Transforming the Hydrogen Landscape: Colombia Looks to South Korea’s Blueprints

Colombia's government is actively embracing the hydrogen revolution, drawing insights from South Korea's well-documented strides in shaping a hydrogen economy. Park Sun-tae, an author and commentator, emphasizes that Colombia can learn valuable lessons from South Korea's roadmap, focusing not just on hydrogen production but also on the entire hydrogen value chain. This comprehensive approach could truly redefine Colombia's energy landscape!

The Opportunity Ahead

As countries move away from fossil fuels, hydrogen has moved from theory to policy consideration. The central questions are practical: how to produce hydrogen at scale, how to move it safely and affordably, and how to make it useful in industry and transport. South Korea responded to those questions with the Hydrogen Economy Roadmap, a national strategy intended to guide a shift from fossil dependency toward renewable alternatives. That roadmap frames production, transport and consumption as linked policy problems rather than isolated technical challenges. Colombia is watching that integrated thinking closely because the policy choices made early can determine cost, safety and industrial uptake for years to come.

Discovering the Core Technology

At the technical level, the emphasis in both contexts is on methods for low- or zero-emission hydrogen. In particular, green hydrogen production via electrolysis powered by renewable electricity is repeatedly cited as a foundational option. Electrolysis driven by wind and solar converts water to hydrogen without producing carbon emissions at the point of production, and wherever intermittency and grid mix allow, it creates one clear pathway to genuinely low-carbon fuel. South Korea has coupled technology deployment with certification and infrastructure planning; Colombia’s decision-makers are studying how such mechanisms can be adapted to local conditions, and how certification and design standards might shape investment decisions and supply chains.

Partnerships and Strategic Planning

An integral aspect of this transition is the collaboration between government entities and private enterprises. South Korea’s Hydrogen Economy Promotion and Hydrogen Safety Management Act catalyzed partnerships that have driven national initiatives. Similarly, Colombia's Ministry of Mines and Energy, working alongside key players like Ecopetrol, is developing regulations and clean hydrogen initiatives that align with its established hydrogen roadmap. Those public–private ties are not optional; they underwrite financing, set technical norms and create off‑takers for early production. In practice, that means ministries, utility planners and industrial companies must coordinate timelines for plant deployment, grid integration and offtake agreements so that a fledgling industry can form around predictable demand.

The Human Element

Technical plans translate into real projects on the ground. In Cartagena, for example, Ecopetrol launched a pilot project that uses a PEM electrolyzer to produce hydrogen for refining processes at a nearby facility. The pilot is designed to test how site-level generation affects logistical needs and operating costs. Producing hydrogen at or near the point of use reduces transport requirements and associated costs; it also creates a local source of demand that can absorb early production volumes and demonstrate commercial viability. For workers and local suppliers, a successful pilot can generate new business activity tied to maintenance, fuel handling and safety training. For policymakers, it supplies operational data — on costs, reliability and integration challenges — that informs the next step from pilot to scale.

Zooming Out: The Bigger Picture

On the national scale, Colombia has set an ambitious target: up to 3 GW of electrolyzer capacity by 2030. That figure signals intent and provides a planning horizon for investors and regulators. Still, experts, including Sun-tae, caution against a mechanical replication of South Korea's targets. Industrial structures, geographic constraints and existing energy systems differ between the two countries; a one-size-fits-all numerical goal can misallocate resources if it ignores those differences. Beyond capacity targets, credible clean hydrogen certification and comprehensive regulatory frameworks are essential. Certification verifies the emissions intensity of hydrogen and underpins market trust; regulations address safety, permitting, grid access and transportation rules. Prioritizing these policy components before rapid scale-up reduces the risk of stranded assets and prevents costly retrofits later on.

Final Thoughts: A Future of Possibilities

The case for hydrogen in Colombia rests on aligning strategy with execution. Borrowing strategic insight from South Korea is practical; copying targets is not. What matters is building an ecosystem in which certification, infrastructure planning, government policy and private investment move together. That ecosystem has technical, commercial and social dimensions: from electrolyzer performance and grid interfaces to refiner demand and workforce readiness. If those pieces align, hydrogen can contribute to lower emissions and new industrial activity. The opportunity is tangible. What are we waiting for? Let’s roll up our sleeves!