We Solve Dust Control problems through Effective Engineering Controls
PENNVINT will provide a full analysis of your facility and collect necessary information on equipment such as conveyors, crushers, chutes, weighfeeders, dust collectors, mills, silos… etc. to provide a full status report. Through this report we can provide recommendations on solutions to improve conditions at your facility.
Long term low maintenance solutions that offer you long term sustainability for your company and your workers.
Problems we solve:
A 2013 study by the National Institute for Occupational Safety and Health (NIOSH) identified exposure to crystalline silica sand as one of the most significant known health hazards to workers during hydraulic fracturing. Breathing silica dust can cause several diseases including lung cancer and silicosis, a fatal and incurable respiratory condition that can take 10-15 years to demonstrate symptoms. Silica dust on clothing, vehicles and other personal items can transfer these health risks to workers’ homes and elsewhere throughout the communities where frac sand processing plants are located.
The recent 2017 Silica Ruling now has caused urgency to respond with BACT – Best Available Control Technologies to combat fugitive dust.
Industrial conveying, crushing, discharging and loading systems should implement BACT Technologies which are essential in the effort to significantly reduce if not eliminate silica-related health risks.
PENNVINT AND PENNBelting are in the business to keep your workers
and your bottom line SAFE.
Dust Control Products and Solutions
September 15, 2013
120 & 220V 2.6 Hp Single Phase High cfm for floor sanders & concrete grinders Never stop production to clean the filters Built-in safety filter easily upgrades to HEPA
September 15, 2013
3.0 to 6.0 Hp Regenerative vacuum producer 99.9% at 0.4 micron filtration – as standard Complete with inline filter and starter
September 15, 2013
5.0 to 11.5 Hp Super-quiet regenerative vacuum producer Never needs to stop to clean the filters Control powders like oxides without upgrade
September 15, 2013
8.5 to 15 Hp Super-quiet regenerative vacuum producer Oversized filter allows huge production Up to five operators, perfect little central vac
September 15, 2013
7.5 and 10 Hp Positive displacement vacuum producer Choice of filtration and storage sizes Handles hoses up to 200 ft. with huge power
September 15, 2013
15 to 30 Hp Positive displacement vacuum producer 99.9% at 0.4 micron filtration – as standard Available pulse jet filtration External storage up to 3 cubic yards
September 15, 2013
15 to 40 Hp Positive displacement vacuum producer 99.9% at 0.4 micron filtration – as standard Available pulse jet filtration 40 cubic foot integrated storage hopper
September 15, 2013
15 to 25 Hp Regenerative type vacuum producer Available pulse jet filtration Up to 40 cubic foot integrated storage hopper SUPER QUIET OPERATION
September 15, 2013
50 to 100 Hp Positive displacement vacuum producer Pulse jet filtration as standard 2.50 cubic yard integrated storage hopper Convey huge quantities of material .. fast
September 15, 2013
PENNVINT supplies pulse-jet and plenum pulse filter bags. These bags use support cages to allow air flow from the exterior of the bag and exiting through the interior. Our bags are sewn with 3 – needle chain stitch to ensure seam integrity. Top constructions consist of snap band, flange top, ring top, soft cuffs or raw edge. Bottom removal […]
September 15, 2013
We provide a wide variety of filter bags for use in shaker type collectors. We manufacture bags from woven and shaker felt. Pennvint will recommend the media that will provide you the performance you expect from your shaker unit. We offer various types of top attachments to work with the shaker mechanism you have, whether it is loop, hanger, […]
September 15, 2013
PENNVINT has a wide variety of reverse air bags. Typical top designs are strap top, loop top, cord top cuff, compression band tops with steel caps or grommet top bags. Bottom include raw edge, cuffed, compression band or beaded cuff. Anti-collapse rings of mild steel, stainless steel and other alloys are placed along the bag at the proper points […]
September 15, 2013
Besides the common filter bags, PENNVINT is capable of producing custom filter bags and envelope style bags for your dust collector. We engineer & recommend custom materials from our textile mill that will improve your baghouse performance and improve problem applications.
September 15, 2013
Needle holes in the vertical seam of a filter bag can be a conduit for fine particulate bleed through. In order to give you the most efficient filter possible, PENNVINT supplies one piece welded filter tubes. This fusing of the filter eliminates fine particle migration through needle holes in the vertical seam, allowing the entire filter tube surface to […]
September 15, 2013
Auburn pioneered the use of electrostatic/triboelectric (TRIBO) continuous emission monitor (CEM) technology to measure dust, powders, and bulk solids for environmental and process control applications. Auburn remains the leading supplier of broken bag detectors, dust monitors, and bag leak detection systems for monitoring fabric filter baghouses, cartridge collectors, or any industrial dust collection system. We have more than 35,000 […]
September 15, 2013
While emission monitoring instruments can collect useful, but isolated, data, existing factory automation software products are focused on process control and production, and are not designed for emission monitoring and reporting. We have developed emissions monitoring information systems to meet these needs. The AUBURN.vision Parametric Manager organizes information and provides compliance reports for a large num- ber of parametric […]
September 15, 2013
TRIBO.dgd is the first all-digital, dual channel, OPC compatible, dust collector monitor- ing system for real-time bag leak/broken bag detection. It features a real time display, wide dynamic range and a digital signal processor (DSP) operating system, eliminating the need to manually set monitoring ranges. It provides bag leak/broken bag detection and location while simultaneously monitoring selected parameters (i.e. […]
September 15, 2013
For non-PLC applications, this configuration is powered by the TRIBO.dgd serving as a data-hub. By using several datahubs, a large monitoring network can be created while minimizing wiring/installation costs. Dedicated software provides recording and alarm or event monitoring functions for communication via Serial or Ethernet connection.
September 15, 2013
Two-wire (loop powered), 4-20mA output, emissions monitor The TRIBO.d2 is a two wire, loop powered, emissions monitor for high or low tempera- ture applications, designed to detect and locate impending filter malfunctions for indus- trial dust collectors, large and small. These industrial hardened monitors function by processing and analyzing minute electrical currents generated when particles impact or pass nearby […]
September 15, 2013
The TRIBO.guard 4002 Dust Monitor detects filter failures and monitors exhaust ducts. The TRIBO.guard 4002 has a 0-100% bar graph display and a continuous 4-20mA ana- log output, which can be wired to a recording device or PLC, etc. It is simple to use and can be combined with the TRIBO.prevent Dual Alarm System or TRIBO.trac Leak Locator System […]
September 15, 2013
The TRIBO.guard 4001 Broken Bag Detector monitors exhaust ducts to detect filter fail- ures and includes a dry relay contact output. The LED indicators, customer alarm level and time delay controls make the TRIBO.guard 4001 a simple yet reliable broken bag detector. Available in both Remote Sensor (NEMA 4/7/9) or Integral Sensor (NEMA 4) enclosures. Optional window front enclosure […]
September 15, 2013
The TRIBO.trac Leak Locator System pinpoints the compartment or row where a filter failure has occurred when used with any Auburn 4-20mA analog output particulate emis- sions monitor. TRIBO.trac provides both early warning and high level alarms via two independent relay contacts. TRIBO.trac is an optional feature in the TRIBO.dgd Monitoring System.
September 15, 2013
TRIBO.prevent Dual Alarm System provides remote early warning and high level warn- ing alarms by comparing set points with 4-20mA analog output of emissions levels from any Auburn triboelectric monitor.
September 15, 2013
Scientific Dust Collectors’ (MP) Vertical Cartridge Collector and (MPL) Small Vertical Cartridge are economical cartridge units that utilize the patented supersonic nozzle cleaning system as well as a high-side inlet so that the heavier dust falls out of the air stream. These features allow the collector to operate at higher air-to-cloth ratios and provide longer filter life. In the […]
September 15, 2013
Scientific Dust Collectors’ (SL) Horizontal Cartridge Collector is designed for industrial powders, assorted metal working and spraying applications, and sub-micron dust applications. It utilizes the patented supersonic nozzle cleaning system, internal inlet air baffle, and patented spring-loaded door for filter removal using a spring-loaded handle, NO TOOLS REQUIRED! The unique and patented inlet baffle allows air to evenly disperse […]
September 15, 2013
Scientific Dust Collectors (SL-HR) Horizontal High-Ratio Collector is designed to operate at double the air volume of other cartridge collectors. It utilizes the patented supersonic nozzle cleaning system, internal inlet air baffle, and patented spring-loaded door for filter removal, NO TOOLS REQUIRED! This special horizontal cartridge collector is specifically engineer to operate at higher filtration velocities. Using a carefully […]
September 15, 2013
Scientific Dust Collectors (FC) Fume Collector is a self-contained collector designed for welding smoke, fumes, and light dust applications. The FC utilizes the patented supersonic nozzle cleaning system as well as a hinged door with our patented Pedal Actuated Cartridge Release System for filter removal, NO TOOLS REQUIRED! This special design has a double layer of internal baffles that […]
September 15, 2013
Scientific Dust Collectors (SDT) Downdraft Table is a self contained collection system that is ergonomically designed to provide a clean and safe working environment. It is ideal for grinding, polishing, sanding, buffing, and any manual finishing operations. It is a heavy duty work base table that can handle a capacity of up to 3000 lbs weight on the grating. […]
September 15, 2013
Scientific Dust Collectors’ Low Pressure (LP) Vertical Cartridge Collector is economically designed for low volume and low static pressure (less than 10″ SP). The LP employs the patented supersonic nozzle-based cleaning system, a generously sized access door, and filter removal using a spring-loaded handle, NO TOOLS REQUIRED! The LP Series Cartridge collectors are manufactured using 12-gauge steel, which eliminates […]
Scientific Dust Collectors manufactures a full line of Baghouse Dust Collectors to meet the needs of your specific operation. For over 28 years, SDC has provided customers with unmatched cleaning performance due to our superior cleaning system that employs a patented supersonic nozzle to clean the filters more effectively than any of our competitors.Baghouse Dust Collectors are ideally suited to capture dusts that are larger or more difficult to clean. Dusts that are high temperature or hygroscopic are better suited for collection in baghouse dust collectors. In addition, larger dust sizes (greater than 50 microns) and higher grain loadings (over 5 grains per cubic foot) are ideal for baghouse units. Dusts that have a tendency to form films that solidify should be handled in fabric baghouse collectors. If hydrocarbons are present in the airstream, the same problems may occur. For these types of applications, baghouses are recommended because the dust cake may require flexing before the cake will burst. Some examples of dust that are collected using fabric filter baghouses are: flyash, coal, cement, lime, fiberglass, paper, plastic, sawdust, and other stringy or irregular shaped dusts.
September 15, 2013
Scientific Dust Collectors’ Supersonic Pulse Jet Top Removal (SPJ-T) Collector is designed with a full walk-in plenum for easy bag access from the clean side. It utilizes the patented supersonic nozzle cleaning system as well as a high-side inlet so that the heavier dust falls out of the air stream. These features allow the collector to operate at higher […]
September 15, 2013
Scientific Dust Collectors’ Supersonic Pulse Jet Railing Top (SPJ-RT) Collector is designed for easy top bag removal from the clean side while maintaining low headroom. It utilizes the patented supersonic nozzle cleaning system as well as a high-side inlet so that the heavier dust falls out of the air stream. These features allow the collector to operate at higher […]
September 15, 2013
Scientific Dust Collectors’ Supersonic Pulse Jet Bottom Removal (SPJ-B) Collector is designed for low-profile applications where headroom is a factor. It utilizes the patented supersonic nozzle cleaning system as well as a high-side inlet so that the heavier dust falls out of the air stream. These features allow the collector to operate at higher air-to-cloth ratios, lower pressure drops, […]
September 15, 2013
Scientific Dust Collectors’ newest Supersonic Pulse Jet Low Flow Bottom Removal (SPJ-BL) Collector is economically designed for low-flow applications (less than 5,000CFM) and low static pressure (less than 14″ SP). It utilizes the patented supersonic nozzle cleaning system as well as a high-side inlet so that the heavier dust falls out of the air stream. These features allow the […]
September 15, 2013
Scientific Dust Collectors’ Supersonic Pulse Jet Bin Vent (SPJ-BV) Collector is designed specifically for storage tanks, silos, work bins, and material receivers. It employs the patented supersonic nozzle cleaning system which allows the collector to operate at higher air-to-cloth ratios, lower pressure drops, and provide longer filter life. We can provide powered (with a fan) and non-powered (without a […]
September 15, 2013
Scientific Dust Collectors’ Supersonic Pulse Jet Horizontal (SPJ-H) Collector is designed for low headroom applications, similar to the SPJ-B Collector. It utilizes the patented supersonic nozzle cleaning system as well as a high-side inlet so that the heavier dust falls out of the air stream. These features allow the collector to operate at higher air-to-cloth ratios, lower pressure drops, […]
September 15, 2013
Scientific Dust Collectors’ Supersonic Pulse Jet Insert (SPJ-I) Collector is designed for conveyors, tanks, silos, air slides, cyclones, and bins. This self-contained dust collector is integrated into a current enclosure allowing dust to be retained where it is generated and can be custom designed to meet specific needs. It utilizes the patented supersonic nozzle cleaning system which allows for […]
