'Clean Coal' Technologies

Burning coal without adding to global carbon dioxide levels is a major technological challenge. The greatest challenge is bringing the cost of capture and storage technology down sufficiently for 'clean coal' to compete with nuclear power.

Climate Change - The Science

The greenhouse effect occurs naturally, providing a habitable climate. Atmospheric concentrations of some of the gases that produce the greenhouse effect are increasing due to human activity and most of the world's climate scientists believe this causes global warming and resulting climate change.

Energy Analysis of Power Systems

Life Cycle Analysis is useful for comparing net energy yields from different methods of electricity generation. Nuclear power shows up very well as a net provider of energy. External costs, evaluated as part of life cycle assessment, strongly favour nuclear over coal-fired generation.

Energy Balances and CO2 Implications

Lifecycle analysis, focused on energy, is useful for comparing net energy yields from different methods of electricity generation. The amount of energy inputs to the nuclear fuel cycle has implications for carbon dioxide emissions, and in any scenario nuclear power has very low emissions.

Environment and Health in Electricity Generation

Environmental and health consequences of electricity generation are important issues, alongside the affordability of the power which is produced.

Policy Responses to Climate Change

Climate change is a worldwide problem and policy responses have accordingly had an international basis, the principal focus has been on reducing greenhouse gas emissions. Nuclear power can have a significant role in limiting greenhouse gas emissions while enabling access to abundant electricity.

Renewable Energy and Electricity

There is unprecedented interest in renewable energy, which provides electricity without giving rise minimal carbon dioxide emissions. Utilising electricity from solar and wind in a grid requires some back-up generating capacity due to their intermittent nature.

Responding to Global Climate Change: The Potential Contribution of Nuclear Power

The Potential Contribution of Nuclear Power: a 1998 position paper by the Uranium Institute.

Sustainable Energy

Energy resources are available to supply mankind's expanding needs without environmental detriment. Wastes remain a major concern whether they are released to the environment or not. Until about 30 years ago, energy sustainability was thought of simply in terms of availability relative to the rate of use. Today, in the context of the ethical framework of sustainable development, including particularly concerns about global warming, other aspects are also very important.

Uranium Stewardship

Stewardship involves the care and management of a commodity through its entire life cycle.  For a mineral, this cycle encompasses exploration, mining, processing, refining, fabricating, use, recovery, recycling and disposal.

Uranium, Electricity and Climate Change

Uranium can supply energy for the world's electricity with less greenhouse effect than virtually any other energy source.