A few decades ago, South Korea stood at a historical crossroads while grappling with a stark reality: it was a nation devoid of natural energy resources, emerging from the ruins of war, and structurally poorer than Kenya is today in both financial and human capital.
When Korea embarked on its nuclear journey by commissioning Kori Unit 1 in the 1970s, it did not let immediate limitations obscure its long-term vision.
Today, that same nation is a global nuclear powerhouse, exporting its ultra-modern APR-1400 technology to fuel nations like the United Arab Emirates through the Barakah Nuclear Energy Plant, securing billion dollar deals in the Czech Republic, and being actively invited to collaborate on building plants in the US. Currently the country has 26 operational nuclear power reactors which generate 25,609 Megawatts which is 30 percent of South Korea’s total electricity.
During the last two weeks of October, I was privileged to lead a strong team composed of representation from Kenya Electricity Generating Company PLC, Kenya Nuclear Regulatory Authority, the Ministry of Energy and Nuclear Power and Energy Agency (NuPEA) for a bilateral mission to Korea where we engaged in strategic consultations with key nuclear institutions in Korea.
The mission reaffirmed an undeniable truth: Kenya can, and must, replicate this extraordinary trajectory.
As we prepare to construct our first nuclear power plant in Siaya County starting next year, we are not merely seeking a transactional commercial purchase of a reactor. Kenya will seek to follow the Korean model of comprehensive technology transfer. This blueprint will ensure that Kenya will lead the adoption and deployment of civilian nuclear technology across Africa.
The genius of the Korean miracle lies in their meticulous, multi-decade planning process. When Korea initially imported its first turnkey nuclear technology from the US, it did so with a strict mandate for local capacity building.
They systematically unbundled the foreign technology, forcing an aggressive process of domestic learning, engineering adaptation, and relentless local innovation. Within a single generation, they evolved from technology consumers into global technology creators and exporters.
By establishing strong partnerships, such as our recent frameworks with the Korea Atomic Energy Research Institute, Kenya is replicating this exact foundational philosophy. We are designing a robust baseline where our local engineers, researchers, and project managers own the intellectual infrastructure from day one.
Nuclear power demands a unique breed of national and regional leadership. Because of its unmatched energy density, zero-carbon reliability, and complex regulatory requirements, it is a technology that completely transforms the industrial DNA of a nation.
Just as the US pioneered the foundational era of civilian nuclear energy, and South Korea refined it into an ultra-efficient, highly scalable industrial system, Kenya is positioned to provide that exact institutional leadership for Africa.
The 10 MWth Kenya Nuclear Research Reactor at Konza Technopolis – for which NuPEA was recently designated the formal Operating Organisation by the Ministry of Energy and Petroleum – will serve as the ultimate regional hub for medical research, scientific innovation, agricultural enhancement, and human capital development. This infrastructure will ensure that as Africa transitions to high-density grids, Kenya stands ready as the continent’s technical anchor.
For our communities in Siaya, this historic project represents the dawn of a massive economic renaissance. Modern nuclear technology utilises evolutionary Generation III+ reactor designs, which feature advanced, fully passive safety systems capable of shutting down safely without human intervention or external power availability.
This technology is incredibly clean, strictly regulated under the global oversight of the International Atomic Energy Agency, and has proven globally to be one of the safest forms of electricity generation in human history.
By anchoring our grid with the baseload facility in Siaya, we will catalyse massive local manufacturing, create thousands of specialised, high-paying engineering and construction jobs, and completely de-risk our national grid from the vulnerabilities of climate-induced hydro droughts.
We are entering this specialised space with our eyes wide open, bound to a path of absolute transparency, safety, and international alignment. Kenya’s nuclear energy programme is a decisive vehicle for our long-term socio-economic liberation under Vision 2030 and the Bottom-Up Economic Transformation Agenda.
By choosing the path of technology transfer over mere procurement, we are ensuring that the brains operating, maintaining, and eventually building the next generation of reactors across East Africa will be distinctly Kenyan.
The future of global industry belongs to clean, high-density power, and through our strategic choices today, Kenya is claiming its rightful seat at the forefront of that global frontier.