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Proterozoic sediment-hosted base metal deposits. CODES/AMIRA Project P.384 Report No. 3, October 1993

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McGoldrick, PJ and Large, RR (1993) Proterozoic sediment-hosted base metal deposits. CODES/AMIRA Project P.384 Report No. 3, October 1993. Technical Report. CODES/AMIRA, Hobart, Tasmania. (Unpublished)

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Abstract

Introduction PROJECT OBJECTIVES: P384 1. To determine the primary geological, geochemical and structural controls on the location and timing of base metal deposits in sedimentary basins. 2. To understand the chemical and hydrological evolution of metalliferous brines in selected Proterozoic sedimentary basins of Australia. 3. To develop basin metallogenic models and specific ore deposit models that may be used in the exploration for large-tonnage base-metal ore deposits. RESEARCH FRAMEWORK This research project involves a multi-disciplinary approach using regional geological, geophysical and structural studies, brine chemical modelling and geochemical and isotopic halo studies to provide a foundation on which to build a network of exploration criteria and ore deposit models for major sediment-hosted base metal deposits. The project consists of three research modules as outlined below: Basin analysis Brine chemistry Deposit halos THIS REPORT This is the third major report on the project and outlines results to date on the Deposit Halos module. A comprehensive account of deposit halo mineralogy and geochemistry is presented for Lady Loretta and HYC. The results have major implications regarding mineral exploration and ore genesis for giant stratifonn Pb-Zn deposits. A further report (No. 4), covering work on the Basin Analysis and Brine Chemistry modules, will be distributed to sponsors at the November 29/30 meeting. It is now 18 months since the commencement of this project and research progress in all aspects of the work has been very pleasing. Acknowledgment for our progress to date is due to the excellent work by the CODES research team and the close cooperation provided by the sponsor companies, AGSO and the NTGS. In particular, for the deposit halos module, we would like to acknowledge Mel Jones and Pancontinental for their support and encouragement on the Lady Loretta study. Ross Large Director CODES

Item Type: Report (Technical Report)
Publisher: CODES/AMIRA
Date Deposited: 13 Nov 2009 03:23
Last Modified: 18 Nov 2014 04:06
URI: http://eprints.utas.edu.au/id/eprint/9375
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