The iCAM building in Sheridan, Wyoming, is a cutting-edge research facility dedicated to advancing carbon technologies, and it features a striking architectural design with a unique 22-gauge A606 rusting roof atop a steel-framed structure. As part of Ramaco Carbon, iCAM, or the Innovation of Carbon Advancement of Materials, serves as a hub for carbon tech innovation, focusing on transforming coal into advanced carbon-based products like carbon fiber, carbon building materials, and graphene. The choice of a rusting roof not only aligns with the industrial aesthetic of the facility but also symbolizes the innovative approach of using traditional materials in new and sustainable ways. The iCAM building stands as a testament to Sheridan’s role in pioneering the future of carbon technology, blending form and function in a facility that supports groundbreaking research and development.
“Innovation is the ability to see change as an opportunity, not a threat.” – Steve Jobs
The Challenge
The ICAM roof, with its 22-gauge A606 rusting material, presented challenges in ensuring precise installation on the steel-framed structure, requiring careful handling and alignment to achieve the desired weathered aesthetic while maintaining structural integrity and long-term durability.
The Result
The outcome of the ICAM building’s roof and overall structure is a remarkable blend of innovation and industrial design. The 22-gauge A606 rusting roof was expertly installed, achieving a distinctive weathered appearance that complements the facility’s forward-thinking mission. This unique roofing material, carefully integrated with the steel-framed structure, not only provides long-lasting durability but also visually represents the cutting-edge research and development taking place within the building. The ICAM facility now stands as a beacon of innovation in Sheridan, Wyoming, with its design reflecting the groundbreaking work being done to advance carbon technologies and redefine the future of carbon-based materials.