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Though each of our standard filter bags is proven to capture up to 99.99% of emissions, we have a new product especially effective at helping plants comply with strict regulations like NESHAP in the cement industry.
Gore recently introduced GORE® LOW DRAG Filter Bags — a step change in industrial dry filtration. An entirely new class of membranes developed by Gore acts as a true surface filter in fume and fine powder applications.
Gore supplies the most technologically advanced portfolio of MEAs (membrane electrode assemblies) and membranes for the proton exchange membrane (PEM) fuel cell industry.
Chemical manufacturing demands high, consistent throughput under challenging baghouse operation conditions. Membrane-based GORE® Filter Bags provide consistent reliability and long product life, meeting or exceeding production needs for demanding chemical processes like titanium dioxide, fumed silica, carbon black and catalyst production.
GORE® Filter Bags are highly efficient filter media that improve the overall operation of air pollution control systems (baghouses) in metallurgical processing operations. These improvements, such as increased airflow, efficient energy utilization and better temperature capabilities, allow for maximum compliant flexibility in operations such as smelting, refining, recycling and recovery.
Increased environmental regulations, such as NESHAP, are forcing cement producers to comply with strict measures for emissions control. GORE® Filter Bags ensure reliable, continuous compliance with membrane-based filter technology proven to increase airflow and productivity.
Incineration plants and other manufacturers in the waste-to-energy industry must control air pollutant emissions while also controlling costs. GORE® Filter Bags offer reliable solutions for capturing particulates and destroying volatile pollutants, providing near-zero emissions at a lower overall cost of ownership.
GORE® DeNOx Catalytic Filter Bags reduce NOx and ammonia to meet strict compliance requirements with minimum or no changes in the existing process and equipment.
Meets dioxin emission requirements without the burden of costly new equipment. GORE® REMEDIA® Catalytic Filter Bags remove dioxins and furans (< 0.1ng/m3), provide dust control and work with existing baghouses in a variety of applications.
Based on a novel Sorbent Polymer Composite (SPC) material developed by GORE, the GORE Mercury Control System provides both high efficiency and a high capacity for removing elemental and oxidized mercury from flue gas streams, and reduces SO2 concentrations.
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