H2 Clipper, Inc., based in Santa Barbara, California, has welcomed Nick Gaines as the Regulatory Affairs Specialist for its subsidiary, H2C Safety Pipe, Inc. Gaines will be instrumental in advocating for a zero-leakage hydrogen standard in California to facilitate a smooth transition to clean energy. With a background in technology, policy, and community development, Gaines brings a wealth of experience, previously serving in roles focused on technology and climate policy. H2C Safety Pipe's CEO, Robert Shelton, emphasized the importance of learning from past mistakes in natural gas pipeline development to establish stringent safety measures for hydrogen distribution. The company aims to set global safety standards by implementing double-wall containment with active leak monitoring for all future hydrogen pipelines. The appointment of Gaines underscores H2C's commitment to prioritizing safety and innovation. By leveraging Gaines' expertise, the company aims to ensure California adopts the highest safety and regulatory standards while building trust among stakeholders. H2C Safety Pipe, specializing in 'last mile' distribution systems for hydrogen, provides a breakthrough two-layer pipe system designed for safe and reliable energy delivery. This technology offers a cost-effective and scalable solution for delivering fuel cell grade hydrogen to end users, especially in populated areas. By retrofitting existing pipelines for hydrogen use, H2C Safety Pipe leverages existing infrastructure, reducing costs and regulatory hurdles in the energy transition. H2 Clipper, Inc., the parent company, focuses on developing high-speed, hydrogen-powered airships for global transport and the Safety Pipe 'last mile' distribution system. Through strategic investments in airship design and hydrogen delivery solutions, the company aims to revolutionize long-distance transport while promoting sustainability. The efforts of H2C and H2C Safety Pipe align with the global shift towards clean energy, emphasizing safety, innovation, and efficiency in hydrogen distribution.