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Gold Fields (following the unbundling of Sibanye Gold) is a large unhedged producer of gold with attributable annual production of approximately 2 million gold ounces from six operating mines in Australia, Ghana, Peru and South Africa. The new Gold Fields also has an extensive and diverse global growth pipeline with four major projects in resource development and feasibility. The new Gold Fields has total attributable gold Mineral Reserves of 54.9 million ounces and Mineral Resources of 125.5 million ounces. Gold Fields is listed on the JSE Limited (primary listing), the New York Stock Exchange (NYSE), NASDAQ Dubai Limited, Euronext in Brussels (NYX) and the Swiss Exchange (SWX). In February 2013, Gold Fields unbundled its KDC and Beatrix mines in South Africa into a separately listed company, Sibanye Gold.
IN THIS SECTION
     
  Arrow Global Reporting Initiative (GRI)
  Arrow Annual Report 2012 case studies
  Arrow Annual Report 2011 case studies
    Arrow Why does Gold Fields use NCE to measure its cost performance?
    Arrow A revised Code of Ethics for the Group
    Arrow Liquid Gold: Mitigating future liabilities and enhancing water security
    Arrow The GROWTH project: Unlocking value from waste rock
    Arrow BIOX® process technology: Creating commercial opportunities from refractory ore
    Arrow Bringing new life to the Damang mine through the Super Pit project
    Arrow Piloting the WGC Conflict-Free Gold Standard
    Arrow Phasing out the Fanakalo language in South Africa
    Arrow Gold Fields makes good progress against new Mining Charter targets in South Africa
    Arrow Cerro Corona: Promoting ‘holistic’ local development
    Arrow Gold Fields recognised as one of the top-5 mining companies in the DJSI
    Arrow Using a Group-level methodology to produce regional Sustainable Development Action Plans
    Arrow South Deep installs award winning steel headgear
    Arrow Pioneering energy-efficient fan technology in South Africa
    Arrow Enhanced cyanide management through ASTERTM process technology
    Arrow Gold Fields Ghana wins 2011 Global Business Coalition Health Award
    Arrow Living Gold rose project: Learning from past challenges
    Arrow Developing a sustainable economic model for the Eastern Cape
  Arrow Sustainability reports
  Arrow Safe Production Management
    Climate Change Strategy
    Arrow Executive overview
    Arrow Background
    Arrow Gold Fields' approach
    Arrow Board presentation
    Arrow Carbon Policy
    Arrow Carbon footprint
    Projects
    Arrow Beatrix Methane project
    Arrow Kloof Hard Ice project
    Arrow Lake Lefroy Alternative project
    Newsroom
    Arrow In the media
    Arrow FAQS
    Arrow Useful links
    Arrow Contact us
  Arrow Human resources
  Arrow Risk management
  Arrow Corporate governance
  Arrow 24 hours in the life of a Gold Fields Employee in the South African Region
  Arrow Sustainability contacts
     

Kloof Hard Ice project

Gold Fields’ Kloof gold mine is situated some 48 km west of Johannesburg, near Westonaria in South Africa’s Gauteng Province. The Kloof operation is a well established, intermediate to ultra deep level gold mine which consists of five shaft systems and two gold plants. Currently, mining extends to a depth of around 3,300 metres below surface.

Gold Fields’ Kloof #3 shaft is currently cooled by cold water, which is distributed down the vertical shaft through a system of storage dams and then pumped back out of the shafts to surface, where it enters the chillers, again through a series of storage dams. Pumping large volumes of water from such depth requires substantial energy input. As such, pumping accounts for one of the largest components of electricity consumption at gold mines, amounting to about a quarter of total electricity consumption.

The Kloof Hard Ice Project will introduce an ice maker on the surface to produce hard ice from the cold water supplied from the chillers. In the project design, ice would be the prime carrier of chill energy, as opposed to water. Since ice is a far more efficient carrier of chill energy, the pumping load will be significantly reduced, which will result in a considerable reduction in power consumption.

     
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