Automated 3D Concrete Manufacturing for Offshore Infrastructure | Sperra 3D concrete printed anchoring solutions for demanding ocean applications We deliver marine infrastructure on demand through localized and scalable manufacturing 3D concrete printing is a new solution that cost-effectively anchors ocean energy systems
Sperra - LinkedIn Sperra is building a new foundation for renewable energy We design and manufacture 3D-printed concrete infrastructure for offshore wind, floating solar and wave energy projects
Innovator Story: Sperra - NYSERDA Learn how NYSERDA supported Sperra in tackling clean energy storage at scale through underwater, 3D concrete-printed spheres
On-site 3D Concrete Printing for Next-generation Low-cost Wind Plants Utilizing domestic material content and manufacturing labor is critical to maximize the economic benefits of offshore wind projects RCAM Technologies, Inc , DBA Sperra (RCAM) has developed 3D-printed concrete suction anchors for FOSW plants, which can reduce costs and enable local manufacturing
Sperra . | Rice Alliance Sperra is reimagining offshore construction through structurally efficient, low-carbon concrete products built for marine environments We design and manufacture these products using ultra-lean, automated concrete printing technology that enables local, scalable production at ports worldwide
Sperra - YouTube Sperra is building a new foundation for renewable energy We design and manufacture 3D-printed concrete infrastructure for offshore wind, floating solar and wave energy projects
Sperra - empowerinnovation. net Sperra is a climate tech small business pioneering the next generation of solar, wind, and wave energy components using automated construction technologies Sperra’s 3DCP R D lab, the only known port-side 3DCP facility in the world, occupies a 5,000 ft² plot at AltaSea
On-site 3D Concrete Printing for Next-Generation Low-Cost Wind Plants As required by Senate Bill 525, the California Energy Commission adopted planning goals of 2 to 5 gigawatts of offshore wind energy by 2030 and 25 GW gigawatts by 2045 On-site 3D printed concrete can advance California’s renewable energy objectives by streamlining wind plant construction