Merlin project resource units update#
The mine will utilise the existing facilities that were constructed as part of Stage 1 of the Merlin decline development program plus the addition of a paste plant and optimisation of existing power facilities.Ĭlick here to view the latest Company Update on the Merlin Project.Ĭlick here to view the related Merlin JORC Table 1 Information (updated 29 October 2014).Many real-world problems in artificial intelligence, computer vision, robotics, computer systems, computational biology, and natural language processing require systems to reason about highly uncertain, structured or unstructured data, and draw global insights from local observations. The Merlin development will leverage off existing infrastructure where possible.
The Merlin deposit is located on a granted mining lease that will allow mining development to commence quickly upon project go-ahead. Phase 2 of the Merlin decline development will commence upon project approval. Decline development to date has enabled underground diamond drilling of the Merlin and Little Wizard deposits and a cross cut to be developed into the Little Wizard deposit. The Little Wizard zone lies only 90 metres below surface and has been incorporated into the declared Merlin Mineral Reserve.Ĭonstruction of an exploration decline at Merlin began in late 2010, with Phase 1 of the decline development completed on time and budget in January 2012. The extremely high grade Little Wizard zone of mineralisation, located up-dip and south of the main Merlin zone was discovered in October 2009. The key strengths of the project include the high-grade of the resource and relatively shallow depth, which results in a project with forecast strong long-term cash flows and substantial project returns. The project has successfully progressed through the scoping, pre-feasibility and feasibility study phases. The Merlin Project is based on the world's highest grade molybdenum and rhenium deposit, discovered by the Company in late 2008 with an initial Mineral Resource announced in mid-2009. Mt Dore Heap Leach Project – Environmental Management PlanĬhinova Resources, 25 August 2016, Pseudantechinus mimulus Camera Trapping Satellite Image Ĭhinova Resources, 9 September 2014, Regional Location Map Merlin
RBC Environmental Pseudantechinus mimulus Report 2016Ĭhinova Heap Leach Project - Carpentarian Antechinus Management Plan FinalĬhinova Heap Leach Project - Carpentarian Antechinus 2018 Annual Progress Report V1.1 Place Baseline Ecological Assessment 2010 Publication of Preliminary Documentation under the Environment Protection and Biodiversity Conservation (EPBC) Act 1999Īdditional Information required for preliminary documentation and checklistīurnet et al Pseudantechinus mimulus Report 2014 The resource estimate reports for each are available via the hyperlink for each deposit. Resource estimates were completed on the three deposits in accordance with the JORC, 2012 code. Metallurgical and Mining studies on these deposits are nearing completion and a feasibility study is under way for the Mt Dore Project. For each deposit, samples were assayed by a copper sequential method by ALS in Perth. In 2014, Chinova completed drilling campaigns at the Mount Dore, SWAN and Victoria/Stuart Deposits for a potential copper heap leach project.
Merlin project resource units pdf#
Kulthor Deposit Resource Update PDF Regional Copper Heap Leach Project A small part of the deposit was mined from 2012 to 2015 producing 2.78Mt 1.66% Cu and 1.05g./t Au. The Kulthor Deposit is a breccia and vein hosted Cu-Au deposit about 1.5km to the west of the Osborne Deposit. Osborne EML Application Documents (zip file 105MB) Kulthor Deposit Resource Update Chinova has lodged an application under the Environmental Protection Act 1994 to amend its environmental authority in relation to this project. The Osborne EML Project adds >5 years additional life to the Osborne site by bringing ore in from the Selwyn area for processing at the Osborne Processing Plant.
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