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当前，氮氧化物排放标准日益严格，达标难度增加且成本高昂。戈尔公司在催化过滤领域拥有超过20年的经验，现凭借高超的SCR脱硝工艺，开发出一种既具有出色的颗粒物过滤性能，又能实现氮氧化物高效减排的双功能滤袋。

戈尔的过滤解决方案运行时间更长，过滤效率和颗粒物捕集率更高。我们的过滤器采用 先进的材料制成，其中包括膨体聚四氟乙烯(ePTFE)，一种化学惰性、持久耐用并能耐 极端温度的多功能材料。这些优势让我们的过滤器在恶劣工况下、长时间使用后以及受 有害化学物质腐蚀等情况下都非常可靠。

耐腐蚀性介质、保护搪玻璃设备、减少泄漏。

Contain aggressive media, protect glass-lined steel equipment, and reduce emissions.

The GORE® Universal Pipe Gasket (Style 800) is the single, easy solution to the challenges of achieving and maintaining reliable seals in a wide variety of industrial flange and process media combinations. Reducing the chance of premature seal failure can enhance operational productivity and cost effectiveness, while providing greater peace of mind about safety and environmental concerns.

For more than 50 years, the Sealant Technologies Group of W. L. Gore & Associates has focused on the factors that enable more reliable sealing of piping systems, vessels, pumps and valves. Our singular focus has resulted in the development of innovative and top-performing gaskets and packings. We’ve also established a comprehensive technical services program, specially designed to help customers determine the best solutions for their toughest sealing applications.

Learn more about Gore's proven, reliable filtration technology to simplify industrial flue gas treatment in carbon capture applications.

Lithium is a critical mineral in the transition to clean energy. Its production requires the removal of impurities like magnesium, calcium, and sodium species, which can be challenging to separate due to corrosive conditions, high solids loading, or sticky solids compressibility. Gore is working to develop filtration solutions that ensure efficient lithium extraction to support a sustainable transition.

世界各地的污泥、城市生活垃圾和有害废弃物焚烧厂承受着持续的监管压力，要求它们减少各类污染物的排放。戈尔汞污染和二氧化硫排放控制系统是一款特别的可拓展的低成本催化和吸附系统，用于去除焚烧烟气中的汞气体和二氧化硫。

作为表面过滤技术的发明者，W. L. Gore & Associates（戈尔公司）能够帮助您高效地捕集固态颗粒物，并将气态二噁英在袋式过滤器内进行催化分解，实现二噁英治理。戈尔的过滤解决方案颇具创新，而且所有覆膜滤袋产品使用简单：只需在袋式除尘器中安装不同的滤袋，无需改变工艺流程，无需培训，无需添置昂贵的新设备。戈尔过滤解决方案不仅能确保排放更环保，还有助于提高运行效益。