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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.
Moderator: Prasadini Wickramasinghe, Energy Analyst – Greenstat Hydrogen Sri Lanka
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.
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.
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
In a key dialogue on Sri Lanka’s renewable energy future, Greenstat Asia Chairman Sturle Harald Pedersen met with the Honourable Prime Minister and Minister of Education, Harini Amarasuriya, to explore long-term collaboration in green hydrogen education, research, and capacity building.
The discussion focused on strengthening institutional partnerships to advance Sri Lanka’s hydrogen roadmap, combining international expertise with local innovation.
Also present at the meeting were Nalaka Kaluwewe, Secretary to the Ministry of Education, and Prasadini Wickramasinghe, Coordinator of the Greenstat Centre of Excellence for Hydrogen (COE-H) in Sri Lanka.
Mr. Pedersen outlined Greenstat’s mission to support Sri Lanka’s clean energy goals and shared recent progress in developing a national ecosystem for hydrogen research and knowledge exchange.
Greenstat is collaborating with Sri Lankan universities to launch the country’s first Master’s programme in green hydrogen. A Memorandum of Understanding (MoU) has already been signed with the University of Peradeniya, with further agreements underway with the University of Moratuwa, University of Jaffna, and University of Ruhuna.
Through the COE-H, Greenstat is integrating advanced software tools such as EFFECTS and RISKCURVES into university curricula. These tools are essential for training students in process safety, consequence modelling, and risk assessment in hydrogen production and storage.
Beyond academic collaboration, Greenstat’s initiatives focus on creating a skilled workforce and raising public awareness on green hydrogen.
The COE-H conducts free webinars covering various segments of the hydrogen value chain, offering knowledge-sharing opportunities for students, professionals, and policymakers.
In partnership with Midwest Energy, Greenstat Hydrogen Sri Lanka is piloting a hydrogen-electric boat project in the Bentota estuary. The initiative aims to decarbonise inland water transport in tourism and fisheries sectors by replacing ageing diesel vessels with clean, quiet electric alternatives—protecting ecosystems and improving visitor experience.
During the meeting, Prime Minister Amarasuriya acknowledged Greenstat’s commitment to sustainable development and expressed interest in expanding hydrogen-related content in technical and vocational education. Emphasis was placed on aligning curriculum development with global energy transition trends and preparing youth for emerging green jobs.
“We envision the Centre of Excellence as a national platform for international collaboration—from research partnerships to skills development,” said Mr. Sturle Pedersen, Chairman of Greenstat Asia and Honorary Consul of Sri Lanka in Bergen–Vestland. “We are grateful for the Ministry’s support in shaping a workforce ready to power a hydrogen-driven future.”
Greenstat Hydrogen Sri Lanka is a knowledge and innovation partner in the country’s hydrogen ecosystem, working with academic institutions, government agencies, and industry to accelerate Sri Lanka’s transition to a low-carbon economy. The company supports the entire hydrogen value chain—from feasibility studies and technology integration to project execution and investment facilitation.
By enabling international-local partnerships, providing cutting-edge tools, and promoting sustainable infrastructure, Greenstat is helping to shape Sri Lanka’s role as a regional leader in hydrogen innovation.
Greenstat Hydrogen Sri Lanka invites all stakeholders to join its mission of creating clean energy solutions and green job opportunities.
Explore how green hydrogen can transform India’s steel sector and drive the transition to a net-zero future. The whitepaper, “Role of Green Hydrogen in Indian Steel Sector”, developed by EY-Parthenon, WWF-India, and CII-Green Business Centre, highlights how electrolysis-based hydrogen energy solutions can significantly reduce CO₂ emissions and enable sustainable clean fuel alternatives for steel production.
✅ Up to 90% CO₂ emission reduction with hydrogen-based DRI-EAF routes
✅ Green hydrogen demand to reach 15.15 MMTPA by 2070
✅ Investment requirement of US$297–304 billion to scale hydrogen infrastructure
The report offers strategies on hydrogen adoption, including:
Policy frameworks & incentives
Infrastructure development through public-private partnerships (PPPs)
Focus on R&D and skill development
Today, on International Clean Energy Day, Greenstat proudly highlights its efforts to lead the global transition to renewable energy. This important day reminds us of the urgent need to adopt sustainable energy solutions to combat climate change and secure a greener, cleaner future for all.
Greenstat, a global leader in renewable energy innovation, focuses on harnessing the power of green hydrogen. We are committed to pioneering innovative solutions in renewable energy, with a special focus on hydrogen as a key player in the energy transition. Our projects aim to decarbonize industries, support sustainable transportation, and empower communities by integrating green hydrogen technologies into various sectors.
Through our Green Hydrogen Centers of Excellence, we aim to develop cutting-edge solutions that drive the energy transition in Sri Lanka and beyond.
As we celebrate International Clean Energy Day, Greenstat reaffirms its commitment to creating a sustainable future by making green happen. Clean energy is not just a goal, it is the way forward for a healthier planet and a thriving economy.
Join us in championing the clean energy revolution. Together, we can build a brighter, greener tomorrow.
Webinar Highlight:
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.
Webinar Highlights:
Explore Groundbreaking Energy Solutions:
•State-of-the-Art Testing Facilities: Learn about the advanced testing facilities at The Energy House, designed to help companies test, scale, and showcase their innovative technologies.
•Innovative Projects: Dive into pioneering projects involving hydrogen and ammonia, including testing combustion engines on new fuels, ammonia cracking to hydrogen, and more.
•Comprehensive Testing Capabilities: Understand the capabilities for testing electrolyzer stacks, fuel cells (PEM and SOFC), and integrated hybrid systems.
Gain Valuable Insights:
•Expert Knowledge: Tap into Tore Kallevåg‘s extensive experience in oil and gas, maritime, and renewable energy sectors.
•Green Energy Transition: Benefit from Tore’s leadership in driving green energy solutions and supporting the green shift through Sustainable Energy’s initiatives.
•Future Technologies: Explore the future of energy systems and the role of hydrogen and ammonia in creating sustainable solutions.
We are pleased to announce that the replay of our webinar, “Green Hydrogen as an Enabler for Renewable Energy,” is now available. This insightful session covers the latest advancements in hydrogen technology, providing a comprehensive overview for professionals in the field.
Webinar Highlights:
We are excited to announce that the replay of our recent webinar, “Green Hydrogen Storage Solutions: The Role of Advanced Materials,” is now available. If you missed this insightful session, now is your chance to catch up on the latest advancements in hydrogen storage technology.
In this exclusive webinar, Dr. Maryam Ghadrdan, a leading expert in the field, delves into cutting-edge developments in hydrogen storage technology. With over a decade of experience in energy solutions, including CO2 capture, hydrogen, and energy storage, and currently leading PLANCK Technologies, Dr. Maryam provides invaluable insights into innovative energy storage materials and their potential impact on sustainable energy solutions.
Rewind to the Green Hydrogen Symposium, a pivotal event held on November 21st at Shangri-la Colombo! Embracing innovation and sustainability, thought leaders gathered to explore the transformative potential of green hydrogen in Sri Lanka’s energy landscape. From envisioning a cleaner tomorrow to laying down the groundwork for a greener future, this symposium ignited conversations and collaborations aimed at shaping a more sustainable path forward. Watch as experts delve into the power of green hydrogen and its promise in building a brighter, eco-friendly tomorrow for Sri Lanka and beyond!
Join us for an exclusive ADB-ISA Certified Training on Green Hydrogen, a collaborative effort with the University of Moratuwa, Sri Lanka, and Greenstat, Norway.
This pioneering program aims to equip stakeholders with essential knowledge and skills for safe GH2 production, storage, transportation, and application. Dive deep into GH2 properties, production technologies, safety regulations, and best practices. Be part of the green energy movement shaping tomorrow’s sustainable world.
Don’t miss out on this opportunity to drive the green hydrogen revolution!
Background
Green Hydrogen (GH2) has been recognized as a pathway to deep decarbonization, particularly in hard-to-abate sectors. Several governments have announced GH2 policies, strategies, and targets. In addition, many global multilateral and private sector organizations have recognized GH2 in their near-to-midterm strategies. Although this emerging technology is gaining traction across industries, it faces certain challenges including, but not limited to, shortage of specialized manpower, high operational costs, lack of knowledge, underdeveloped infrastructure, absence of dedicated policy for GH2 and limited access to affordable financing. Interventions such as increased investment, government support, engineering development and skilled workforce development, are some of the critical levers for accelerating a smooth transition to GH2 economy.
ISA under the G20 India Presidency has created a virtual Green Hydrogen Innovation Centre (GHIC; www.isa-ghic.org) that will support the production, utilization, and trade of green hydrogen, besides providing a platform for knowledge sharing and building competency across the GH2 value chain. The GHIC will also provide opportunities to incubate Start-Ups, provide certified trainings, and host Expert Working Groups to support the scale-up of the green hydrogen ecosystem in member countries. This AI-integrated platform will serve as a dynamic One-Stop Gateway to provide access to the GH2 knowledge repository, country insights, developments in hydrogen space, global initiatives and missions, skill development, and community engagement.
The GHIC platform was launched at the Energy Transitions Ministerial Meeting (ETMM), under the G20 India Presidency in July 2023, and subsequently, was included in the G20 Leaders’ Summit Declaration in September 2023.
ISA is being supported by the Asian Development Bank (ADB), under ADB’s Knowledge and Support Technical Assistance, in developing this Knowledge Platform.
Goal and Objective of the training programme:
The goal of this capacity building program is to help the stakeholders with the necessary knowledge and skills for the safe production, storage, transportation, and end application of GH2. The objective is to ensure compliance with current regulations, policies, safety standards, and certification procedures while promoting best practices in handling GH2 and compressed and liquid gases.
The program will cover the relevant aspects of GH2 production, storage, and transportation, including:
The program will consist of training sessions covering the following topics:
It is to be noted that the proposed workshop is first in the series of ISA-ADB Training workshops. The subsequent workshops planned later this year will cover advance training including topics mentioned below:
By implementing this comprehensive capacity building program, participants will gain the necessary expertise to handle GH2 safely and efficiently across various sectors. This program aims to promote a culture of safety, regulatory compliance, and best practices in the production, storage, transportation, and utilization of GH2 and related gases.
