Let’s Not Fight Kenya’s Nuclear Programme in Siaya Blindly

There is a particular kind of courage required to look at a project the size of a nuclear power station and say: let us think carefully before we say no. It is easier to protest. It is easier to mention Chernobyl and Fukushima. It is easier to point at the billions of shillings, the decades of delays, and the unresolved questions about Lake Victoria, and conclude that Kenya is not ready.

But ease is not the standard by which a nation makes generational decisions. And so, with full knowledge of the risks, which are real, which deserve respect, and which must be fully answered, let me argue out that Kenya’s proposed 2,000 MW nuclear power plant in Siaya County should not be blindly opposed. It should be critically supported: conditionally, transparently, and with every safety standard that the modern world demands.

“The country’s electricity costs are among the highest in the world. Manufacturers pay 18 US cents per kilowatt-hour. Citizens pay 22. These numbers are not statistics. They are the reason factories close, clinics flicker, and businesses fail to scale.”

Part I: What Is Being Proposed, and How We Got Here

On 25th March 2026, President William Ruto addressed the International Conference on Nuclear Energy (ICoNE) in Nairobi and announced that construction on Kenya’s first nuclear power plant; a 2,000 megawatt facility in Siaya County, would begin in March 2027, with commissioning targeted for 2034. The estimated cost is KES 500 billion, approximately $3.8 billion. The plant would be operated by Kenya Electricity Generating Company (KenGen), promoted by the Nuclear Power and Energy Agency (NuPEA), and regulated independently by the Kenya Nuclear Regulatory Authority (KNRA).

This announcement did not emerge from nowhere. Kenya’s nuclear ambition stretches back over sixty years. The country joined the International Atomic Energy Agency (IAEA) shortly after independence, and the serious push for nuclear energy began in 2010, when the National Economic and Social Council recommended it as a national priority under Vision 2030. A committee was formed, partnerships were signed, an independent regulatory body was created, and the IAEA conducted its first rigorous Infrastructure Review of Kenya in 2015.

Every single timeline since 2010 has been missed. The plant that was supposed to be operational by 2022 has not yet broken ground. That record of slippage is the most important fact any honest supporter of this project must acknowledge upfront. We’ll return to it.

Siaya Nuclear Project At a Glance

The site selection for Siaya came after the original preferred location of Kilifi and Kwale counties were abandoned following intense and at times violent community opposition, court challenges, and police confrontations with protesters.

The experience in Kilifi is not a cautionary tale about nuclear energy. It is a cautionary tale about how not to engage communities. It is a lesson the government must apply, genuinely, not performatively, in Siaya.

Candidate sites in Siaya include eight locations along the Lake Victoria shoreline in Bondo and Rarieda, with Lwanda K’Otieno in Rarieda currently the frontrunner. The Nuclear Business Platform, the OECD Nuclear Energy Agency, and the IAEA are all engaged in Kenya’s programme. No vendor has been selected, no reactor design has been finalised, and no financing agreement has been signed. These are facts that both supporters and opponents must hold simultaneously: the ambition is real, and so is the unfinished work.

Part II: Kenya’s Power Problem. Why the Status Quo Is Unacceptable

Let us begin with the most fundamental question: why does Kenya need 2,000 megawatts of new baseload power?

The answer begins with a number: KES 28.43 per kilowatt-hour. That is what a Kenyan household pays for electricity: approximately 22 US cents, which is 140% of the global average and 182% of the African average. Businesses pay around 18 US cents per unit. These figures mean that Kenya’s manufacturers compete on the global market with an energy cost handicap that countries like China ($0.08/kWh), India ($0.09/kWh), and even Egypt ($0.04/kWh) do not bear.

The consequences are visible everywhere. Manufacturing’s share of Kenya’s GDP has stagnated below 10% for a decade. Electricity-intensive industries like cement, steel, textiles, food processing, are suppressed or pushed to diesel generators that cost even more. Peak demand already stands at 2,362 MW and is growing with a rapidly urbanising population. Rationing has returned. Kenya imports power from Ethiopia and Uganda. And yet the country’s installed capacity has barely kept pace with demand growth.

“Kenya has connected 79% of households to the grid since 2013. Which is a genuine achievement. But it built an access system without the capacity to truly power it. The lights reach the home; there is often nothing behind them.”

President Ruto’s framing of nuclear as essential to reaching 10,000 MW and achieving industrialisation is not political rhetoric. It reflects a genuine arithmetic: Kenya’s renewable portfolio, exceptional as it is, cannot on its own carry an industrialising economy. The East African Power Pool serves 13 countries. A Kenya with surplus nuclear generation becomes a regional energy hub, an exporter rather than an importer of power. That is a strategic asset of profound and lasting value.

Part III: Why Siaya Location Makes Sense

The selection of Siaya County is not arbitrary. It reflects the physical requirements of nuclear power generation, and it deserves to be understood rather than assumed.

None of this makes Siaya a perfect location. Reading online, you realise that there is no perfect location for a nuclear plant. Every site involves trade-offs. What matters is whether the risks of this specific location can be managed to the standards that modern nuclear engineering demands. And that is a question with an answer: yes, with the right safeguards, the right design, and the right regulatory oversight. But securing that answer requires transparent science, not political certainty.

Part IV: Safety, Oversight, and Why Worry Is Not Weakness

Nuclear power is, by an objective measure, one of the safest energy sources per unit of electricity generated. This is not a claim made by nuclear lobbyists. It is the conclusion of peer-reviewed research published in Nature Energy, Our World in Data, and the Lancet. Deaths per terawatt-hour of electricity generated: nuclear 0.03, wind 0.04, solar 0.02, coal 24.6. Chernobyl and Fukushima, the two disasters that define public fear of nuclear energy, killed far fewer people than coal-related air pollution kills every year in Kenya alone. Which is a wild thing to even type.

This is not to minimise those disasters. The industry has learnt, relentlessly, from every failure.

“Modern nuclear plants are designed to fail safely. Passive cooling systems, reinforced containment structures, and multi-layer defence protocols mean that what happened at Chernobyl is physically impossible in a Generation III+ reactor. Worrying about nuclear safety is not weakness — it is exactly the right posture.”

The oversight architecture for Kenya’s programme is more robust than critics acknowledge. The IAEA’s Integrated Nuclear Infrastructure Review (INIR) process, which Kenya has undergone twice, in 2015 and 2021, is among the most rigorous independent assessments in global infrastructure. Kenya has completed 10 of the 15 recommendations from its 2015 review. The KNRA is modelled on international best practice and has signed cooperation agreements with the US Nuclear Regulatory Commission. The OECD Nuclear Energy Agency has engaged directly with Kenya’s programme. These are not rubber stamps; they are real, enforceable standards.

South Korea’s APR1400 reactor, one of the leading candidates, was certified by the US Nuclear Regulatory Commission in 2019, the first non-US design to receive such certification. It operates at Shin Kori, Shin Hanul, and is under construction at Barakah in the UAE, which commissioned its first unit in 2020 and is regarded as the world’s most successful nuclear new-build in recent decades. The UAE, a country with a less developed nuclear infrastructure than Kenya has, safely built and now operates four reactors.

This does not mean Kenya should be complacent. The KNRA needs expanded staffing, independent funding, and political insulation from executive pressure. The institutional culture of safety, not merely the paperwork of safety, must be built from the ground up, as South Korea did over decades. That is precisely why independent international oversight, genuine public scrutiny, and a free press that can investigate without intimidation are not obstacles to this project. They are its best guarantors.

Part V: Environmental Risks

The environmental concerns about siting a nuclear plant on Lake Victoria are the most serious objection to this project, and they deserve the most serious engagement. Let us work through each risk with precision.

None of these risks disqualify the project. They set the conditions under which the project can proceed responsibly. A nuclear plant with closed-cycle cooling towers, a contracted spent fuel solution, a verified seismic safety case, and formal transboundary consultation is a fundamentally different proposition than one that papers over these questions. Proponents of this project must be the loudest voices demanding these conditions are met.

Part VI: Jobs, Growth, and the Transformation of Siaya

Siaya County is one of Kenya’s most historically under-invested regions. Despite producing some of the nation’s most prominent political and intellectual figures, it has among the highest poverty rates, lowest electrification quality, and weakest industrial base of any county in western Kenya. The nuclear plant would not merely generate electricity — it would generate economic transformation.

Part VII: Africa Is Watching, And So Is the World

Kenya would not be alone in this endeavour. Egypt’s El Dabaa plant; four Russian VVER-1200 reactors totalling 4.8 GW, is the most advanced nuclear project in Africa and is expected to commission its first unit in late 2028. South Africa’s Koeberg station, the only currently operating commercial reactor on the continent, recently had its licence extended to 2045, and the country’s Integrated Resource Plan mandates 5,200 MW of new nuclear capacity by 2039. Ghana is partnering with both the United States and China for Small Modular Reactors. Uganda has engaged South Korea’s KHNP. Rwanda is exploring advanced reactor technologies.

This is not a coincidence. It is a continental reckoning with energy poverty. Africa houses 17% of the world’s population but generates less than 4% of global electricity. The gap between aspiration and generation is the single largest structural constraint on African development. International institutions, including the United Nations Economic Commission for Africa and the OECD Nuclear Energy Agency, have explicitly endorsed nuclear as part of Africa’s energy mix. The World Bank reversed its 60-year ban on nuclear financing in June 2025, opening development finance pathways that simply did not exist a year ago.

For Kenya to be the first East African country to build and operate a nuclear power station would be a statement of technological and institutional confidence whose value exceeds the megawatts generated. It would signal to the world that Kenya can execute complex, high-stakes infrastructure. It would attract the science, engineering, and capital investment that follows demonstrated capacity. It would train a generation.

It would also carry responsibility. If this plant is built badly, if corners are cut on safety, if communities are deceived, if environmental commitments are abandoned, the damage is not merely to Kenya. It is to the case for African nuclear energy for a generation. The stakes of doing this right are as high as the stakes of doing it at all.

Conclusion: Conditional Support Is Not Weakness. It Is the Highest Form of Patriotism

This piece does not ask Kenyans to trust the Ruto government blindly. The record of infrastructure promises demands precisely the opposite. It asks Kenyans to do something harder: to hold two truths at once.

The first truth is that Kenya needs this kind of power. The country’s electricity costs are strangling economic potential. Its renewable portfolio, magnificent as it is, cannot provide the scale and the firmness of baseload power that industrialisation requires. The Siaya nuclear plant, done right, could halve industrial energy costs, catalyse manufacturing, transform a historically underinvested county, train a generation of world-class engineers, and make Kenya the energy hub of East Africa.

The second truth is that this project, as currently structured, is not yet ready to proceed. No vendor has been selected. No financing agreement has been signed. No waste management policy exists. The environmental assessment is incomplete. Transboundary consultation with Uganda and Tanzania has not occurred. Community consent in Siaya is contested. Every single previous nuclear timeline has slipped. The March 2027 groundbreaking target, announced on 25th March 2026, one year in advance, is almost certainly unrealistic and must not be allowed to become a pressure that overrides safety.

“To oppose this project blindly is to condemn Kenya to expensive electricity and stunted industrialisation. To support it blindly is to invite a financial and environmental catastrophe. The third path; conditional, demanding, vigilant support, is the only responsible one.”

Those who oppose the Siaya nuclear plant have legitimate questions. Those questions deserve answers. Real ones, with data, with independent verification, with genuine community participation, and with the freedom to say no if the answers are inadequate. The Luo Council of Elders’ concerns about Lake Victoria are not ignorance. They are the voice of communities who live closest to the risk and have been given the least information. That must change.

Those who support the project have a responsibility equally solemn. Advocacy that dismisses environmental concerns as fear-mongering, that treats opposition as anti-development, or that waves away cost risks because the government says so is not support. It is complicity in the failure that would follow. True support means demanding the highest standards, on safety, on waste management, on community engagement, on financial transparency, on thermal protection for the lake. Because only the highest standards will protect both the plant and the people around it.

Kenya has built geothermal plants at Olkaria that the world admires. It has built the Lake Turkana Wind Power Project, the largest wind farm in Africa. It has connected millions of households to the grid in a decade. It has, when it commits fully and transparently, delivered infrastructure that transforms lives. That is the Kenya this programme must call upon.