Last edited by Kazihn
Monday, July 20, 2020 | History

2 edition of ALTA Nickel/cobalt laterites project development found in the catalog.

ALTA Nickel/cobalt laterites project development

Peter Burger

ALTA Nickel/cobalt laterites project development

May 15, 1996, Hyatt Hotel Perth, Western Australia

by Peter Burger

  • 59 Want to read
  • 6 Currently reading

Published by Alta Metallurgical Services in Victoria .
Written in English

    Subjects:
  • Laterite,
  • Nickel -- Metallurgy,
  • Cobalt -- Metallurgy

  • Edition Notes

    Other titlesNickel/Cobalt laterite project development seminar.
    Statement[presented by Peter Burger and Alan Taylor] ; organised by Alta Metallurgical Services.
    ContributionsTaylor, Alan, ALTA Metallurgical Services
    Classifications
    LC ClassificationsTN"948"L3"B87"1996
    The Physical Object
    Pagination1 v. (various pagings) :
    ID Numbers
    Open LibraryOL21661023M

      Nickel laterites on the other hand are found nearer or at the surface and are generally classified as limonitic (the upper layer, based on nickeliferous limonite; (Fe, Ni)O(OH)) or saprolitic (the. ALTA Nickel-Cobalt-Copper, Uranium-REE-Li and Gold-PM Conference & Exhibition May, Perth, Australia We are now receiving abstracts for ALTA The conference will feature Forums and Panel discussions on Hydromet Processing of Copper, Nickel & Cobalt Sulphides, Lithium Processing, and Refractory & Complex Gold-PM Ores.

      Kyle JH, Furfaro D () The Cawse nickel/cobalt laterite project metallurgical process development. In: Cooper WC, Mihaylov I (eds) Hydrometallurgy and refining of nickel and cobalt. Canadian Institute of Mining, Metallurgy and Petroleum, Montreal, pp – Google ScholarAuthor: Kathryn C. Sole. ALTA Nickel-Cobalt-Copper, Uranium-REE, Gold-PM, In Situ Recovery, Lithium & Battery Technology Conference & Exhibition and the themes running through the conference are the various aspects of technology and project development. ALTA conferences are well-known for providing exceptional opportunities for the industry to share ideas.

    1. Introduction. The recovery of nickel and cobalt from leach solutions of nickel laterites by sulphide or hydroxide precipitation has been widely used in industry (Whittington and Muir, , Flett, ).Oxidative pressure re-leaching is required for nickel and cobalt sulphide precipitates, while ammoniacal re-leaching is required for nickel and cobalt hydroxide by: S.K. Haldar, in Mineral Exploration, Laterite. Laterite is a consolidated product of humid tropical weathering predominantly composed of goethite, hematite, kaolin, quartz, ± bauxite and other clay minerals. It is red, brown to chocolate colored at the top showing hollow, vesicular, and botryoidal structure. It changes progressively from a nodular iron oxide-rich zone at the top.


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ALTA Nickel/cobalt laterites project development by Peter Burger Download PDF EPUB FB2

ALTA Report ALTA Program ALTA Brochure. development of the Owendale scandium from laterite HPAL project, NSW. Australia; development of the Sunrise Nickel-Cobalt HPAL project, NSW, Australia; Mt Windarra minewater purification project, WA, Australia, and Laroo Station hydromet production of lead from lead carbonate ore.

ALTA NICKEL/COBALT LATERITES THE HOW TO’S OF PROJECT DEVELOPMENT TABLE OF CONTENTS DAY ONE INDUSTRY STATUS AND MARKETING Peter Matheson PROCESS SELECTION Alan Taylor PROJECT DEVELOPMENT AND EXECUTION Alan Taylor.

APPLICATION OF AUSMELT PROCESS John Floyd/Brian Lightfoot/Wendy Short ECONOMICS OF LATERITES. ALTA was the largest conference in its year history, with record attendance of delegates from 32 countries, reflecting 20% growth on We were excited to welcome new faces, along with previous attendees and ALTA regulars for this world-class annual metallurgical event.

Treatment of Nickel-Cobalt Latentes Short Course, Alan Taylor, ALTAPerth, Western Australia. Google Scholar. Developments and Trends in Hydrometallurgical Processing of Nickel Laterites, Boyd Willis, ALTAPerth, Western Australia.

Taylor A. () Laterites — Still a Frontier of Nickel Process Development. In: Battle T. et Cited by: 6. Nickel runs more than 1% across the entire zone, with values reaching up to 3% Ni close to the saprolite-sap-rock contact.

The thickness of the >1% Ni body varies from 2 to 30 m. Cobalt decreases down through the zone from % Co at the top to % at the base. Marsh, Erin, Anderson, Eric, and Gray, Floyd,Nickel-cobalt laterites—A deposit model, chap. H of Mineral. development and diversity of Ni and Co in a laterite deposit.

either nickel laterites or sulphides usually results in a mixed solution of cobalt and nickel, as One notable exception in recent times was the Bulong project, which succeeded in achieving. A New Process for Co-Ni Separation – ALTA 3 excellent cobalt-nickel separation primary leach liquor by Cyanex However, manganeseFile Size: KB.

nickel/cobalt from laterite leach liquors and the c ollaborative development of the Direct Nickel process. Future opportunities and key research questions wil l be briefly examined. KEYWORDS. EXTRACTION OF NICKEL AND COBALT FROM LATERITIC ORES BY NITRIC ACID Saka, Onur M.S., Department of Metallurgical and Materials Engineering Supervisor: Prof.

Yavuz A. Topkaya Decemberpages This thesis study is related to the extraction kinetics of nickel and cobalt from lateritic nickel ores from Gördes/Manisa region of Size: 4MB.

fortunately, cobalt from emerging nickel producers increased substantially such that cobalt produced from combined nickel sources (sulphides plus laterites) became the world leader. Inwith cobalt supply at alm tpa, a rough split of new cobalt arisings according to the Cobalt Development Institute (CDI) was as follows:File Size: 1MB.

ALTA is a world-class annual metallurgical conference, celebrating its 25th year, and a leading platform for innovation. The emphasis of the program is practical rather than academic, and the themes running through the conference are the various aspects of technology and project development.

In tropical and subtropical climates intense weathering of ultramafic rocks may cause significant cobalt and nickel enrichment in surficial residual deposits known as laterites. Cobalt dispersed in silicates and sulphides within the host rock is remobilised and deposited in weathered layers as hydroxides and oxides near the surface and as.

Certain amount of nickel, cobalt and platinum group metals are produced from recycled end of used scrap. These methods help in conservation of energy and earth's resources. This book can be broadly divided into four parts, which is extractive metallurgy of—nickel, cobalt, platinum group of metals, and recycling of these metals.

Nickel laterites, the subject of the study, are the result of intense chemical werathering of ultramafic rocks. They may contain some amounts of nickel, cobalt, and scandium (Butt and Cluzel, n.d.).

ALTAthe 22 nd annual ALTA conference was held May in Perth, Australia. The conference was very well-attended with attendees from 26 countries, a 20% increase on We were excited to meet new people attending for the first time.

It is also always a pleasure to welcome our previous attendees and we thank all participants for contributing to the success of the event. ALTA Nickel-Cobalt-Copper, Uranium-REE, Gold-PM, In Situ Recovery, Lithium & Battery Technology Conference & Exhibition 22 May - 30 May ALTA is a world-class annual metallurgical conference, now in its 26th year, and a leading platform for innovation.

Any Fe(II) is oxidised and precipitated before Mn(II).Low concentrations of manganese ( M) can be selectively oxidised and precipitated from cobalt and nickel solutions at pH 3–4 with less. Nickel-Cobalt Laterites—A Deposit Model By Erin Marsh, Eric Anderson, and Floyd Gray Chapter H of Mineral Deposit Models for Resource Assessment.

Abstract. Nickel-cobalt (Ni-Co) laterite deposits are supergene enrichments of Ni±Co that form from intense chemical and mechanical weathering of ultramafic parent rocks.

These regolith deposits. ALTA is a world-class annual metallurgical conference, now in its 26th year, and a leading platform for innovation. The emphasis of the program is practical, and the themes running through the conference are the various aspects of technology and project development.

TREATMENT OF NICKEL LATERITES BY CHLORIDE AND HYBRID CHLORIDE-SULPHATE PROCESSES *Bryn Harris 1, Carl White, Mike Dry 2 and Phil Evans 3 1NMR Inc., SuiteBoulevard Bouchard, Dorval, Quebec, H9S 1A9, Canada (*Corresponding author: @) 2Arithmetek, Inc.

Hetherington Drive, Peterborough, Ontario, K9L 1X4, Canada. THE APPLICATION OF THE CESL NICKEL PROCESS TO LATERITES David Jones and Rachel Moore Cominco Engineering Services Ltd. Horseshoe Way, Richmond, BC, V4M 2Z1, Canada Presented at: ALTA NICKEL / COBALT - 7 PERTH, AUSTRALIA MAYTrace metals such as nickel (Ni), chromium (Cr), cobalt (Co) and manganese (Mn) are usually highly concentrated in the Fe-(oxyhydr) oxides of laterites when developed upon ultramafic rocks.

The United States has no active nickel mines or nickel reserves. Ni-Co laterite deposits provide one of two major natural sources of nickel and cobalt.

The economic importance of this deposit type expands in direct relation with industrialization of developing countries. Until now, the world nickel supply has been predominantly from sulfide.