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Narrow by: • Language • Content Type Categories Industries View Subcategories English (U.S.) (18) Japanese (2) Authorized Distributors (0) Brochures (1) Case Studies (18) Certifications (1) Data Sheets (21) Drawings (0) FAQ (0) Glossary (0) Industry Articles (2) Installation Guides (0) Interactives (1) Part Number Information (0) Product Selection Guides (0) Safety Information (0) Technical Information (5) Test Data (1) Tools (0) Validation Guides (0) Videos (5) Warranty Information (0) Webinars (0) White Papers (2) Categories Cables & Cable Assemblies Aerospace (0) Defense Aircraft (0) Civil Aircraft (0) Space (0) Traditional Space (0) NewSpace (0) Land Systems (0) Defense Land Systems (0) Semiconductor & Microelectronics (0) Semiconductor & Microelectronics (0) Test & Measurement (0) Test & Measurement (0) Harsh Environments & Industrial Automation (0) Harsh Environments (0) Industrial Automation (0) Computing & Networking (0) Computing & Networking (0) Consumer Products GORE-TEX Technology (0) GORE® WINDSTOPPER® Technology (0) GORE® Wear (0) GORE OPTIFADE Concealment (0) ELIXIR® Strings (0) GORE® CLEANSTREAM® Filters (0) Electronic Components & Electrochemical Materials GORE® Thermal Insulation for Mobile Electronics (0) Electrochemical Device & Fuel Cell Components (0) Electronic Components for Oil and Gas Applications (0) Fabrics GORE-TEX Fabrics (0) GORE® Cover For Organic Waste Treatment (0) Workwear & Industrial Fabrics (0) Defense Fabrics (0) Fire & Safety Fabrics (0) Law Enforcement Fabrics (0) Fibers Sewing Thread for Outdoor Applications (0) Sewing Thread and Weaving Yarn for Filtration Applications (0) PTFE Fiber Solutions (0) Filtration Particle and Gas Filtration for Industrial Processes & Bag Houses (18) GORE Filter Bags - By Industry (15) GORE Filter Bags - Key Products (3) Mercury Control Systems (0) Filtration Solutions for Life Sciences (0) Microfiltration Solutions for Semiconductors, Microelectronics & Disk Drives (0) Microfiltration Media for Semiconductor and Microelectronics Processing (0) Air Filtration for Gas Turbines and Outdoor Cabinets (0) Air Intake Filtration in Gas Turbines (0) Ambient Air Filters for Outdoor Cabinets (0) Industrial Fluids Filtration (0) Medical Products Implantable Medical Devices (0) Medical OEM (0) Pharmaceutical & Biopharmaceutical Drug Delivery and Packaging (0) Single-Use Frozen Storage (0) Chromatography (0) Lyophilization (0) Peristaltic Pump Tubing (0) Fluid Transfer and Sampling (0) Sealants Aircraft sealing and surface protection (0) Gaskets for industrial applications (0) Packing for industrial applications (0) Venting Automotive Vents (0) Packaging Vents (0) Protective Vents for Outdoor Electronics (0) Portable Electronic Vents (0) Aerospace (0) Traditional Space (0) NewSpace (0) Civil (0) Defense (0) Apparel & Textiles (0) Automotive (0) Chemicals (2) Environmental Protection (18) Fire & Public Safety/Police (0) Industrial & Manufacturing (18) Life Sciences (0) Medical Industry (0) Pharmaceutical & Biopharmaceutical Industry (0) Military (0) Land Systems (0) Mobile Electronics (0) Oil & Gas (0) Power & Utilities (0) Semiconductor & Microelectronics (0) Technology & Telecommunications (0) Test & Measurement (0) 5G Test & Measurement (0) Particle and Gas Filtration for Industrial Processes & Bag Houses GORE Filter Bags - By Industry Case Study: Filtering Lead/Sulfur in Sinter Furnace using GORE® Filter Bags Case Studies, 86.97 KB The bag life improved, while baghouse down-time, maintenance costs, and stack emissions have all been drastically reduced. Bags have survived several acid upsets which would have completely destroyed the previous bags. English (U.S.) Particle and Gas Filtration for Industrial Processes & Bag Houses GORE Filter Bags - By Industry Case Study: Filtering Secondary Lead Metal Production in Blast Furnace using GORE® Filter Bags Case Studies, 92.03 KB GORE Membrane Filter Bags improved bag life to three to four years, while baghouse down-time, maintenance costs, and stack emissions have all been drastically reduced. Baghouse emission rates are lower than the required regulatory limits and draft at the blast furnace is adequate for the operation. The hygiene conditions inside the plant have improved as a result. English (U.S.) Particle and Gas Filtration for Industrial Processes & Bag Houses GORE Filter Bags - By Industry Case Study: Filtering for Submerged Arc Furnace for Silicon Metal using GORE® Filter Bags Case Studies, 81 KB The baghouse differential pressure decreased resulting in increased gas flow without expanding the baghouse. This was achieved even though the plant installed considerably less GORE® Membrane Filter Bags than they had used when operating with non membrane bags. They closed the dilution air damper so that all the baghouse capacity is applied to the furnace. The frequent bag failures stopped and the inside of the baghouse is much cleaner. English (U.S.) Particle and Gas Filtration for Industrial Processes & Bag Houses GORE Filter Bags - By Industry Case Study: Reducing Secondary Emissions in Electric Arc Furnace using GORE® Filter Bags Case Studies, 92.47 KB By removing the U Tube cooler pressure loss the plant was able to open the canopy hood dampers more. This allowed increased secondary flow from the shop. With less flow resistance through the DEC system the primary evacuation has also increased with better fume capture at the furnace. English (U.S.) Particle and Gas Filtration for Industrial Processes & Bag Houses GORE Filter Bags - By Industry Case Study: Filtering Submerged Arc Furnace in Ferroalloy Production using GORE® Filter Bags Case Studies, 87.9 KB Eliminated the need for sonic horns and dramatically decreased baghouse pressure drop. Gas flow increased significantly, even with fewer filter bags than had originally been used in the non membrane sytem. English (U.S.) Particle and Gas Filtration for Industrial Processes & Bag Houses GORE Filter Bags - By Industry Case Study: Steel Electric Arc Furnace Application using GORE® Acid Resisant Filter Bags Case Studies, 392.33 KB Bag failures stopped since the GORE ePTFE membrane and the fiberglass backing material are not subject to hydrolysis and resist spark damage. The bags have not required tensioning since start up. Furnace suction and shop evacuation have improved due to the more consistent operation of the baghouse. English (U.S.) Particle and Gas Filtration for Industrial Processes & Bag Houses Case Study: GORE® Low Emission Filter Bags in Secondary Lead Recovery & Refining Case Studies, 126.15 KB An emergency order was placed for GORE® Low Emission Filter Bags. The new filters were rushed to the plant site, where the leaking filters were completely replaced. English (U.S.) Particle and Gas Filtration for Industrial Processes & Bag Houses GORE Filter Bags - By Industry Case Study: Furnace Filtering of Silicomanganese Production using GORE® Filter Bags Case Studies, 88.41 KB Results showed furnace extraction has been increased by 41%, blockage was eliminated from furnace offtake ducts, hood temperatures were been reduced and stack emissions were below 5 mg/Nm3. English (U.S.) Particle and Gas Filtration for Industrial Processes & Bag Houses GORE Filter Bags - By Industry Case Study: Filtering Electric Arc Furnace for Ferrosilicon Production using GORE® Filter Bags Case Studies, 123.36 KB Extraction at the furnace has increased above the design. The main fan damper is partially closed to control the extraction at the furnace. Tapping fume has been added into the same baghouse. The smelt house environment is much cooler, and it led to a decrease in maintenance of the electrode system and mechanical stokers. English (U.S.) Particle and Gas Filtration for Industrial Processes & Bag Houses GORE Filter Bags - By Industry Case Study: Furnace Filtering for Ferrochrome Production using GORE® Filter Bags Case Studies, 126.33 KB System optimization and installation of GORE filter bags resulted in improvements to the baghouse and overall production process. Emissions from all the filters are well below 10 mg/Nm, maintenance on the filters has been significantly reduce, and extraction volumes from the furnaces have been significantly increased, leading to lower stack temperatures. English (U.S.) Load more resources