The feasibility study and project to develop net-zero infrastructure for the Colombo Port container terminal, in collaboration with South Asia Gateway Terminals (SAGT), is a significant and instrumental initiative. SAGT is a highly reputed container terminal operator within the Port of Colombo, recognized globally for its exceptional performance and competitive services.

Greenstat, as a leading advisor and expert in green hydrogen, has partnered with SAGT to explore collaborative opportunities in the green hydrogen value chain. This joint endeavor aims to establish an integrated approach towards energy transition within the port, focusing on decarbonization and electrification. The project aligns with the maritime sector’s goal of reducing greenhouse gas emissions while simultaneously fulfilling Sri Lanka’s net-zero targets and contributing to global decarbonization efforts.
The feasibility study will involve state-of-the-art technology and sustainability standards to develop net-zero infrastructure for the Colombo Port container terminal. This comprehensive analysis will evaluate the viability and implementation strategies for integrating renewable energy solutions, such as green hydrogen, into the terminal’s operations. The study will consider various factors, including the specific requirements of the terminal, technological advancements, financial considerations, and potential challenges.

By developing net-zero infrastructure, the project aims to achieve significant reductions in carbon emissions associated with the port’s activities. This includes the electrification of port machinery and equipment, as well as the adoption of sustainable practices and technologies throughout the terminal’s operations. The ultimate goal is to create a greener and more sustainable port environment that aligns with Sri Lanka’s net-zero goals and contributes to global sustainability objectives.

The partnership between Greenstat and SAGT underscores the commitment of both organizations to drive positive change in the maritime sector and promote sustainable development. Through this feasibility study and subsequent project implementation, the Colombo Port container terminal will serve as a model for other ports in the region and globally, showcasing the potential for integrating state-of-the-art technology, sustainability standards, and renewable energy solutions to achieve net-zero operations and reduce environmental impact.

Greenstat Hydrogen Sri Lanka has developed the National Hydrogen Roadmap for Sri Lanka in close collaboration with the Petroleum Development Authority of Sri Lanka (PDASL). Leveraging our extensive experience in policy and advisory roles gained in Norway and India, we have constructed a comprehensive roadmap that forms the foundation and framework for the transition from fossil fuels to renewable energy and ultimately to a zero-emission society.

The National Hydrogen Roadmap is a strategic document that outlines the steps and actions required to enable the widespread adoption of hydrogen as a clean and sustainable energy source in Sri Lanka. It serves as a guide for policymakers, stakeholders, and industry players involved in the energy transition.

The roadmap encompasses a range of key elements and considerations, including:

1. Policy Framework: We have identified and developed a robust policy framework that supports the integration of hydrogen technologies into the existing energy infrastructure of Sri Lanka. This framework outlines the necessary regulations, incentives, and support mechanisms required to promote the deployment and utilization of hydrogen across various sectors.
2. Infrastructure Development: The roadmap highlights the need for developing hydrogen infrastructure, including production, storage, transportation, and distribution networks. We provide insights into the required investments, technological advancements, and collaborations necessary to establish a reliable and efficient hydrogen infrastructure across the country.
3. Market Creation: We have analyzed market potential and identified sectors where hydrogen can have a significant impact, such as transportation, power generation, and industrial processes. The roadmap explores strategies to create a favorable market environment, including market incentives, public-private partnerships, and the development of hydrogen value chains.
4. Research and Development: Recognizing the importance of ongoing research and development, the roadmap emphasizes the need for investment in innovation, technology development, and knowledge sharing and a COE-H It encourages collaboration between academia, industry, and research institutions to drive advancements in hydrogen technologies and their integration into Sri Lanka’s energy landscape.
5. International Cooperation: The roadmap acknowledges the value of international cooperation in accelerating the hydrogen transition. It highlights opportunities for collaboration with global partners, knowledge exchange, and access to international best practices to ensure a successful and effective implementation of hydrogen initiatives in Sri Lanka.

Overall, the National Hydrogen Roadmap provides a clear and actionable plan for Sri Lanka’s transition to a sustainable, hydrogen-based economy. It offers guidance on policy, infrastructure, market development, research, and international collaboration, paving the way for a greener and more prosperous future.

Greenstat Hydrogen Sri Lanka is committed to driving the implementation of this roadmap and working closely with stakeholders to realize Sri Lanka’s vision of a zero-emission society.

Greenstat Hydrogen Sri Lanka is embarking on a significant project aimed at conducting a comprehensive feasibility study on the applications and adoptability of Green Hydrogen in Sri Lanka. This study is aligned with the objectives outlined in the National Hydrogen Roadmap and serves as a crucial step towards realizing Sri Lanka’s sustainable energy goals.

The National Feasibility Study conducted by Greenstat will encompass various essential aspects of hydrogen implementation, ensuring a holistic understanding of the potential of Green Hydrogen in Sri Lanka. The study will explore social, environmental, economic, and technical dimensions, providing valuable insights into the feasibility, viability, and impact of incorporating Green Hydrogen into the country’s energy landscape.

One of the key objectives of the feasibility study is to assess the social and environmental implications of Green Hydrogen adoption. Greenstat will examine the potential benefits and challenges associated with the utilization of Green Hydrogen, including its impact on local communities, job creation, and the reduction of greenhouse gas emissions. The study will also address any potential environmental risks and devise mitigation strategies to ensure the safe and sustainable implementation of Green Hydrogen projects.

In addition to the social and environmental aspects, the feasibility study will thoroughly analyze the policy and regulatory landscape in Sri Lanka. Greenstat aims to identify any necessary amendments or frameworks that need to be put in place to facilitate the seamless integration of Green Hydrogen technologies. By working closely with relevant government agencies, regulatory bodies, and policymakers, Greenstat will provide recommendations for fostering an enabling environment for the development and deployment of Green Hydrogen projects.

Furthermore, the feasibility study will culminate in the identification of pilot projects that align with international safety standards. Greenstat, in collaboration with key private sector players in Sri Lanka, will execute these pilot projects. These projects will serve as practical demonstrations of the feasibility and viability of Green Hydrogen applications in various sectors, showcasing the potential of this clean energy source to drive sustainable development and economic growth in Sri Lanka.

Greenstat is proud to announce that we have received a grant from USAID in support of this initiative in Sri Lanka. This grant signifies the recognition and credibility of Greenstat’s work in the field of sustainable energy and further validates our commitment to fostering a greener future in Sri Lanka.

By conducting this comprehensive feasibility study, Greenstat Hydrogen Sri Lanka aims to provide valuable insights and recommendations that will guide the successful implementation of Green Hydrogen projects in the country. We are excited to collaborate with stakeholders and contribute to Sri Lanka’s sustainable energy transition.

Greenstat Hydrogen India has signed an agreement with the Sri Lanka Petroleum Development Authority to collaborate on a pilot project to generate green hydrogen in Sri Lanka.

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Greenstat Hydrogen India, a subsidiary of Norwegian energy firm Greenstat, has signed an agreement with the Petroleum Development Authority of Sri Lanka to produce green hydrogen in Sri Lanka.

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Cooperation between Sri Lanka and a Norwegian company, Greenstat Hydrogen from India, will see the country embark on an ambitious project to produce environmentally-friendly green hydrogen.

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