Calyos

[Economie Circulaire] Les lauréats de la 3ᵉ et dernière édition du programme Proof of Circularity sont connus !   Avec cette ultime édition, le programme aura permis de soutenir 17 projets, impliquant 18 entreprises, grâce à une enveloppe totale de 450 000 €. Une belle démonstration du potentiel d'innovation des entreprises wallonnes lorsqu'il s'agit d'accélérer leur transition vers l'économie circulaire.   Félicitations aux 6 derniers lauréats qui viennent de terminer leur projet ! ➡️ Thales Alenia Space – Introduction de l’aluminium recyclé dans les process ➡️ Calyos – Amélioration de la réparabilité et la circularité des boucles thermiques de Calyos ➡️ ICA - Industrial Construction & Automation – Structuration d’une méthode de retrofit industriel ➡️ Shifti SC – Amélioration des trains de leur prototype de vélis ➡️ AISIN Europe – Analyse du business model des boites de vitesse automatiques, dans un contexte d’électrification du parc automobile ➡️ Recma Groupe – Amélioration du diagnostic de panneaux photovoltaïques mis au rebut, en vue de les remettre sur le marché de la seconde main   Vous avez un projet d'innovation ou de circularité ? #MecaTech vous accompagne pour identifier le financement le plus adapté, trouver les bons partenaires et transformer votre idée en projet concret. 💬 Vous souhaitez accélérer votre démarche d'économie circulaire ou challenger votre projet ? Contactez Laetitia Zacheo, notre experte en économie circulaire, qui vous guidera dans vos réflexions.   Circular Wallonia - #PlandeRelance - Pôle MecaTech

Discover the AI genAIRation | A thermal design that enables AI servers to operate everywhAIR. Many enterprises, edge-cloud operators, and air-cooled data centers face the same challenge: - They need more AI computing capabilities. - But they cannot justify a complete overhaul of their thermal infrastructure. Passive Two-Phase Direct-to-Chip-to-air in-server cooling is a technology for high-performance AI servers to operate within existing air-cooled infrastructures. This means: - No need for major thermal infrastructure upgrades. - Lower cooling energy consumption compared to traditional air-cooled servers - Faster AI deployment in existing facilities Follow Calyos' tech series to explore how we help to remove thermal barriers to AI adoption. And enable AI for everyone. https://lnkd.in/eeVNHYvh

This is how cooling experts support each other during hot weather days . Thank you to our partner Noctua for the great gifts to the Calyos team. Silent, high-performance fans that create the perfect environment for deep focus and engineering excellence. Cooling that you almost forget is there. In the meantime, we hope you don’t take the temperatures too personally — at least not as much as we do 😉

What do the saxophone and this 2-phase cooling system for a PC case have in common? (Beyond their Belgian background?) They both actually work with air. When you play the saxophone, you can blow air in two different ways: - using your lungs - using your lungs + your diaphragm Naturally, we’re used to blow air with our lungs. But when we add our diaphragmatic support, it provides more power, longer performance, and better sound quality. It’s the same for this PC case. Electronics are traditionally cooled with fans that push air. But when you add two-phase cooling, it allows your equipment to operate longer, achieve higher cooling efficiency and remove all moving parts. However, there is an important element that differentiates these two systems: One has been designed to be silent, while the other has been designed to make sound ;) So, ready to play? #Calyos #TwoPhaseCooling #PC #HybridAirLiquidCooling #Thermal #Passive

How to bring Dual-use technologies into real-world applications? This week, Calyos joined a technological mission in Munich, bringing together 30 actors from industry, research and academia. Our CEO, Antoine de Ryckel, presented Calyos’ approach to advanced thermal management for high-performance, reliability-driven and mission-critical applications. As part of the 2026 DIANA cohort, Calyos contributes to the development of dual-use technologies within NATO’s broader innovation ecosystem — supporting collaboration across strategic sectors. We thank AWEX and Wallonia-Brussels International for the organization and all participants for the valuable exchanges. Learn more : https://lnkd.in/eTi_W5RD

We do not fight heat. We work with it. We’ve put together practical guidelines for engineers and system integrators working on edge AI platforms and facing thermal challenges. Read full article here: https://lnkd.in/ePAjXdcg The problem is clear: Modern semiconductors (like the NVIDIA Jetson family) are pushing thermal limits. At the same time, SWaP constraints are getting tighter. This is a cooling + integration problem. Our answer to this challenge is simple: Bring the heat to the cold. Not the cold to the heat. This shift unlocks: • Higher reliability (no moving parts) • Silent operation • Better integration in constrained environments • Scalable cooling for next-gen AI workloads Interested? Feel free to reach out: info@calyos-tm.com

This is a big step forward for the future of aviation. We are proud to join forces with leading aerospace players and innovation pioneers in a major aviation project. Our advanced passive two-phase cooling technologies contribute to solving the thermal management challenges of future aircraft. 🔗 Learn more : https://ow.ly/NsTW50ZjWju

This is our innovation equation: we bring expertise in two-phase cooling, and our partners bring their deep application knowledge. As a technical team of 22 members that has been developing Two-Phase cooling for more than 10 years, we help industrial leaders adopt their modern and next-generation electronics. Our secret? We make electronics thermal dissipation part of the solution, not something to fight against. This approach helps our OEM and integrator partners reach the high mechanical reliability and thermal performance required by their systems. While simulation, prototyping, and testing are part of our activities at the heart of Europe, this is also supported by: - the development of industrial machinery and tools, - worldwide industrial partnerships to enable Two-Phase cooling production at industrial-scale . We combine our two-phase cooling know-how with our partners’ application expertise. And that’s how we foster innovation to better address the semiconductor and automotive industry’s thermal challenges. Learn more here : https://lnkd.in/eWY8fhWe info@calyos-tm.com

Data center growth is accelerating. But sustainability constraints are now a decision-making problem. For investors, operators, and strategics, the challenge is no longer finding “interesting technologies.” It’s building clarity on which innovation pathways are actually viable, scalable, and worth prioritizing. In our latest Data Centers Market Snapshot, we mapped the full innovation landscape to support workflows like: ✅ identifying where efficiency gains are most achievable ✅ benchmarking technology pathways across the value chain ✅ building investable and deployable shortlists ✅ understanding which solutions address power, cooling, and water bottlenecks The analysis covers key innovation pathways, including: ❄️ Cooling efficiency ⚡ Low-carbon power + storage 🧠 Digital optimization + workload management 💻 High-efficiency computing hardware ♻️ Circular IT lifecycle + waste heat recovery + modular design If you’re building a thesis or evaluating where the market is heading, this is the structured view. 👉 Read the full article: https://lnkd.in/dSEENGGt The operation was supported by LISBOA 2030, Portugal 2030 and the European Union.