Namibia has taken its boldest step yet toward developing a domestic nuclear energy programme with the Cabinet’s approval of the country’s first Nuclear Industry Strategy — a policy blueprint designed to turn the nation’s vast uranium resources into a foundation for long-term power security and industrial growth.
The strategy, approved in October 2025 and announced by Information and Communication Technology Minister Emma Theofelus, sets out plans to diversify Namibia’s energy mix and move beyond the export of raw uranium toward domestic beneficiation and power generation.
At the heart of the new policy is a proposal to amend the Atomic Energy and Radiation Protection Act of 2005, which currently governs the handling and regulation of radioactive materials.
The amendments will strengthen oversight, clarify institutional mandates, and align the law with international nuclear safety standards.
Significantly, regulatory control will shift from the Ministry of Mines and Energy to the National Planning Commission (NPC) — a move meant to ensure national coordination across sectors such as energy, mining, water, infrastructure, and education.
The strategy also provides for the establishment of a Nuclear Institute of Namibia, envisioned as the country’s principal centre for nuclear research, training, and coordination.
It will serve as a bridge between government, academia, and industry, guiding feasibility studies and workforce development.
According to the government’s outline, the nuclear framework will advance through several stages. Initial reforms will focus on strengthening regulation and institutional capacity, followed by detailed feasibility studies for small modular reactors (SMRs), research reactors, and industrial irradiation facilities.
Longer-term objectives include exploring uranium fuel-cycle activities, such as enrichment and fuel assembly, to position Namibia as a regional nuclear hub.
Energy analysts say the strategy aligns with Namibia’s broader drive to industrialise and reduce dependence on imported electricity.
The country currently relies heavily on hydropower and solar power, and on imports from the Southern African Power Pool, which are increasingly constrained by regional demand.
Nuclear power, government planners argue, offers the reliable base-load capacity required to support Namibia’s ambitions in hydrogen, mining, and manufacturing.
Financing a billion-dollar dream
The Ministry of Mines and Energy estimates that the initial cost of developing nuclear power infrastructure could exceed N$100 billion (around US$6 billion), underscoring the need for partnerships with international investors and technology providers.
The government is working closely with the International Atomic Energy Agency (IAEA) to ensure that Namibia meets the 19 infrastructure milestones required for nuclear newcomer states.
The cost of nuclear power infrastructure is staggering. Unlike solar or wind farms, which can be built in modular phases, atomic plants require huge upfront financing and long payback periods.
Namibia’s relatively small power market — with peak demand below 700 MW — raises questions about the economic viability of such a venture.
Unless the country can secure regional power export deals or major industrial off-takers, the financial justification may be weak.
International lenders are also cautious: the World Bank, African Development Bank, and many private financiers have strict environmental and non-proliferation criteria that make nuclear investments difficult to fund.
For perspective, South Africa’s Koeberg Nuclear Power Station, Africa’s only operating plant, consists of two pressurised-water reactors that generate a combined 1,860 MW.
Construction began in 1976, with the first unit synchronised to the grid in April 1984 and the second in July 1985 — roughly eight to nine years from groundbreaking to whole operation.
The plant remains operational and has received life-extension licences to 2044 and 2045, demonstrating both its long lifespan and the immense cost and commitment involved.
By contrast, Egypt’s El Dabaa Nuclear Power Plant, now under construction, will host four VVER-1200 reactors totalling 4,800 MW at a cost of about US$30 billion — around N$550 billion.
Russia has financed most of it through a US$25 billion loan, with the first unit expected online by 2026 and full commissioning in the early 2030s.
The Egyptian example shows that even well-financed, state-backed projects require nearly a decade of preparation, international oversight, and billions in expenditure.
Human capital and institutional gaps
Another pressing challenge is the lack of local expertise. Namibia has no trained nuclear engineers, reactor physicists, or radiation safety officers in sufficient numbers to design, build, or operate a reactor.
The proposed Nuclear Institute of Namibia will have to start from scratch — developing curricula, forming partnerships with global nuclear agencies, and attracting young scientists into the field.
Even the regulatory architecture is thin. The Atomic Energy and Radiation Protection Act (2005) governs radiation use in mining and medicine, but was never designed for oversight of nuclear power.
The government plans to amend it and transfer control to the National Planning Commission (NPC), yet institutional reform will take years of legislative drafting, recruitment, and capacity-building.
Safety, waste, and public confidence
Public trust remains one of the most fragile aspects of any nuclear programme. Namibia has no national framework for radioactive waste management or spent fuel storage.
Nor does it have the infrastructure — deep geological repositories, secure transport corridors, or specialised emergency response units — that nuclear operations demand.
Communities living near potential reactor sites will likely raise environmental and safety concerns, especially given the country’s reliance on tourism and agriculture. Namibia must meet all 19 infrastructure milestones required by the IAEA before it can proceed legally and safely.
Those milestones span governance, site selection, radiation protection, security, liability, and emergency preparedness — areas where the country still has little experience.
Geopolitical and supply-chain constraints
Namibia’s nuclear aspirations also intersect with global politics. To import reactor components or enriched uranium fuel, the country must comply with the Non-Proliferation Treaty (NPT) and maintain strict safeguards agreements with the IAEA.
Any misstep could strain relations with key partners or attract scrutiny from anti-nuclear campaigners.
Meanwhile, global supply chains for nuclear technology are dominated by a handful of players — France’s EDF, Russia’s Rosatom, China’s CNNC, and South Korea’s KHNP — all with competing geopolitical interests. Selecting a partner will therefore involve delicate diplomacy and long-term alignment on financing, training, and technology transfer.
Environmental and water limitations
Namibia’s arid climate adds another layer of complexity. Traditional nuclear reactors require large volumes of cooling water — a scarce resource in the world’s driest country south of the Sahara. While Small Modular Reactors (SMRs) offer lower water demands and greater flexibility, they remain largely unproven at commercial scale, with few global deployments to date.
Site selection will thus be contentious, balancing access to water, seismic stability, and distance from population centres. Coastal options near Walvis Bay or inland sites near the uranium mines in Erongo could face both technical and social pushback.
Despite these challenges, government planners argue that nuclear energy remains a long-term goal — not an overnight fix.
The Nuclear Industry Strategy envisions phased development, beginning with research, training, and legal reform. Implementation could span more than a decade before the first reactor goes online.
Still, officials insist that Namibia cannot ignore the potential of its uranium wealth. The country is already among the world’s top producers of the metal, home to major mines such as Rössing, Husab, and Langer Heinrich, with advanced projects like Bannerman’s Etango-8 and Deep Yellow’s Tumas preparing for production.
“Namibia must look beyond exporting yellowcake and start thinking about how to harness its uranium to power its own development,” Theofelus said when announcing the Cabinet’s decision.
If implemented successfully, the Nuclear Industry Strategy could mark a historic shift — transforming Namibia from a supplier of raw resources into a producer of nuclear knowledge, energy, and technology.
