The international Market in Natural Uranium—from Propagation Risk to Non- Propagation Prospect

                                  

Uranium remnants a critical part of civil-military nuclear programs. The attempt to cap the number of nuclear armed states in the world has largely focused on restraining the spread of the industrial items and processes needed for the stages of the fuel cycle that can turn uranium into forms that could be used to build a nuclear weapon.

The most important suppliers of nuclear technology have recently agreed plan to limit access to the most reactive industrial items, in the framework of the Nuclear Suppliers Group.

Yet, the number of countries proficient in these manufacturing processes has increased over time, and it is now dubious whether a tactic based on close monitoring of technology choke points is by itself a dependable barrier to nuclear propagation. 

Today, the proliferation risks connected with industrial processes used to remove uranium attract comparatively little awareness. To reduce this risk, national regulators require having full picture of how uranium extracted on their country is to be used. Restricting access to natural uranium could be an imperative aspect of the worldwide efforts to block extends of nuclear weapons.

Hypocritical refusal to sell uranium to India does no good

People such as my colleague Senator Gavin Marshall, who want to keep Labor's policy of refusing uranium sales to India, need a influential justification to persist with a policy that restricts trade and reduces our export income.

Just what is it? It can't be so as to India has nuclear weapons. We sell uranium to Russia and China, together of which have such weapons.That India is occupied in a regional arms race? China is occupied in one of the fastest military build-ups in recent history. That India allows nuclear proliferation? India tightly guards its nuclear technology and has never permissible it to proliferate. None of these objections hold water.

Not selling uranium to India made a few sense when it was part of an global strategy to bring India into the nuclear non-proliferation treaty. But the US-India nuclear agreement of 2007 ended that plan and lifted the de facto international ban on nuclear co-operation with India. The current policy no longer serve any purpose.

Keeping the home fires burning

It was recently reported that massive uranium deposits include been discovered in the Kadapa district of Andhra Pradesh, expected at up to 150,000 tonnes, of which 49,000 tonnes have been currently confirmed. If this estimation holds up, we might have one of the largest uranium reserves in the world.

Despite the scale of this find, we are nowhere near solve our energy needs. The earthquake in Japan earlier this year and the resultant injure to the Fukushima nuclear power plant revealed the inadequate safety measures adopt by the nuclear industry in general. Despite have tapped nuclear power for the past 48 years, insufficient savings have been made to improve the technology, its safety, waste removal and crisis management.

The current plan is to set up 30 nuclear reactors more than the next three decades to supply a quarter of our electricity demand. By 2050, it is probable that 25% of our energy needs will be met by nuclear power.What is sorely wanted for the kind of scale-up India envisions is a safe template for nuclear power plants that is accepted by a strict regulatory process before handing over to the private sector to construct, operate and maintain. The process for getting approval under strict safety and operational standards will contain to be streamlined to get the programme up and running. This will avoid the holdup in the regulatory and approval process that has dogged the US. We include now signed nuclear deals with nine countries, most recently with South Korea, to help develop social nuclear energy in India. A powerful watchdog needs to be in place to monitor security standards as nuclear technology and infrastructure are transfer from these partners to us.

Bushehr Ready to collect Uranium Fuel Rods in Mid-October

Head of the Atomic Energy organization of Iran (AEOI) told reporters Sunday the ground is being ready to load uranium fuel rods into the reactor’s core in the near future. He dismissed media reports on the spoil caused by a Trojan virus named Stuxnet. Salehi said only a few personal computers of some staff were infected with the virus and the general system was not harmed. The nuclear chief further explained detecting a small leakage at the main core of the reactor, which was quickly sealed, caused recent delay for the opening of Bushehr plant.

‘During the Bushehr power plant's washing progression a leak was discovered at the side pool of the reactor and it was plugged. This leakage postponed the behavior of the plant for a few days,’ Salehi said. Iran’s successful launch of its first nuclear reactor would boost electricity manufacture by 1000 megawatts once the plant reaches its maximum output. Tehran plans to build ten extra nuclear power plants within next few years.

United States views oil and gas-rich Iran's autonomy in the field of nuclear technology, posing a direct threat to its own interests in the region. Western countries ever since the end of WWII and up until recently have been able to take advantage of the region's fit technological backwardness to access cheap oil and gas and boost their industrial economies.