Kathmandu, Nepal – In a strategic move to address its energy surplus and pivot towards a high-value, sustainable energy economy, Nepal is taking its first definitive step into the future of clean fuel. The Investment Board Nepal (IBN) has signed a landmark agreement with South Korean company G-Philos Korea to conduct a comprehensive feasibility study on the production and development of green hydrogen within the country.
The agreement, signed at an event in the capital on Thursday, mandates the completion of the study within ten months. This initiative aims to explore the potential of converting Nepal’s excess electricity, primarily from hydropower, into green hydrogen—a carbon-free fuel hailed globally as a cornerstone of the clean energy transition.
What is Green Hydrogen and Why Does it Matter for Nepal?
Green hydrogen is produced by splitting water (H₂O) into hydrogen (H₂) and oxygen (O₂) through a process called electrolysis. The critical differentiator is that this process is powered entirely by renewable energy sources, such as hydropower, solar, or wind. Since no greenhouse gases are emitted during its production or end-use, it is classified as a completely “green” fuel.
For a nation like Nepal, which has immense potential for renewable energy production, particularly hydropower, green hydrogen represents a multifaceted solution:
- Solving the Seasonal Energy Surplus Dilemma: Nepal’s energy generation is predominantly hydro-based, leading to a classic challenge: a significant surplus of electricity during the wet monsoon season and a deficit during the dry winter months. This cyclical imbalance creates management challenges and leads to wasted energy. Green hydrogen acts as a “smart way” of energy storage. The excess monsoon electricity can be used to produce hydrogen, which can then be stored as a gas, liquid, or converted into ammonia for use during the winter or for other purposes, effectively smoothing out the seasonal supply curve.
- Unlocking Economic Export Potential: The international demand for green hydrogen is skyrocketing as nations like Japan, South Korea, and members of the European Union seek to decarbonize their industrial and transportation sectors. By establishing a green hydrogen industry, Nepal has the opportunity to transition from solely exporting electrons to exporting a high-value, clean fuel molecule, creating a new revenue stream and enhancing its energy security.
- Decarbonizing Domestic Sectors: Beyond export, green hydrogen can be utilized domestically to decarbonize hard-to-electrify sectors like heavy-duty transportation, fertilizer production, and industrial processes, further reducing Nepal’s carbon footprint.
The Agreement: A Ten-Month Roadmap to Clarity
The signed Memorandum of Understanding (MoU) between IBN and G-Philos Korea is a crucial preliminary step. The ten-month feasibility study will be instrumental in determining the technical, financial, and logistical viability of large-scale green hydrogen production in Nepal.
Key areas the study will likely cover include:
- Identifying optimal locations for hydrogen production plants, likely near major hydropower hubs and load centers.
- Determining the most efficient and cost-effective electrolysis technology.
- Analyzing the total investment required and developing a sustainable business model.
- Assessing the infrastructure needs for storage and transportation (pipelines, liquefaction, conversion to ammonia).
- Evaluating the potential domestic and international market demand.
Sushil Bhatta, Chief Executive Officer of the Investment Board Nepal, emphasized the importance of this foundational study for making informed policy and investment decisions moving forward.
Leadership and International Perspective
The signing ceremony was attended by key stakeholders who underscored the project’s significance.
Hitendra Dev Shakya, Managing Director of the Nepal Electricity Authority (NEA), highlighted the initiative as “an important opportunity to understand the potential of green energy and conduct research.” The NEA, which manages the national grid, stands to benefit immensely from a viable solution for its seasonal energy management challenges.
Gawoo Park, President of G-Philos Korea, provided an international viewpoint, stating that “Nepal has also got an opportunity to export clean fuel” given the rising global demand. This partnership brings South Korean technological expertise and market insight to the table, which is vital for a nascent industry like Nepal’s.
The Road Ahead: Challenges and Opportunities
While the potential is enormous, the path to a green hydrogen economy in Nepal is not without its challenges. The initial capital investment for electrolyzers and related infrastructure is high. The overall efficiency of the process (from electricity to hydrogen and back to power) needs to be optimized. Furthermore, a robust policy and regulatory framework must be developed to govern production, safety standards, and export agreements.
However, the opportunities far outweigh the hurdles. This feasibility study is more than just a report; it is the seed from which a new, sustainable industry could grow. By leveraging its abundant renewable resources, Nepal is not just solving a domestic energy issue but is strategically positioning itself as a potential key player in the global green energy market. This move aligns with global climate goals and could fundamentally reshape the nation’s economic and energy landscape for decades to come.
Also read: State of Lakes of Nepal: Conservation Challenges and Climate Change Impacts
