1998 Both ANSTO and the government have sought to cloak rational discussion about the costs and benefits of a reactor under a dishonest claim that the reactor is vital for nuclear medicine. In fact medical isotopes can be easily obtained from a global market which already supplies many Australian hospitals.
a senior government bureaucrat who was quoted on the same ABC radio program saying: “The government decided to push the whole health line, and that included appealing to the emotion of people. … So it was reduced to one point, and an emotional one at that. They never tried to argue the science of it, the rationality of it”.ABC radio on March 29, 1998
The medical isotope rhetoric has become so implausible that the government is itself backing away from it. The parliamentary Public Works Committee produced a bipartisan report in August 1999 which said: “A number of organisations and individuals challenged the need for a research reactor based on a requirement to produce medical radiopharmaceuticals. … The Committee recognises that this issue has not been resolved satisfactorily.”
In fact, a nuclear reactor is likely to commit Australia decisively to the “nuclear club” by ensuring a seat on the International Atomic Energy Agency (IAEA). The IAEA regulates the world’s nuclear industry and is also the world’s biggest promoter of nuclear energy.
It is unclear how our national interest is served by participating in the global spread of nuclear energy with its associated risks and waste problems. Professor McKinnon, who carried out the government’s 1993 Reactor Review, agreed, stating: “There may be national advantages in not being so closely associated with IAEA stances.”http://www.foe.org.au/anti-nuclear/issues/oz/lh/articles
Cyclotrons have important advantages over nuclear reactors in relation to radioactive waste and safety, and cyclotrons pose no risk in relation to weapons proliferation. The underlying reason for these advantages is that cyclotrons are powered by electricity, whereas research reactors rely on a uranium fission reaction.
