Resource Library

FEBBRAIO 2014 // Dopo una durata operativa in campo fino a 11 anni, 29 amplificatori e quadri di stringa montati su torre, dotati di dispositivi di sfiato GORE®, sono stati ispezionati e collaudati per verificarne l'integrità. Il 100% delle unità ha evidenziato un flusso d'aria superiore al valore consigliato, mentre il 90% di esse ha superato il test di immersione IPX7, a dimostrazione della straordinaria affidabilità degli sfiati.

A seven page article describing baghouse optimization at the Baltimore Regional Medical Waste Incinerator in Baltimore, Maryland.

Learn how the conversion to membrane filter media increased bag life and saved money for Wheelabrator Technologies, Inc.

Originally presented at the AWMA 90th Annual Meeting & Exhibition in Toronto an article on the long term performance of GORE membrane filter bags at a municipal solid waste combustion facility.

Learn about the operating experience of a dry scrubber/baghouse at the ShuLin waste-to-energy incineration plant in Taiwan in this eight page article. 

The GORE Mercury Control System (GMCS) is a unique fixed sorbent system for capturing elemental and oxidized gas phase mercury from industrial flue gas. The system is based on discrete stackable modules that are installed downstream of a particulate collection system.

Das GORE Mercury Control System (GMCS) ist ein einzigartiges, fest eingebautes Sorbens-System für die Abscheidung von elementarem und oxidiertem Quecksilber in der Gasphase aus industriellen Rauchgasen. Das System beruht auf diskreten, stapelbaren Modulen, die nach einem bestimmten Erfassungssystem installiert werden.

System Kontroli Emisji Rtęci GORE™ (ang. GMCS) wykorzystuje sorbent w postaci stałej i pozwala na wytrącanie rtęci pierwiastkowej oraz utlenionej rtęci gazowej ze strumienia spalin przemysłowych. System ten oparty jest na łączonych w grupy modułach, ktore montuje się za wylotem spalin z instalacji odpylającej.

Alliance Pipeline tested hydrophobic (High-Efficiency Particulate Air) HEPA filters on two of its pipeline compressors. In a year of field testing, Alliance found that these filters had the same pressure drop as existing, lower efficiency filters, and that they eliminated the need to shut down compressors for off-line water washing (OLWW).

Compressor fouling and blade corrosion due to ingress of contaminants in the incoming air (dust, soot, salt, etc) has been an all too common problem for gas turbine operators, requiring frequent compressor washing.