29 SEP 2025

Partnership to boost education, research, and industry–academia collaboration in support of the energy transition.

University of Ruhuna and Greenstat Hydrogen have signed a Memorandum of Understanding (MoU) to establish a framework for cooperation in hydrogen research, innovation, and capacity development. The agreement aims to strengthen academia–industry collaboration and position Sri Lanka as an active player in the regional green hydrogen economy.

Expanding research and education

The MoU will support joint initiatives to expand hydrogen education, advance research and development, and create opportunities for students and academics to participate in applied hydrogen projects. By combining academic expertise with industry knowledge, the partnership seeks to build a skilled workforce and accelerate Sri Lanka’s transition to sustainable energy.

Ceremony and participants

The signing ceremony was attended by Senior Professor P.A. Jayantha, Vice Chancellor of the University of Ruhuna, together with Professor H.C.P. Karunasena, Dean of the Faculty of Engineering, Eng.Veditha De Silva, DMENA, Faculty of Engineering and Dr. Sumith Baduge, Head of the Department of Marine Engineering & Naval Architecture. Greenstat Hydrogen was represented by Chairman Sturle H. Pedersen and Prasadini Wickramasinghe.

Organized by the Greenstat Center of Excellence for Hydrogen (COE-H) in collaboration with Enapter, this exclusive webinar explores how green hydrogen production, microgrids, and advanced software for energy systems are unlocking new pathways to a sustainable, net zero emissions future.

🎤 Speaker: Sebastian-Justus Schmidt, Founder of Enapter and pioneer of modular Anion Exchange Membrane (AEM) electrolyzers.

About the Webinar

In this session, Sebastian shares Enapter’s groundbreaking approach to electrolysis and demonstrates how modular electrolyzers can be scaled to power smart hydrogen microgrids. He explains how intelligent software enables real-time monitoring, predictive maintenance, and seamless integration of hydrogen into decentralized energy systems.

With case studies from Enapter’s global projects, including long-running demonstration platforms like the Phi Suea House in Thailand, this webinar provides practical insights into how hydrogen can replace diesel gensets, support rural electrification, and build resilient, flexible microgrids worldwide.

Why Watch?

• Gain a clear understanding of the role of green hydrogen in the global renewable energy transition.

• Discover how microgrids powered by hydrogen can deliver energy independence and climate resilience.

• Learn how modular electrolyzers reduce costs and accelerate capacity building.

• See how software-driven energy management transforms complex systems into efficient, reliable clean energy solutions.

• Explore opportunities for South Asia and other emerging markets in the global hydrogen economy.

📌 Watch the recording now and gain expert insights into how Enapter’s modular electrolyzers and hydrogen-powered microgrids can drive the global clean energy transition.

Watch More Webinars

Explore our past Greenstat COE-H Webinars featuring global experts in green hydrogen, renewable energy, and net zero strategies.
👉 Click here to watch past webinars

On 14 August 2025, the Greenstat Centre of Excellence in Hydrogen (COE-H) had the honour of hosting Professor Sir Jim Skea CBE FRSE FEI HonFSE, Chair of the Intergovernmental Panel on Climate Change (IPCC), for an exclusive session on the state of global climate science and the path ahead.

About the Webinar
The IPCC plays a central role in shaping global climate policy by providing rigorous, science-based assessments of climate change. In this webinar, Professor Skea unpacked the key findings of the IPCC Sixth Assessment Report, explained their direct relevance to the Paris Agreement goals, and highlighted knowledge gaps that must be urgently addressed. He also shared insights into the Seventh Assessment Cycle, setting the stage for the next decade of global climate collaboration.

Key Takeaways

• What the IPCC is and how it works.

• Key findings from the Sixth Assessment Report critical for achieving net zero emissions and the Paris Agreement.

• Where global climate knowledge gaps remain and how they can be addressed.

• Plans and priorities for the Seventh Assessment Cycle.

One of the most striking points shared:

“To stay below 1.5°C, global emissions should have been halved during the 2020s. That hasn’t happened. This means 1.5°C is now almost out of reach. Even keeping warming under 2°C will require drastic action in the next decade.”

This urgent message reinforces that every fraction of a degree matters. Beyond 2°C, we face irreversible risks to coral reefs, forests, food security, and future generations.

Why Watch the Replay?
If you are a researcher, policymaker, or clean energy professional working in fields such as green hydrogen, energy transition, and capacity building for net zero emissions, this is a must-watch session. Professor Skea’s decades of leadership in energy innovation, just transition frameworks, and international climate policy offer unique insights to guide today’s action.

Watch the full recording now and join the global conversation on building a just, inclusive, and sustainable energy future.

Date: 10 March 2025

Greenstat Hydrogen and the University of Peradeniya have signed a landmark Memorandum of Understanding (MoU) to establish a Centre of Excellence for Hydrogen, reinforcing Sri Lanka’s commitment to advancing research, innovation, and capacity building in sustainable energy. The signing ceremony took place at the University of Peradeniya, with high-level representatives from both parties in attendance.

Greenstat Hydrogen Chairman and Honorary Consul of Sri Lanka in Bergen-Vestland, Norway, Sturle Harald Pedersen expressed his enthusiasm for this collaboration, stating: “It was a great honour and pleasure to sign this MoU alongside Vice Chancellor Prof. Terrence Madhujith. This collaboration marks a significant step toward driving impactful developments in the hydrogen sector. We look forward to working together to accelerate sustainable energy solutions.”

The Centre of Excellence for Hydrogen will serve as a hub for cutting-edge research, industry-academia collaboration, and talent development in hydrogen technologies. Through this partnership, Greenstat Hydrogen and the University of Peradeniya will focus on capacity building, student training programmes, and the promotion of hydrogen as a viable clean energy source for Sri Lanka.

Vice Chancellor Prof. Terrence Madhujith highlighted the broader impact of this initiative, stating: “This is a great opportunity for the University of Peradeniya and for the entire country. We are excited about this collaboration and look forward to working together. Our long-term vision includes creating job opportunities for graduates who seek employment abroad, while also transitioning our university to operate on sustainable energy sources such as green hydrogen, biomass, solar, and wind power.”

The partnership will also see the formation of a Hydrogen Association, bringing together key industry stakeholders, policymakers, and researchers to foster innovation and policy advocacy in the hydrogen sector. Additionally, Greenstat Hydrogen will collaborate with the University of Peradeniya to develop training programmes and internships for students, ensuring a skilled workforce for Sri Lanka’s emerging hydrogen economy.

This collaboration is expected to play a pivotal role in Sri Lanka’s energy transition, aligning with national and global sustainability goals while positioning the country as a leader in green hydrogen research and innovation.

Explore the Future of Green Hydrogen Development with Industry Leader ENERTRAG

We are pleased to present the recording of our recent webinar on Green Hydrogen Pre-Feasibility Project Development, held in collaboration with ENERTRAG. This session provided in-depth insights into the critical aspects of developing green hydrogen projects, including spatial optimization, renewable energy layouts, and comprehensive master plan creation.

Distinguished Speaker: Lana Almasri

Lana Almasri, an esteemed international PtX Business Development specialist, led the session with exceptional expertise. With extensive experience managing Project Management Office (PMO) activities in the Nuclear sector, Offshore/Onshore Wind, Solar Panels, and Green Hydrogen initiatives, Lana brings a unique blend of strategic vision and technical acumen. Her profound understanding of renewable energy systems and project management makes her an invaluable resource for professionals navigating the complexities of green hydrogen projects.

Key Takeaways from the Webinar

Insights Covered:

• Introduction to ENERTRAG: Gain an exclusive perspective on one of the world’s leading green hydrogen project developers.
• Future of Energy Systems: Discover the pioneering journey of ENERTRAG, including the strategic motivations behind the construction of their first Electrolyzer in 2011.
• Green Hydrogen and Derivatives Market: Explore the evolving landscape of green hydrogen and its derivatives, future growth projections, and the commercial incentives driving market expansion.

The session also included an in-depth case study covering the following crucial areas:

• Master Plan Creation: Understand the strategic approach to developing a comprehensive master plan for green hydrogen projects, ensuring alignment with sustainability goals.
• Renewables Layout Optimization: Learn how to maximize the efficiency and integration of renewable energy sources through innovative layout designs.
• System Archetype and Spatial Optimization: Delve into advanced methodologies for designing optimal renewable energy systems that meet spatial and operational requirements.
• Masterplan Design Strategy: Explore the strategic frameworks and processes involved in creating a robust masterplan to drive project success and sustainability.

Watch Now

Hydrogen Governance: Insights from Germany’s National Hydrogen Strategy

Discover how governance is the cornerstone of effective hydrogen strategy implementation in this informative webinar featuring Florian Kohlhammer, a consultant for GIZ in the Hydrogen Coordination Office (Leitstelle Wasserstoff). With a focus on Germany’s National Hydrogen Strategy, Florian offers key insights into governance, stakeholder management, and how these elements support the global hydrogen transition.

📢 What You’ll Learn

✅ The importance of stakeholder management in transformational processes.
✅ How the governance structure of Germany’s Hydrogen Strategy is designed.
✅ Where the strategy aligns with theoretical models of stakeholder management.

About the Speaker

Florian Kohlhammer brings extensive experience in energy transition, hydrogen strategy, and governance. He has collaborated with key stakeholders in Germany, Chile, Sweden, and the USA, applying his expertise in business development and agile project management to drive hydrogen development globally.

📺 Watch the Webinar

Gain exclusive insights into governance and stakeholder management in hydrogen development. This webinar is a must-watch for professionals in the hydrogen sector, policymakers, and anyone interested in energy transition strategies.

👉 Don’t forget to Like, Subscribe, and Share to stay updated on the latest content in hydrogen development and the future of energy transition!

Webinar Highlight:

• Safety Measures: Key safety practices in hydrogen plants
• Detection Methods: Overview of detection technologies
• Implementation: Applying a detection matrix for monitoring
• Risk Prevention: Best practices for accident prevention
• Expert Insights: Learn from industry leaders
• Interactive: Engage in Q&A sessions for deeper understanding

Speaker: Hirendra Chatterjee Head of Business Development Draeger Safety India Pvt. Ltd. Expert for Industrial Safety Solutions and an OSHA Certified Qualified Safety Sales Professional- QSSP from USA A Chemical Engineer with Post graduation qualification in Marketing. Member of Bureau of Indian Standard (BIS)- Chemical Committee for standardization. Worked for more than 25 years now in the India Safety Industry. Presently Responsible as Head of Business Development with Draeger Safety India Pvt Ltd. Based in Mumbai.

Catch the full replay of our essential webinar on hydrogen safety, led by Sonia Ruiz Pérez from Gexcon Australia, Product Manager for #EFFECTS and #RISKCURVES. In this session, discover how cutting-edge consequence and risk modeling tools are setting new benchmarks for safety in hydrogen projects.

Watch to Learn:

🔹 The role of loss containment in hydrogen safety
🔹 Key safety considerations for hydrogen operations
🔹 The importance of Quantitative Risk Assessments (QRA)
🔹 A demo of EFFECTS & RISKCURVES for safe decision-making

Gain valuable insights and practical tools to implement safer hydrogen practices in your projects.

🔔 Don’t forget to Like, Subscribe & Enable Notifications for more replays and insights on hydrogen technology and safety!

Experience a highly engaging session with Hirendra Chatterjee, Head of Business Development at Draeger Safety India Pvt Ltd, and Oliver Bornholdt, Global Business Development Manager at Dräger, as they delve into critical safety considerations for ammonia as a hydrogen derivative in industrial applications. This insightful discussion addresses the latest safety challenges, detection technologies, and international guidelines.

About the Speakers:

Hirendra Chatterjee: With over 25 years of experience in industrial safety, Hirendra is an OSHA-certified Qualified Safety Sales Professional (QSSP) and a chemical engineer, holding a postgraduate qualification in marketing. As a member of the Bureau of Indian Standards (BIS) Chemical Committee, he actively contributes to safety standardization in India.

Oliver Bornholdt: Bringing over 25 years of diverse industry experience, Oliver is a certified Six Sigma Green Belt and an advocate for industrial safety. As the Global Business Development Manager at Dräger, he focuses on digital transformation and emerging technologies, with a particular emphasis on hydrogen and ammonia safety.

Learn more at the Dräger official website

What is Green Ammonia Safety? This session explores essential safety practices and guidelines for ammonia in hydrogen applications.

✅Why Green Ammonia Safety Matters: Ammonia’s Role in the Hydrogen Economy

✅Key Safety Challenges: Safety Challenges and Risk Management

✅Best Practices: Detection and Mitigation Solutions

✅Global Guidelines: International Guidelines and Compliance

This session is an essential resource for professionals involved in hydrogen safety, process engineering, or industrial risk management. Gain valuable technical insights and learn best practices for mitigating safety risks associated with ammonia.