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Our history
hysun technology was originally developed in the european BacToFuel project funded by the European Commission through Horizon 2020.
The hysun production unit design using CST and M-M as a catalyst is already in a Patent pending status for EU.
hysun first lab proof of concept of efficent photocatalytic hydrogen production has been achieved through the spanish program Misiones; now a field prototype fotoreactor is being desigend under this program aiming to have it operative in Q1 2024.
The european BacToFuel is finished with a a very successful result on a unique patented 100% renewable hydrogen prodcution process.
The hysun production unit design using CST and M-M as a catalyst is already in a Patent pending status for PCT countries agreement.
NANOGAP and TEWER formed a joint venture to develop the first 100% renewable hydrogen process based on a unique and proprietary photo-catalytic process = hysun was born!
Delivering the low cost renewable hydrogen revolution: a new path starts here.
Lading the company’s mission to produce 100% renewable hydrogen through advanced solar-based technologies. With previous experience as founder and president of Nanogap, she brings strong expertise in innovation, materials science, and business development. Her leadership combines strategic vision, technology-scaling capability, and high-performance team management.
Industrial Engineer and Executive MBA, has extensive international experience managing teams in the renewable energy, automotive, and rail industries. A specialist in Concentrated Solar Power (CSP), he has led projects in R&D, engineering, quality, and operations. He blends technical excellence with a results-driven approach, contributing significantly to solar concentration technology and sustainable industrial development.
R&D Director of Hysun, where he leads the development of the company’s solar-driven renewable hydrogen technology. With expertise in pilot plants and photoelectrocatalytic systems for green hydrogen production, he combines scientific knowledge with experience in technological scale-up and innovation management.
Focused on laboratory process optimization and experimental development for hydrogen production. She holds a BSc in Engineering and an MSc in Materials Science, with research experience in the synthesis and characterization of nanomaterials, supporting Hysun’s scale-up toward industrial prototypes.
David Peregrina is a Process Engineer at Hysun with experience in the operation and maintenance of solar concentration facilities, including parabolic trough and solar tower systems. He also specializes in programming and data analysis, developing automated tools, reporting applications, and AI-based analytics for industrial process evaluation.
Process Engineer with extensive experience in both pilot-scale and industrial plant operations, specializing in process scale-up and optimization. He has a strong track record in developing high-value functionalized additive processes, consistently implementing innovative solutions to enhance industrial production and resolve complex technical challenges.
CEO and CTO of NANOGAP and holds a PhD in Chemistry from the University of Santiago de Compostela (USC). With postdoctoral experience in Berlin and the Brookhaven National Laboratory, he specializes in the synthesis, characterization, and catalytic applications of subnanometric quantum clusters. He is co-founder of NANOGAP and has led research in nanotechnology and advanced materials.
With a scientific background in chemistry and photophysics linked to the University of Santiago de Compostela. She focuses on developing advanced nanomaterial-based technologies and contributes to the company’s innovation strategy across biotechnology and materials science applications.
Chemist and researcher at NANOGAP, where he also carries out an industrial PhD supported by the Xunta de Galicia. His work focuses on the synthesis and catalytic and photocatalytic applications of nanomaterials. He collaborates in multiple R&D projects, contributing to the development of novel materials with industrial potential.
Nanomedicine PhD with five years of experience at NANOGAP. She works on the development and characterization of metallic molecular species for therapeutic and catalytic applications, combining scientific research with innovation and technology-transfer responsibilities. She contributes to strategic projects such as Hysun, linking advanced nanomaterials with emerging industrial solutions.