Triton Hydrogen

Triton Hydrogen

Services for Renewable Energy

Old Stratford, England 874 followers

Solving 'impossible' problems. Developed a groundbreaking product—Tritonex —that stops hydrogen leakage completely.

About us

Triton Hydrogen is revolutionising the hydrogen industry with Tritonex, our proprietary coating system that guarantees 100% isolation from hydrogen gas. Certified to ISO 17081:2014 standard with zero hydrogen penetration, Tritonex is a nano-tech marvel and game-changer. It stops hydrogen leakage and prevents material degradation and hydrogen embrittlement in infrastructure, machine components, pipes and storage vessels. With its robust barrier against all gases and chemicals and world-leading anti-corrosive protection, Tritonex is more than just a coating – it's a cost eliminator across the entire hydrogen value chain and a long-term investment in unparalleled safety and durability. Effortlessly applied to a wide range of materials, our innovative coating transforms any pipe or storage vessel into a secure, leak-proof system. It also completely stops steel embrittlement with its dual-layer protection. Tritonex significantly reduces maintenance and infrastructure costs. This groundbreaking innovation paves the way for affordable, wide-scale adoption of hydrogen as a sustainable energy source.

Industry
Services for Renewable Energy
Company size
11-50 employees
Headquarters
Old Stratford, England
Type
Privately Held
Founded
2023
Specialties
Innovation, Hydrogen technology, Technology, Energy, Sustainability, Coatings, and Industry

Locations

Employees at Triton Hydrogen

Updates

  • Triton Hydrogen reposted this

    View profile for Paul Meersman, graphic

    Igniting Growth and Shaping Change | Storyteller | Writer | Analyst | Marketer | AI Engineer | Photographer | Filmmaker

    🚨 World Energy Outlook 2024 just dropped, and here’s what’s worth noting: Amid global tensions, the energy landscape is changing fast. Demand for fossil fuels will peak before 2030, while clean energy is charging ahead. The energy transition is real, with renewables like solar and wind scaling up at record rates. Still, geopolitical uncertainties remind us that energy security is crucial – and it’s not just about oil anymore. Hydrogen? It’s gaining momentum too. By 2050, low-emissions hydrogen could account for 82% of global production, playing a major role in industry and transport. Personally, I’ve been watching hydrogen’s rise closely—it’s not just a clean energy buzzword; it could be the key to decarbonising hard-to-abate sectors. But we need to act now to unlock its full potential. Clean energy is more than just a climate win; it’s about resilience. By 2030, nearly every second car sold could be electric, and more investment is needed in grids and storage to power our future. For me, what stands out is this: The future isn’t just clean; it’s competitive. Governments and businesses that act now will lead, and those who hesitate may find themselves left behind. We need to grab the opportunity with both hands to build a more sustainable, secure energy system. Follow me for more personal insights: Paul Meersman At Triton Hydrogen Link to the report in the comments. #WorldEnergyOutlook2024 #CleanEnergy #EnergyTransition #Renewables #Sustainability

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  • Triton Hydrogen reposted this

    View profile for Paul Meersman, graphic

    Igniting Growth and Shaping Change | Storyteller | Writer | Analyst | Marketer | AI Engineer | Photographer | Filmmaker

    Just finished reading through a brilliant report on hydrogen production, and it really drives home a key message: hydrogen is the energy game-changer. Here are my top takeaways: Hydrogen production is evolving fast – Traditional methods like Steam Methane Reforming (SMR) are still relevant but increasingly incorporate carbon capture tech to lower emissions (blue hydrogen). Green hydrogen, produced from renewable sources, is on the rise but needs more scale. Electrolysis is the green future, but we need major tech advancements to reduce costs and improve efficiency. Exciting innovations like Anion Exchange Membranes (AEM) are on the horizon, blending affordability with dynamic operation. Carbon intensity matters – Not all hydrogen is created equal. The report highlights how production methods impact carbon footprints. The 'colours' of hydrogen—grey, blue, green—tell the story of their environmental impact. Green hydrogen? It's all about renewables. Big future, but with challenges – Hydrogen liquefaction and transport are complex and costly but crucial for making it a global solution. As readers of my posts know, hydrogen isn’t just a buzzword—it’s a vital component in the decarbonisation race. We need to unlock its full potential. Challenges are there to be overcome. #Sustainability #GreenHydrogen #Decarbonisation #Energy

  • Triton Hydrogen reposted this

    View profile for Paul Meersman, graphic

    Igniting Growth and Shaping Change | Storyteller | Writer | Analyst | Marketer | AI Engineer | Photographer | Filmmaker

    Clean energy transitions are about more than just reducing emissions; they’re about designing systems that are fair and affordable for everyone. A new report from the IEA highlights seven key considerations to ensure clean energy policies benefit all, especially low-income and marginalised communities. Key takeaway? Inclusivity matters. Whether it's job creation, social equity, or making clean tech affordable, policies must actively bring everyone on board. From subsidising home retrofits for vulnerable households to ensuring universal access to affordable energy, these transitions need to be designed with fairness at the core. Otherwise, we risk leaving many behind. It’s time to prioritise people as we build a cleaner, more equitable energy future! #CleanEnergy #FairTransition #EnergyForAll #Sustainability #GreenEconomy #InclusiveGrowth #ClimateAction #RenewableEnergy

  • Triton Hydrogen reposted this

    View profile for Paul Meersman, graphic

    Igniting Growth and Shaping Change | Storyteller | Writer | Analyst | Marketer | AI Engineer | Photographer | Filmmaker

    Just saw Toyota’s latest announcement, and I have to say, it’s impressive. Next week at the Japan Mobility Bizweek, they’ll be showcasing their new portable hydrogen cartridges. Yes, portable hydrogen—we’re talking about clean energy you can carry in your hand! Imagine using it for cooking or even powering up all sorts of things in everyday life. It’s practical innovation at its best. It feels like Toyota Motor Corporation is leading the charge towards making hydrogen more accessible. Their approach goes beyond just one technology—they're really working on a multi-path strategy for a sustainable future, from renewable energy to smart recycling systems like their Sweep energy storage. Toyota’s focus on collaboration with startups, like Triton Hydrogen and other companies also stands out. It’s not just about their tech but bringing everyone along to help build a carbon-neutral future. That’s the kind of thinking we need more of—big companies creating space for others to contribute. Looking forward to seeing what comes out of this event. Who knows, this could be the key that unlocks hydrogen and helps it go mainstream! At Triton Hydrogen we're delighted to be collaborating with Toyota on the hydrogen journey. Follow me for more insights at Paul Meersman. #Toyota #HydrogenInnovation #CarbonNeutral #Sustainability #JapanMobilityBizweek

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  • View organization page for Triton Hydrogen, graphic

    874 followers

    💼 One solution to this growing problem is Triton Hydrogen's Tritonex Hydrogen Barrier Coating System. Tritonex effectively creates a protective barrier between the pipeline steel and hydrogen gas, significantly reducing hydrogen permeation and embrittlement. This innovative coating mitigates the risk of fatigue crack growth and extends the service life of pipelines, making it a crucial asset for hydrogen transport infrastructure. 🌍 As the energy landscape shifts towards hydrogen, understanding and mitigating hydrogen embrittlement isn't just a research topic—it's a necessity for future-proofing infrastructure.

    View profile for Paul Meersman, graphic

    Igniting Growth and Shaping Change | Storyteller | Writer | Analyst | Marketer | AI Engineer | Photographer | Filmmaker

    🚨 Attention, pipeline industry! 🚨 The brilliant Milos Djukic and his colleagues have just published groundbreaking research in Elsevier Engineering Failure Analysis, addressing a critical issue: hydrogen embrittlement in pipelines. 💡 Why is this important? Hydrogen embrittlement weakens pipeline integrity, especially under cyclic pressure. This research highlights how pre-cracked API 5L X52 steel pipelines—commonly used in natural gas transport—can suffer from accelerated fatigue and crack growth due to hydrogen exposure. This isn't just theory; it mimics real-world conditions, integrating demand variations and pressure cycling into the mix. ⚠️ Why should you care? If you're in the business of pipeline integrity, this is a wake-up call. The study uses ASME B31.12 and ASME BPVC Section VIII standards to model fatigue crack growth and predict remaining life, underscoring the urgent need for regular inspections and maintenance to avoid costly failures. 💼 One solution to this growing problem is Triton Hydrogen's Tritonex Hydrogen Barrier Coating System. Tritonex effectively creates a protective barrier between the pipeline steel and hydrogen gas, significantly reducing hydrogen permeation and embrittlement. This innovative coating mitigates the risk of fatigue crack growth and extends the service life of pipelines, making it a crucial asset for hydrogen transport infrastructure. 🌍 As the energy landscape shifts towards hydrogen, understanding and mitigating hydrogen embrittlement isn't just a research topic—it's a necessity for future-proofing infrastructure. Don't miss the opportunity to dive deeper into this research. Access it for free for the next 49 days: 👉 https://lnkd.in/enG9ADxs Follow me for new insights: Paul Meersman At Triton Hydrogen

    Hydrogen embrittlement effects on remaining life and fatigue crack growth rate in API 5L X52 steel pipelines under cyclic pressure loading

    Hydrogen embrittlement effects on remaining life and fatigue crack growth rate in API 5L X52 steel pipelines under cyclic pressure loading

    sciencedirect.com

  • Triton Hydrogen reposted this

    View profile for Paul Meersman, graphic

    Igniting Growth and Shaping Change | Storyteller | Writer | Analyst | Marketer | AI Engineer | Photographer | Filmmaker

    🌍 Renewables Surge: What’s Next for 2030? Hot off the press, the latest IEA report on renewables is packed with optimism and challenges. By 2030, global renewable capacity is expected to grow 2.7 times, surpassing current ambitions by 25%. But to hit the COP28 target of tripling, we need even stronger action. Solar PV and wind are leading the charge, and China is at the forefront—expected to account for 60% of this growth. On the hydrogen front, while renewable hydrogen is projected to make up 4% of global production by 2030, the silver lining is the fifty-fold increase in electrolyser capacity. This signals the potential for a rapid scale-up. With policies evolving and infrastructure developing, hydrogen could soon be a pivotal player in decarbonising industries and transport—especially if we harness this growing capacity effectively. A key takeaway? There’s a massive untapped potential in emerging markets—if policies improve. Grid integration, financing, and permitting are still bottlenecks, but with the right tweaks, a cleaner future is within reach. Time to triple down on renewables! 🌱 Follow me for more insights: Paul Meersman At Triton Hydrogen #EnergyFuture #Sustainability #ClimateAction #RenewableEnergy

  • View organization page for Triton Hydrogen, graphic

    874 followers

    🌍🎉 Happy World Hydrogen Day! 🎉🌍 Today, we celebrate the incredible power of hydrogen—an element so small, yet so mighty, it could change the future of energy as we know it! October 8th isn’t just a random date; it’s a nod to hydrogen’s atomic weight (1.008) and a reminder of its role in powering a cleaner, greener tomorrow. At Triton Hydrogen, we’re on a mission to harness the full potential of this game-changing element. With innovations like Tritonex, our ISO 17081-certified hydrogen-impermeable barrier, we’re tackling the industry’s biggest challenges—preventing leaks, boosting efficiency, and ensuring hydrogen can safely fuel everything from cars to entire industries. Think of Tritonex as a superhero cape for hydrogen systems, protecting infrastructure and the environment all at once! Hydrogen is leading the charge in transforming how we power our world—cleaner skies, quieter cities, and a more sustainable energy future. So, let’s celebrate the science, the tech, and the visionaries making hydrogen a reality today and for generations to come. Here’s to hydrogen—the future’s most powerful element! 🔋💧 Visit our website to learn more: https://lnkd.in/eGM7Y4wS #WorldHydrogenDay #HydrogenHeroes #PoweringTheFuture #CleanEnergyRevolution #TritonHydrogen #FuelCells #GreenEnergy

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  • View organization page for Triton Hydrogen, graphic

    874 followers

    At Triton Hydrogen, we’ve taken a proactive approach to these engineering challenges. Our Tritonex Hydrogen Barrier Coating System provides an impermeable shield against hydrogen permeation and embrittlement, ensuring the integrity of hydrogen pipelines even under fluctuating pressures. By adopting solutions like Tritonex, we can safeguard the infrastructure that will power the green energy future. #HydrogenEnergy #PipelineSafety #GreenEnergy #HydrogenEmbrittlement #EnergyInfrastructure #SustainableEnergy #HydrogenEconomy #CleanTech 

    View profile for Paul Meersman, graphic

    Igniting Growth and Shaping Change | Storyteller | Writer | Analyst | Marketer | AI Engineer | Photographer | Filmmaker

    The Fragile Frontier of Hydrogen: Why Infrastructure Must Evolve to Support the Green Revolution The key takeaway from this interesting report by Milos Djukic and colleagues is that hydrogen embrittlement, when combined with transient gas flow conditions, significantly threatens the structural integrity of steel pipelines. When hydrogen is mixed with natural gas, particularly under fluctuating pressures, it amplifies the risk of pipeline failure, especially in pre-cracked pipes. This synergy between embrittlement and transient pressure conditions leads to higher stress on the pipeline walls, increasing the likelihood of cracks expanding and catastrophic failures. Practical takeaway? Hydrogen’s promise as a green energy source comes with engineering challenges that need careful attention. Pipeline safety under real-world conditions, especially involving hydrogen, requires predictive models and stringent controls. We need to ensure both material strength and flow dynamics are in harmony for the future of energy infrastructure. Would love to hear your thoughts—are we ready for hydrogen’s big role, or do we need more safeguards? At Triton Hydrogen, we’ve taken a proactive approach to these engineering challenges. Our Tritonex Hydrogen Barrier Coating System provides a shield against hydrogen permeation and embrittlement, ensuring the integrity of hydrogen pipelines even under fluctuating pressures. By adopting solutions like Tritonex, we can safeguard the infrastructure that will power the green energy future. Follow me for more insights: Paul Meersman At Triton Hydrogen #Hydrogen #GreenEnergy #Embrittlement #EnergyInfrastructure #SustainableEnergy #HydrogenEconomy #CleanTech 

  • Triton Hydrogen reposted this

    View profile for Paul Meersman, graphic

    Igniting Growth and Shaping Change | Storyteller | Writer | Analyst | Marketer | AI Engineer | Photographer | Filmmaker

    ❗The State of Energy Policy 2024: Reflections on Our Energy Journey❗ It’s been quite the rollercoaster for energy policy over the last few years, hasn’t it? From the chaos of supply chain disruptions to the rapid pivot towards clean energy, the International Energy Agency (IEA)’s latest report highlights just how much we’ve been through—and where we’re heading. Here are my key takeaways: 🌊A Wave of Clean Energy Investment: Since 2020, clean energy investments have surged by 60%. Governments have earmarked USD 2 trillion for clean energy globally. Most of this is happening in China, the EU, and the US—but it’s a strong signal worldwide that clean energy is the future. 🔒Energy Security Is Back on the Table: Russia’s invasion of Ukraine in 2022 reminded us all that energy security isn't just about fuel—it’s about resilience. With clean energy comes new challenges, particularly around concentrated supply chains and critical minerals, and we need to get ahead of those vulnerabilities. 💷Affordability Remains Front and Centre: Energy price spikes hit hard in 2022, prompting governments to step in with over USD 940 billion in affordability support. A lot of these provisions have now been rolled back, but it’s clear affordability isn’t just a buzzword—it’s a necessity. 🚧Local Supply Chain Concerns: Here’s something that made me pause: 80% of clean energy manufacturing is concentrated in just three countries. That’s a lot of eggs in a very small basket. Governments are now ramping up incentives for local production, focusing particularly on electric vehicles, hydrogen, and batteries. Diversification is key if we’re going to make this transition securely. ⚖️Trade Wars, but Make It Green: Nearly 200 new trade policies targeting clean tech have been rolled out since 2020. Nations are doubling down on domestic manufacturing and supply chain security for clean technologies. The US and EU are even treating these technologies as critical industries—pretty amazing when you think about how quickly this conversation has shifted. All in all, the report is a clear reminder that balancing energy security, sustainability, and affordability is tricky, but achievable if we’re proactive. It's a journey we’re all on, whether we’re in government, industry, or just keeping our homes warm and our lights on. If you haven’t yet, I encourage you to check out the IEA’s Energy Policy Inventory—it’s a treasure trove of insights and a testament to just how far we’ve come in trying to secure a cleaner, more sustainable future. Follow me for more insights: Paul Meersman At Triton Hydrogen #EnergyPolicy #CleanEnergy #Sustainability #IEA #EnergyTransition #ReflectionsOnEnergy

  • Triton Hydrogen reposted this

    View profile for Paul Meersman, graphic

    Igniting Growth and Shaping Change | Storyteller | Writer | Analyst | Marketer | AI Engineer | Photographer | Filmmaker

    🌟 Hydrogen’s 100-Year Problem SOLVED – And It’s About Time! 💥 Hydrogen. The ultimate clean energy hope. 🌱 But for 100 years, it’s been a bit of a nightmare to handle. Leaks, embrittlement, and costs that make even the bravest break a sweat. Well, that was until Triton Hydrogen decided to take the challenge head-on. 👊 Our team didn’t just “figure it out” – we engineered a breakthrough at the nanoscale. Meet Tritonex: the world’s ONLY ISO 17081-certified hydrogen-impermeable barrier. Imagine containing the most slippery, evasive element known to man.; we’re talking about a revolution in clean energy. 🚀 🔗 Want to know how we cracked hydrogen’s toughest problem and what it means for energy, aerospace, hydrogen storage, pipelines and transport? Spoiler: It’s going to change EVERYTHING. Check out the full story and discover how we’re enabling a sustainable, hydrogen-powered future. Trust us, you don’t want to miss this. Read the full story using the link in the comments. 👇 #HydrogenFuture #CleanEnergy #TritonHydrogen #Innovation #TechBreakthrough #Sustainability #GameChanger

    • Working in the lab.

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