Australia prepares for nuclear power with 7 sites identified

The Australian Opposition, led by Peter Dutton, announces the introduction of nuclear power with seven potential sites, aiming for cleaner, more affordable electricity.

Share:

L’ Australie se prépare à intégrer l’énergie nucléaire avec 7 sites identifiés.

Subscribe for unlimited access to all the latest energy sector news.

Over 150 multisector articles and analyses every week.

For less than €3/week*

*For an annual commitment

*Engagement annuel à seulement 99 € (au lieu de 149 €), offre valable jusqu'au 30/07/2025 minuit.

Australia is preparing for a major energy shift with the potential introduction of nuclear power. Opposition Leader Peter Dutton, accompanied by David Littleproud and Ted O’Brien, revealed the ambitious plans of the future federal coalition government to integrate this energy source. They identified seven sites where nuclear power plants could…

Australia is preparing for a major energy shift with the potential introduction of nuclear power. Opposition Leader Peter Dutton, accompanied by David Littleproud and Ted O’Brien, revealed the ambitious plans of the future federal coalition government to integrate this energy source. They identified seven sites where nuclear power plants could be built, replacing closed or end-of-life coal-fired plants.

A Vision for a Balanced Energy Mix

According to the coalition’s leaders, Australia needs to diversify its energy sources to guarantee affordable, clean and consistent electricity. Currently, 90% of baseload electricity, mostly produced by coal-fired power plants, is nearing the end of its useful life. Nuclear power, they say, is a timely solution that has proven its effectiveness in reducing costs and emissions worldwide, and would complement renewables and gas. The coalition plans to develop two initial projects, using either small modular reactors (SMRs) or larger power plants such as the AP1000 or APR1400. These projects, scheduled to be operational by 2035 for SMRs and 2037 for the largest plants, would be owned by the Australian government but built and operated in partnership with experienced nuclear companies.

Strategically Selected Sites

The seven proposed sites are as follows: Liddell Power Station (New South Wales), Mount Piper Power Station (New South Wales), Loy Yang Power Stations (Victoria), Tarong Power Station (Queensland), Callide Power Station (Queensland), Northern Power Station (South Australia), and Muja Power Station (Western Australia). Sites in South Australia and Western Australia would be reserved exclusively for SMRs. These sites were chosen for their favorable technical attributes, such as cooling capacity and existing transmission infrastructure. Using these locations would avoid much of the expenditure required for a system based solely on renewable energies, such as new transmission poles and cables. Local communities would also benefit from well-paid jobs and regional economic spin-offs.

Economic Challenges and Opposition

The annual GenCost report by the Commonwealth Scientific and Industrial Research Organisation (CSIRO) estimates the capital cost of a large-scale nuclear power plant in Australia at AUD 8665 (USD 5775) per kilowatt, deeming it uncompetitive with renewable energies. Dutton nevertheless claimed that the coalition’s plan would be less costly than the Labor government’s current proposals, estimated at between AUD 1.2 and 1.5 trillion for a renewable energy-based system. Chris Bowen, Minister for Climate Change and Energy, criticized the plan as “risky” and highlighted the lack of detail and modeling. He said, “It’s too slow, too expensive and too risky for Australia.”

Local impact and future prospects

Colin Boyce, Member of Parliament for the Queensland electorate of Flynn, welcomed the announcement, highlighting the economic and employment benefits for the local community. Without a transition to nuclear power, the planned closure of the Callide plant would result in the loss of 250 jobs. The opposition sees this initiative as an opportunity for Australia’s 2025 election to become a referendum on energy, nuclear power, electricity prices and the country’s future sustainability. This announcement marks an important step in the debate on Australia’s energy future, which pits the divergent visions of the current government against those of the opposition.

The Malaysian government initiates a national assessment on nuclear energy feasibility, targeting regions facing energy supply constraints and integrating international regulatory requirements.
The merger between Premier American Uranium and Nuclear Fuels reaches a key milestone following final approval of the arrangement plan by the Supreme Court of British Columbia.
TVA, Google, and Kairos Power formalize an agreement to connect an advanced reactor to the grid, supporting data center energy growth and reinforcing the U.S. nuclear industry.
The U.S. Department of Defense has signed an agreement with X-energy to develop a commercial nuclear microreactor intended to power sensitive military infrastructure.
With cash reserves multiplied sevenfold in nine months, NANO Nuclear intensifies development of its KRONOS MMR and positions itself in the Canadian and U.S. modular nuclear markets.
Equinix signed a preorder for 20 Kaleidos nuclear microreactors and a letter of intent for a power purchase agreement with ULC-Energy, reinforcing its energy supply strategy for its data centers.
The U.S. Department of Energy selects Oklo and its subsidiary Atomic Alchemy for three pilot reactor projects aiming for criticality before July 2026.
The United States Department of Energy has selected eleven companies to build experimental nuclear reactors by July 2026, under a programme aimed at meeting rising electricity demand.
The South African Minister of the Environment has approved Eskom’s authorisation to build a nuclear power plant in Duynefontein, ending appeals lodged by several environmental organisations.
An independent group calls for deep changes to speed up the approval of UK nuclear projects and cut costs linked to a system seen as too slow and complex.
Radiant has signed an agreement with the Department of the Air Force and the Defense Innovation Unit to supply a portable nuclear microreactor, marking a first in mass production for military use.
The Gravelines nuclear power plant, the largest in Western Europe, halted all production after its cooling systems were obstructed by an unexpected influx of jellyfish. EDF plans a gradual restart in the coming days.
The International Atomic Energy Agency confirmed that the tritium concentration in the 14th batch of ALPS-treated water discharged by TEPCO remains well below Japan’s operational limit.
Field studies to determine the location of Kazakhstan’s first nuclear power plant have begun near the village of Ulken, marking a key stage in a project led by Rosatom.
China’s nuclear safety authority has approved the construction of units 1 and 2 at the Jinqimen plant, authorising the start of foundation work for the first reactor.
India unveils a national plan to boost nuclear capacity to 100 GW by 2047, combining large reactors and small modules, with a strengthened regulatory framework and new public-private partnerships.
Belarus offers its expertise to support the construction of Uzbekistan’s first nuclear power plant, as Tashkent accelerates its civil energy projects with new international partnerships.
Start-up HYLENR finalises a strategic $3 mn fundraising to move from pilot phase to industrialisation of its low-energy nuclear reaction systems for industrial heat production.
The regulatory approval granted to PT Thorcon Power Indonesia for its site study on Kelasa Island marks a decisive step toward the development of the country’s first private nuclear project.
Uranium output from American mines surged more than thirteen-fold in 2024, driven by increased investment, exploration drilling and a partial restart of industrial capacity across several key states.
Consent Preferences