Advocacy & Outreach

Our Campaigns

Meeting people where they are — from race tracks to college campuses — to build broad public support for nuclear clean energy and medicine.


Campaign Objectives

What We Are Fighting For

Our campaigns are grounded in science, driven by passion, and designed to reshape public conversation around one of the world's most misunderstood and vital energy sources.

  • Communicate the clean-air and low-emissions benefits of nuclear power
  • Highlight life-saving medical advances enabled by nuclear technology
  • Improve public understanding of modern nuclear safety standards
  • Promote STEM education and career pathways in nuclear engineering
  • Link carbon-free nuclear power to the future of electric mobility
Infographic illustrating nuclear energy campaign goals including clean air and medical advances

Environmental Impact

Nuclear & Clean Air

Nuclear power plants produce no sulphur dioxide, nitrogen oxides, or particulate matter during operation — making them one of the cleanest large-scale energy sources available.

Zero Operational Emissions

Unlike fossil fuels, nuclear fission produces no greenhouse gas emissions during electricity generation — just steam and electricity.

Lifecycle Analysis

Across its full lifecycle — mining, construction, and decommissioning — nuclear emits 93% less CO₂ per kWh than coal power.

Public Health Benefits

Studies show switching from fossil to nuclear reduces respiratory illness, hospitalisation rates, and premature deaths in surrounding communities.


Nuclear Medicine

Saving Lives with Medical Isotopes

Nuclear reactors produce radioactive isotopes that are indispensable in modern medicine — enabling doctors to see inside the human body with extraordinary precision and to destroy cancer cells with minimal damage to healthy tissue.

Technetium-99m — produced in nuclear reactors — is the world's most widely used medical radioisotope. It is central to over 20 million diagnostic procedures each year, including bone scans, heart imaging, and sentinel node mapping for cancer staging.

Targeted alpha therapy (TAT) and lutetium-177 treatments use reactor-produced isotopes to deliver lethal radiation directly to tumour cells — sparing surrounding tissue and dramatically improving outcomes for previously untreatable cancers.

Positron Emission Tomography (PET) and Single Photon Emission Computed Tomography (SPECT) rely on short-lived radioisotopes to detect disease — from early-stage Alzheimer's to cardiac abnormalities — before symptoms even appear.
Medical imaging scanner using nuclear isotopes to diagnose cancer and heart disease

Campaign Significance

An Unconventional Approach

Traditional advocacy reaches the already-converted. We take nuclear's message to audiences who haven't yet heard the full story.

Mass-Reach Platforms

By partnering with IndyCar racing — watched by millions — we bring nuclear's clean energy message to a passionate, mainstream audience.

Community Dialogue

Open conversations at universities, community centres, and public events let people ask real questions and challenge common misconceptions.

Evidence-Led Messaging

Every campaign is built on peer-reviewed data — giving audiences the facts they need to form their own informed views on nuclear energy.


Be Part of the Movement

From sharing our content to speaking at events — there are many ways to champion nuclear clean energy in your community.