The cover and images of spreads from the carbon update.

Carbon Update 2020

Policies / Statements, 4.51 MB

In early 2020, W. L. Gore & Associates (Gore) announced its first carbon reduction goals for the enterprise: a 60% reduction in absolute facility-related carbon emissions by no later than 2030, while working toward carbon neutrality by 2050. Since then, we have remained focused on our sustainability strategy to reduce our carbon footprint across the globe. This carbon update tells the story of our shared journey in 2020.

News

An Update on Sustainability: Progress to Our Carbon Reduction Goals

Posted March 14, 2022

In early 2020, W. L. Gore & Associates (Gore) announced its first carbon reduction goals for the enterprise: a 60% reduction in absolute facility-related carbon emissions by no later than 2030, while working toward carbon neutrality by 2050. Since then, we have remained focused on our sustainability strategy to reduce our carbon footprint across the globe. This carbon update tells the story of our shared journey in 2020.

News

GORE® TENARA® Sewing Thread Featured in MFA 2022 Fabrication Excellence Awards

Posted March 14, 2022

Top honors — an Award of Distinction — in 2022’s prestigious marine industry competition went to GORE® TENARA® Sewing Thread customer Bootssattlerei Hallier of Bad Abbach, Germany. Sponsored by the Marine Fabricators Association (MFA), the annual contest recognizes excellence in fabrication in a variety of categories. Only two Awards of Distinction are issued, recognizing “the best” of the Award of Excellence winners.

Gore’s products in aerospace and defense systems.

From the first moon landing to today’s aircraft and land defense, W. L. Gore & Associates continues to develop technology innovation and deliver time-tested, reliable components and materials to the aerospace and defense industry.

GORE® Performance Membranes for Gas Sensors

Gore’s ePTFE membranes for gas sensors come with outstanding performance as gas-permeable protective membranes and as functional membranes in electrochemical sensor cells.
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