Facility Details
The reactor core consists of 16 low-enriched plate-type fuel assemblies and is located under 10 metres of water in an open pool. Light water (normal H2O) is used as the coolant and moderator while heavy water (D2O) is used as the neutron reflector. The purpose of the neutron reflector is to improve neutron economy in the reactor, and hence to increase the maximum neutron flux.
OPAL is the centrepiece of the facilities at ANSTO, providing efficient and rapid radiopharmaceutical and radioisotope production, irradiation services (including neutron transmutation doping of silicon), neutron activation analysis and neutron beam research. OPAL is able to produce four times as many radioisotopes for nuclear medicine treatments, and a wider array of radioisotopes for the treatment of disease than the old HIFAR reactor. The modern design includes a cold neutron source (CNS).
The OPAL reactor already has received seven awards in Australia.
Read more about this topic: Open-pool Australian Lightwater Reactor
Famous quotes containing the words facility and/or details:
“In progress of time, when my mind was, as it were, strongly impregnated with the Johnsonian æther, I could, with much more facility and exactness, carry in my memory and commit to paper the exuberant variety of his wit and wisdom.”
—James Boswell (1740–1795)
“Working women today are trying to achieve in the work world what men have achieved all along—but men have always had the help of a woman at home who took care of all the other details of living! Today the working woman is also that woman at home, and without support services in the workplace and a respect for the work women do within and outside the home, the attempt to do both is taking its toll—on women, on men, and on our children.”
—Jeanne Elium (20th century)