AIRCO
Joshua Anderson is an experienced professional in procurement, logistics, and facilities management, currently holding dual titles as Procurement & Logistics Manager and Facilities Manager at Air Company since July 2020. Prior to this role, Joshua has contributed as a Remote Learning Facilitator and Manager of Warehouse & Inventory Control at various organizations, showcasing a strong focus on property management and logistics throughout a diverse career that began in 2009 as an On-Site Property Manager at KUHO, LLC. Educational background includes a Master of Arts in Education with a specialization in Athletic Facilities Management and two bachelor's degrees in Individual Studies - Criminal Justice and Management from the University of Connecticut and University of Connecticut School of Business, respectively.
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AIRCO
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AIRCO is a world leader in carbon conversion technology, paving the way to global energy security by transforming CO₂ into a valuable resource. Its proprietary AIRMADE™ Technology is an adaptable platform that allows any industry to efficiently produce high-demand, fully-formulated synthetic fuels from waste CO₂ and hydrogen. The company has commercial partnerships with airlines including JetBlue and Virgin Atlantic, amongst others, and has been awarded multiple government contracts, including with NASA and the United States Department of Defense's Defense Innovation Unit. The company has received industry recognition through awards such as Time Best Inventions, Inc. Best in Business, Fast Company World Changing Ideas, and the XPrize for Carbon Removal. AIRCO’s many accolades include winning the prestigious Green Chemistry Challenge Award from the Environmental Protection Agency in October 2023, an award given to organizations that reinvent processes to reduce the generation of hazardous substances and byproducts. AIRCO was also recently declared a winner for the World Economic Forum UpLink Sustainable Aviation Challenge, which accelerates the development of promising technology pathways that enable widespread uptake of SAF.