DemographicsGreenvale (Qld) is approximately 6011.96 square kilometres. In 2016 the population of Greenvale (Qld) was 232. The population is 55% male and 45% female. On average the monthly mortgage repayments in Greenvale (Qld) are $0 to $299. The most common weekly income bracket is $300 to $399 per week. Weekly rents in the area are on average $0 to $74.
DescriptionGreenvale is a nickel mining settlement in Queensland, Australia, approximately 220 kilometres (137 mi) northwest of Townsville. Other metal ores are also extracted there. It is located within the Charters Towers Region. Greenvale lies on the banks of the Burdekin River and on the Gregory Developmental Road. A good sealed road crosses the hills over to Townsville. An ore-carrying railway line ran between Greenvale and Queensland Nickel Industries (QNI) processing plant at Yabulu, approximately 20 kilometres (12 mi) north of Townsville from 1974 to 1993. Greenvale Post Office opened on 1 November 1973. Some of the longest trains in Australia were pulled along this. The railway line tracks were removed in mid-2000; however the bridges, cuttings, blue metal and easement remain. Occasionally people walk from Yabulu to Greenvale along it, as a form of fundraising. Despite the fact that the mine itself has since concluded operations, more mining operations around the area have since commenced and homes are all fully occupied with workers supporting the regional mining and exploration. Recently the Greenvale mining lease has undergone extensive exploration work by Straits Resources and Metallica Minerals for the purpose of reopening the nickel and cobalt operations. The surrounding areas have extensive nickel and cobalt mineralisation. During this most recent exploration work, the Lucknow ridge south of the mine has been found to contain one of the largest known reserves of scandium oxide in the Lateritic nickel ore deposits. According to the managing director of Metallica Minerals, Andrew Gillies, the deposit's quality and purity are remarkably high Scandium oxide is a critical component of solid oxide fuel cells which have promise for the efficient direct production of electricity from low carbon gas fuels.