Carbon footprint and cost for nuclear power
The carbon and financial costs for Nuclear power are something that causes disagreement amongst energy experts. When calculating the carbon footprint for a Gas power station for example the energy used to build the turbine, operate it and take it down at the end of its working life can be calculated. Generally different experts agree on the final figure but with nuclear there is much more variation.
The carbon foot print for a nuclear power station can appear to be very low around at about 5 g/kW, but this figure does not include decommissioning of the site or disposal of the waste. Disposal of waste is very hard to quantify as the method has not yet been agreed in this country. According to DEFRA only 12 % of all nuclear waste from the last 60 years has been disposed of, the rest is being stored. The Sustainable Development Commission’s research felt a figure of 90g/kW was correct whilst some independent researchers believe the figure to be around 120g/kW.
Nuclear waste would not be suitable for the construction of a nuclear bomb. However it certainly could be used to create a weapon of terror. It needs to be stored and disposed of in a secure location.
Depleted uranium (DU) is a hard, heavy metal which can be used in armour for military vehicles or in ammunition. DU weapons were used by US and British forces in the Former Yugoslavia, Afghanistan and Iraq. This left a legacy of radioactivity in these countries, and some researchers claim that this has caused illness amongst soldiers and civilians.Communities living close to Nuclear power stations have benefited from increased levels of employment and investment in their local infrastructure. Nuclear power plants require skilled staff and offer good wages and security of employment, often long after the plant has ceased to produce electricity. Opponents say that if the subsidies given to the power plant were used to stimulate the existing local economy, better results would be achieved.
Higher than usual levels of cancer and leukaemia are found around some nuclear power plants. Radiation is known to cause these diseases. Britain’s first generation of Nuclear reactors primary function was to produce weapons grade plutonium as fast as possible. Safety standards were lower than today and the work was shrouded in secrecy. Supporters of Nuclear power say that new power stations would be much safer and less radioactive material would go into the environment.



