US Department of Energy

Daphne Technology SA is a climate technology company based in Ecublens, Switzerland, founded in 2017. The company specializes in developing a catalyst-free, nano-technology aimed at reducing air emissions for industries such as petrochemical, power, and transportation. Its patented solutions are designed to be miniaturized, making them particularly suitable for marine vessels. By effectively breaking down toxic pollutants into non-hazardous elements, the technology not only meets international and national regulatory requirements but also offers significant cost advantages. It allows for a substantial reduction in operating costs without necessitating a change in fuel type, thereby enabling cleaner emissions for ships using current and future fuels, including ammonia and hydrogen.

Siemens is a global technology conglomerate headquartered in Munich, Germany, with a rich history dating back to 1847. The company specializes in providing advanced technology solutions that empower customers to transform essential industries such as manufacturing, transportation, building automation, and energy management. Siemens focuses on integrating the real and digital worlds, collaborating with various industries and innovators to enhance efficiency and sustainability. Its diverse offerings include vendor finance, working capital finance, project and corporate lending, as well as asset-based lending, primarily in sectors like equipment, technology, energy, infrastructure, mobility, and healthcare. Through its innovation and expertise, Siemens plays a crucial role in shaping the backbone of economies worldwide.

Daphne Technology SA is a climate technology company based in Ecublens, Switzerland, founded in 2017. The company specializes in developing a catalyst-free, nano-technology aimed at reducing air emissions for industries such as petrochemical, power, and transportation. Its patented solutions are designed to be miniaturized, making them particularly suitable for marine vessels. By effectively breaking down toxic pollutants into non-hazardous elements, the technology not only meets international and national regulatory requirements but also offers significant cost advantages. It allows for a substantial reduction in operating costs without necessitating a change in fuel type, thereby enabling cleaner emissions for ships using current and future fuels, including ammonia and hydrogen.

Ørsted is a Danish company specializing in the development and maintenance of offshore and onshore renewable energy farms, energy storage facilities, and bioenergy plants. Formerly known as DONG Energy, Ørsted has undergone a significant transformation over the past decade, committing to a vision of a world powered entirely by green energy. The company has dramatically reduced its coal consumption by 73% and aims to completely phase out coal by 2023. As a global leader in offshore wind, Ørsted holds a 25% market share, providing energy to approximately 9.5 million people. By the end of 2023, Ørsted operated 8.9 gigawatts of offshore wind capacity, with the United Kingdom being its largest market, followed by Germany and Denmark. The company is also expanding its presence outside Europe with projects in Taiwan and the United States, where it operates 4.8 gigawatts of onshore wind and solar assets. In addition to its renewable initiatives, Ørsted still engages in traditional utilities, including conventional power plants.

Virginia Polytechnic Institute and State University, known as Virginia Tech, is a public research university located in Blacksburg, Virginia, with additional educational facilities across six regions in the state and a study-abroad site in Switzerland. Established in 1857, Virginia Tech offers 280 undergraduate and graduate degree programs to approximately 34,400 students. The university is recognized for its research capabilities, managing a research portfolio valued at $522 million, which positions it as the 46th university in the United States for research expenditures and the only institution in Virginia among the top 50. Additionally, Virginia Tech is designated as one of the six senior military colleges in the U.S. through its Corps of Cadets ROTC program, making it the state's second-largest public university by enrollment.

Virginia Polytechnic Institute and State University, known as Virginia Tech, is a public research university located in Blacksburg, Virginia, with additional educational facilities across six regions in the state and a study-abroad site in Switzerland. Established in 1857, Virginia Tech offers 280 undergraduate and graduate degree programs to approximately 34,400 students. The university is recognized for its research capabilities, managing a research portfolio valued at $522 million, which positions it as the 46th university in the United States for research expenditures and the only institution in Virginia among the top 50. Additionally, Virginia Tech is designated as one of the six senior military colleges in the U.S. through its Corps of Cadets ROTC program, making it the state's second-largest public university by enrollment.

Virginia Polytechnic Institute and State University, known as Virginia Tech, is a public research university located in Blacksburg, Virginia, with additional educational facilities across six regions in the state and a study-abroad site in Switzerland. Established in 1857, Virginia Tech offers 280 undergraduate and graduate degree programs to approximately 34,400 students. The university is recognized for its research capabilities, managing a research portfolio valued at $522 million, which positions it as the 46th university in the United States for research expenditures and the only institution in Virginia among the top 50. Additionally, Virginia Tech is designated as one of the six senior military colleges in the U.S. through its Corps of Cadets ROTC program, making it the state's second-largest public university by enrollment.

Virginia Polytechnic Institute and State University, known as Virginia Tech, is a public research university located in Blacksburg, Virginia, with additional educational facilities across six regions in the state and a study-abroad site in Switzerland. Established in 1857, Virginia Tech offers 280 undergraduate and graduate degree programs to approximately 34,400 students. The university is recognized for its research capabilities, managing a research portfolio valued at $522 million, which positions it as the 46th university in the United States for research expenditures and the only institution in Virginia among the top 50. Additionally, Virginia Tech is designated as one of the six senior military colleges in the U.S. through its Corps of Cadets ROTC program, making it the state's second-largest public university by enrollment.

Siemens is a global technology conglomerate headquartered in Munich, Germany, with a rich history dating back to 1847. The company specializes in providing advanced technology solutions that empower customers to transform essential industries such as manufacturing, transportation, building automation, and energy management. Siemens focuses on integrating the real and digital worlds, collaborating with various industries and innovators to enhance efficiency and sustainability. Its diverse offerings include vendor finance, working capital finance, project and corporate lending, as well as asset-based lending, primarily in sectors like equipment, technology, energy, infrastructure, mobility, and healthcare. Through its innovation and expertise, Siemens plays a crucial role in shaping the backbone of economies worldwide.

Nanosolar, Inc. is a manufacturer of solar electricity cells and panels, focusing on cost-efficient solar energy solutions. Founded in 2001 and headquartered in San Jose, California, with additional manufacturing facilities in Berlin, Germany, the company produces products such as the Utility Panel, designed for utility-scale power plants, and SolarPly, a lightweight solar-electric cell foil that can be customized to various sizes. Nanosolar employs a proprietary printing technique for CIGS (Copper, Indium, Gallium, Selenium) solar cells, utilizing nanoparticle inks and an annealing process. This innovative approach reduces reliance on expensive high vacuum deposition equipment, allowing the company to leverage industrial printing and roll-to-roll manufacturing technologies to produce solar-electric foil efficiently and at high speeds.