Safety Advancements in Green Ammonia: CFD Studies and Risk Mitigation Strategies

Explore our comprehensive white paper on enhancing safety in green ammonia production and storage. This study delves into the use of Computational Fluid Dynamics (CFD) for explosion simulations and strategic gas detector mapping, offering insights on mitigating risks associated with ammonia facilities. Learn about best practices, case studies, and recommendations for ensuring sustainable and secure operations in the green ammonia industry.

Download the full study to discover how CFD tools can support safer facility designs and operations.

Dräger

H2Carrier and Greenstat Hydrogen India Sign MoU to Advance Green Hydrogen and Ammonia Solutions

Bergen/Oslo, 2nd January 2025

 

Greenstat Hydrogen India (Pvt) Ltd. (GHI), a pioneer in green hydrogen and derivative solutions, and H2Carrier, a leader in floating green ammonia production technologies, have entered into a strategic partnership through the signing of a Memorandum of Understanding (MoU). This collaboration aims to propel green hydrogen and ammonia projects in India and Sri Lanka, marking a significant milestone in the region’s energy transition journey.

Collaboration for Sustainable Innovation

Under the agreement, GHI and H2Carrier will work together to identify, evaluate, and implement green hydrogen and ammonia projects. A central focus of this partnership is the use of H2Carrier’s innovative P2XFloater™ technology, the world’s first floating green ammonia production solution, which harnesses renewable energy for large-scale production and export.

“We are excited to partner with H2Carrier in this transformative collaboration,” said Sturle Harald Pedersen, Chairman and CEO of Greenstat Hydrogen India.
“This MoU aligns perfectly with our commitment to driving the clean energy transition and delivering sustainable, scalable solutions for green hydrogen and ammonia production. H2Carrier’s cutting-edge P2XFloater™ technology offers a cost-effective and flexible platform to support industrial decarbonization and foster energy security in our key markets.”

H2Carrier CEO Mårten Lunde expressed equal enthusiasm about the partnership:
“H2Carrier is looking forward to collaborating with GHI to expand green ammonia solutions in India and Sri Lanka. Together, we aim to implement floating production solutions that provide both economic and environmental benefits, addressing the growing demand for green ammonia as a clean fuel and energy carrier while advancing sustainability in heavy industries such as shipping and agriculture.”

Key Objectives of the MoU

1. Joint identification and development of green hydrogen and ammonia projects in India and Sri Lanka.
2. Exploration of H2Carrier’s floating production technologies for local and regional applications.
3. Conducting feasibility studies and establishing partnerships for project financing and deployment.
4. Supporting the global energy transition by offering scalable, sustainable energy solutions.

About Greenstat Hydrogen India (PVT) Ltd. (GHI)

Greenstat Hydrogen India is a leading developer of green hydrogen and its derivatives in Asia and the Middle East. Established in 2020 by Greenstat ASA, a Norwegian green energy company, GHI contributes to decarbonization efforts across various industries by delivering innovative, sustainable solutions. Greenstat ASA is part of Française De l’Énergie (FDE), a multi-energy producer offering low-carbon footprint solutions globally.

About H2Carrier

H2Carrier is renowned for its P2XFloater™ technology, a floating green ammonia production facility that delivers cost-effective, scalable solutions for green hydrogen and ammonia production worldwide. The company is committed to supporting the global energy transition by providing innovative and sustainable energy solutions.

This collaboration between Greenstat Hydrogen India and H2Carrier marks a critical step in advancing green hydrogen and ammonia technologies, reinforcing the commitment of both companies to a cleaner, greener future.

 

Plant & Occupational Safety Considerations for Hydrogen derivatives: Ammonia

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.

Pioneering Hydrogen and Ammonia Innovations: Insights from The Energy House test center

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.