DeDusters™ for the Plastic Processing and Plastic Manufacturing Industry, as well as for Food, Mineral, Pharmaceutical, Chemical and other applications. DeDusters are available in sizes 100lbs/h (50kg/h) up to 200000lbs/h (100t/h).
P1200 DeDuster™, 60 t/h capacity in a PET loading station (left photo)
The best location for DeDusting is always at the end of the pellet handling process, before packaging or loading (photos at right)
Installation Examples
Open loop system with dust collector or patented Vertical Cyclonic Dust Collector
For application with frequent product and /or color changes. Clean air side and dusty air side completely separated. Cross
contamination excluded. We recommend using VCDC’s for low to medium dust content and dust collectors for high dust content and streamers.
1Air Inlet Filter
2 Wash Air Fan
3 Inlet Damper (Blast Gate)
4 Electrical Control Box
5 DeDuster™
6 Fresh Air Inlet
7 Dust Collector (Bag House)
8 Exhaust Fan
9 Outlet Damper
10Rotary Valve
11Inlet Hopper | Silo
Closed loop system with dust collector or patented Vertical Cyclonic Dust Collector
For application with dried air or inert gas (N2). For long production runs with the same product. Low energy consumption because of one fan only. We recommend using VCDC’s for low to medium dust content and dust collectors for high dust content and streamers.
4 Electrical Control Box
5 DeDuster™
7 Dust Collector (Bag House)
8 Exhaust Fan
9 Outlet Damper
10Rotary Valve
11Inlet Hopper | Silo
Closed loop system with patented CCD solution (Compact Cyclonic DeDuster™)
For application with very high dust loads, regrind and long streamers. Very compact design. Also recommended for mobile
stations
CCD system on Gaylord stand
1Inline Filter
2 Wash Air Fan
4 Control Panel
5 DeDuster™
7 High Efficiency Cyclone
10Rotary Valve
11Inlet Hopper | Silo
Plant
P800 DeDuster™ cleaning 40 T/H with LDPE while loading railcars
Cleaned regrind
Uncleaned, dusty regrind
Main Sales & Service locations:
Houston – USA
Sao Paulo – Brazil
Paris – France
Weissenhorn – Germany
Singapore – South East Asia
Bangkok – Thailand
Taipei – Taiwan
Seoul – Korea
Hong Kong – China
Tokyo – Japan
Pelletron Corporation
499 Running Pump Rd
Lancaster, PA 17601
USA
T +1.717.293.4008
F+1.717.293.4011
For more information, please visit:
https://edir.bulk-online.com/profile/79-pelletron.htm
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