Basée à Aix-en-Provence, la deeptech HSL Technologies (SAS HySiLabs) dévoile ses dernières avancées autour de sa technologie liquide révolutionnaire qui permet de stocker, transporter et libérer de l’hydrogène tout en produisant de la silice bas carbone. L’entreprise entre dans une nouvelle phase de croissance avec le lancement d’une levée de fonds destinée à industrialiser sa solution et accélérer sa mise sur le marché.
Hydrogen Safety
Hydrogen Safety: Understanding Risks and Safety Measures in Place.
Hydrogen, often considered the energy source of the future, draws significant interest for its potential to enable a cleaner energy transition. However, as with any energy source, hydrogen also raises safety concerns. This article aims to demystify the risks associated with hydrogen and showcase the rigorous safety measures in place to ensure its safe use.
Slush – 2025
From 28 to 30 November, Belén Moreno represented HSL Technologies at SLUSH, one of the leading global events for startups and investors shaping the future of sustainable technologies. It was a valuable opportunity to present our vision and innovations in hydrogen and silica, while engaging with key players in the deep tech and climate tech ecosystem.
Environmental Impact of Hydrogen
What is the Environmental Impact of Hydrogen, and How Does it Contribute to Combating Climate Change?
Hydrogen is often highlighted as a key component of a clean, sustainable energy future. But what is its true environmental impact, and how can it contribute effectively to the fight against climate change? This article explores these essential questions, drawing on the latest research and analyses.
The Business Booster – 2025
From 21 to 23 October, The Business Booster once again demonstrated the power of a thriving innovation ecosystem. In Lisbon, our team at HSL Technologies joined more than 150 global innovators committed to accelerating climate tech and shaping the energy transition.
The enthusiasm around our mission making hydrogen logistics safer and more efficient while unlocking the full potential of low-carbon silica was both energising and encouraging.
