View CV - Paterson & Cooke
View CV - Paterson & Cooke
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Peter Goosen<br />
Principal<br />
Peter has been involved in the hydrotransport industry since 1990 and has gained<br />
extensive experience in this field.<br />
In 1989 he worked as a design engineer in Namibia on several water supply and<br />
sanitation schemes.<br />
• In 1990 he began postgraduate studies at the Hydrotransport Research Facility at the<br />
University of Cape Town and was awarded a Masters Degree in 1992.<br />
• Peter joined <strong>Paterson</strong> & <strong>Cooke</strong> in Cape Town in 1993 and has, since that time, been<br />
involved in an extensive variety of slurry pipeline related projects. He was initially<br />
responsible for managing all slurry related laboratory work at the Cape Town<br />
laboratories and thereafter gained extensive design experience through involvement<br />
in projects ranging from high-level studies through to detailed design, construction<br />
and commissioning phases.<br />
• Peter is now responsible for overseeing hydraulic design at <strong>Paterson</strong> & <strong>Cooke</strong> in<br />
Cape Town and development of slurry related hydraulic design capability across all<br />
<strong>Paterson</strong> & <strong>Cooke</strong> offices.<br />
Qualifications<br />
1989, BSc Eng, (Civil)<br />
University of Cape Town<br />
1992, MSc Eng,<br />
University of Cape Town<br />
Professional<br />
Status<br />
Registered ECSA<br />
Professional Engineer<br />
(No: 980162)<br />
Professional<br />
Affiliations<br />
Member of South African<br />
Institute of Civil Engineers<br />
(No: 91103)<br />
Specialization<br />
Hydraulic design and fluid<br />
flow<br />
Slurry flow behaviour and<br />
flow modelling<br />
Slurry pipeline systems and<br />
associated process design<br />
Notable Projects<br />
OCP Khouribga to Jorf Lasfar Phosphate Transport Pipeline<br />
Hydraulic Lead Engineer for the detailed design and construction phase of a phosphate<br />
ore slurry pipeline from Khouribga to Jorf Lasfar for OCP, Morocco. The project<br />
comprises a 187 km, 900 NB pipeline, pump station and choke station as well as two<br />
feeder pipeline systems (15 km and 22 km). Once commissioned this will be the largest<br />
operating slurry pipeline system, transporting 38 Mt per annum of phosphate ore.<br />
Namibia Marine Phosphate (Pty) Ltd, Namibia<br />
Study lead for the slurry pipeline system components of a pre-feasibility study followed<br />
by definitive cost estimate for the Sandpiper / Meob joint venture marine phosphate<br />
project. The project proposes to exploit deposits of sub-sea phosphate bearing materials<br />
off the west coast of Southern Africa (Namibia). Key inputs related specifically to the<br />
stockpiling of the ore on-shore and then all major slurry and water pipeline systems<br />
associated with the project.<br />
Suncor Energy Inc, Canada<br />
Conducted a “cold eyes” review of the hydraulic design of proposed “Regular Tailings”<br />
slurry pumping systems. Challenges associated with the system hydraulics related to<br />
potential for slack-flow and accommodating significant variation in the discharge<br />
distance. The design was based on a 30 inch (750 mm) pipeline size to accommodate a<br />
design flow rate of 6,000 m 3 /h.<br />
Obuasi Mine, Ghana<br />
Responsible for front-end and process design of an 8 km, 300 NB reclaimed tailings<br />
slurry transfer pipeline system. The system design includes a slurry pipeline choke<br />
facility to control the slurry flow between a local high-point on the route and the pipeline<br />
discharge point.<br />
Orapa and Jwaneng Diamond Mines, Botswana<br />
Inputs on Pre-Feasibility studies considering alternates for water savings and upgrade to<br />
slimes thickening and pumping systems (paste and thickened tailings). <strong>Paterson</strong> &<br />
<strong>Cooke</strong>’s scope ran from lab scale thickener sizing test work through to specialist input on<br />
paste, thickened tailings and other slurry streams within the process.<br />
Malmbjerg Molybdenum Project, Greenland<br />
A feasibility study design and cost estimate for a 35 km tailings pipeline and pumping<br />
system to a sub-marine tailings disposal site. The pipeline route includes a significant<br />
elevation drop from the plant site to sea level. The tailings pipeline system includes a<br />
piston diaphragm pump station at the plant site and a choke station located along the<br />
route to control the pipeline operation.<br />
www.patersoncooke.com<br />
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Peter Goosen<br />
Principal<br />
Pebble Gold / Copper Project, Alaska<br />
Responsible for managing design work and preparation of study documentation on a<br />
feasibility study for a 150 km concentrate slurry pipeline, return water pipeline and diesel<br />
supply pipeline for the Pebble Gold / Copper Project in Alaska. This project was<br />
undertaken in joint venture with BRASS Engineers in the USA.<br />
Cuiabá Mine Backfill System, Brazil<br />
Responsible for engineering and costing of backfill preparation facilities for a feasibility<br />
study into surface tailings disposal and a classified hydraulic backfill system for<br />
AngloGold’s Cuiabá Mine.<br />
Ambatovy Nickel Laterite Project, Madagascar<br />
Responsible for the hydraulic design at pre-feasibility study stage for a nickel laterite ore<br />
pipeline system comprising a 240 km gravity ore pipeline and tailings pumping system.<br />
Jwaneng Diamond Mine, Botswana<br />
Responsible for an extensive study into the feasibility and cost of upgrading all slimes<br />
handling facilities on the mine to accommodate the implementation of co-thickening (the<br />
combined disposal of kimberlitic clay “slimes” slurry and -1.5 mm “grits” into slimes<br />
dams) at Jwaneng Mine.<br />
Myra Falls Operations, Canada<br />
Responsible for the hydraulic design of an underground paste reticulation system<br />
associated with a proposed paste preparation plant to be installed for surface paste<br />
tailings disposal.<br />
Cleveland Potash, England<br />
Responsible for supervising on-site pipeline test work on a backfill pilot plant to<br />
characterise the flow behaviour of alternative backfill slurry mixes considered for a<br />
system for the placement of waste residue underground. <strong>Paterson</strong> & <strong>Cooke</strong> later<br />
completed the hydraulic design of the backfill system and front-end engineering of the<br />
backfill plant. The system was successfully commissioned in 2003.<br />
Serina Kaolin, South Africa<br />
Responsible for the design and project management of a process plant upgrade for<br />
Serina Kaolin, involving the installation of a new cyclone circuit, associated pumps and<br />
screening plant. The plant was commissioned in January 2000.<br />
Orapa Diamond Mine, Botswana<br />
Assisted with on-site tests to characterise the flow behaviour of high density kimberlitic<br />
slimes produced by a pilot plant high-rate thickener installation.<br />
ESKOM (Electricity Supply Authority), South Africa<br />
Extensive test and research programme into the problem of pipeline wear experienced in<br />
boiler ash disposal pipelines. This included a review of all of Eskom’s ash slurry pipeline<br />
systems. The performance of a number of wear resistant pipe and pipe lining materials<br />
was evaluated in terms of wear resistance and cost effectiveness in service.<br />
Serina Kaolin, South Africa<br />
Responsible for laboratory pipe loop tests to characterise kaolin and kaolin / mica<br />
slurries for the design of a 5.5 km slurry pipeline for Serina Kaolin. Also detail design for<br />
the pipeline and pumping plant and supervision of pipeline construction. Particular<br />
responsibility for quality control of the butt welding of the HDPE pipeline. The pipeline<br />
was commissioned in 1996 and operated reliably without any significant problems up<br />
until de-commissioning in 2008.<br />
www.patersoncooke.com<br />
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Peter Goosen<br />
Principal<br />
Publications<br />
Goosen, P.E., Ilgner, H., Dumbu, S. (2011): "Settlement in Backfill Pipelines: Its Causes and a Novel Online Detection Method", Minefill<br />
2011, International Conference on Mining with Backfill, The Southern African Institute of Mining and Metallurgy, Cape Town, South Africa,<br />
March 2011.<br />
Ilgner, H.J., Goosen, P.E., Dumbu, S. (2010): "In-situ Performance and Potential Applications of a Thermal Bed-load Measurement<br />
Method", 18 th Int. Conf. on Slurry Handling and Pipeline Transport, Hydrotransport 18, Rio de Janeiro, Brazil, September 2010.<br />
Goosen, P.E., <strong>Cooke</strong>, R. (2007): "Hydraulic Scale Model Tests for Slurry Handling Equipment", 17 th Int. Conf. on Slurry Handling and<br />
Pipeline Transport, Hydrotransport 17, Cape Town, South Africa, May 2007.<br />
Goosen P.E. (2004): “Design Guidelines for In-Plant Slurry Pipeline Systems”, 12 th Int. Conf. on Transport and Sedimentation of Solid<br />
Particles, Prague, Czech Republic, September 2004.<br />
Goosen P., du Toit J. (2004): “Development of a novel viscometer for use with FeSi and magnetite dense medium slurries”, Mineral<br />
Processing 2004, South African Institute of Mining and Metallurgy, Cape Town, South Africa, August 2004.<br />
<strong>Paterson</strong> A., Goosen P.E., Paulsen E., Krause B. (2003): “Variable Rheology of Heavy Mineral Tailings”, Proc. Heavy Minerals 2003,<br />
South African Institute of Mining and Metallurgy, Cape Town, South Africa, October, 2003.<br />
Goosen P.E. (2003): “Rheological Characterisation and Flow Modelling of Kimberlite Slurry”, Proc. 4th One Day Seminar on Hydraulic<br />
Transport in the Mining Industry, Hydraulic Conveying Assoc. of SA, Johannesburg, April 2003.<br />
Fehrsen M.G., Goosen, P.E., Wilkins, M.J. (2002): "On-site Backfill Slurry Characterisation Tests at Boulby Mine - A Case Study", 15th Int.<br />
Conf. on Slurry Handling and Pipeline Transport, Hydrotransport 15, Banff, Canada, June 2002.<br />
<strong>Cooke</strong> R., Johnson G., Goosen P.E. (2000): “Laboratory Apparatus for Evaluating Slurry Pipeline Wear”, South African Institute of<br />
Tribology Seminar, Johannesburg, South Africa, March 2000.<br />
Goosen P., Malgas I., (1999): "An Experimental Investigation into Aspects of Wear in Boiler Ash Disposal Pipelines", 14th Int. Conf. on<br />
Slurry Handling and Pipeline Transport, Hydrotransport 14, Maastricht, The Netherlands, September 1999.<br />
<strong>Cooke</strong>, R., Goosen, P. (1996): "Design and Construction of the Noordhoek Kaolin Slurry Pipeline", 13th Int. Conf. on Slurry Handling and<br />
Pipeline Transport, Hydrotransport 13, Johannesburg, South Africa, September 1996.<br />
<strong>Cooke</strong>, R., Goosen, P., (1994): "Noordhoek Kaolin Slurry Pipeline", Proc. Slurry Transport in the Mining Industry (III), Hydraulic Conveying<br />
Association of S. A., 14 November 1994.<br />
Goosen, P., <strong>Cooke</strong>, R. (1994): "Hydraulic Backfill Distribution System Design for Raposos Gold Mine", Proc. Slurry Transport in the Mining<br />
Industry (III), Hydraulic Conveying Association of S.A., November 1994.<br />
Goosen, P.E., Lazarus, J.H. (1993): "Models for the Flow of High Concentration Backfill Slurries", 12th Int. Conf. on Slurry Handling and<br />
Pipeline Transport, Hydrotransport 12, Belgium, September 1993.<br />
Goosen, P.E., <strong>Cooke</strong>, R., Lazarus, J.H. (1992): "Hydraulic Transport of Heavy Mineral Concentrates by Pipeline", Proc. 7th Int. Symp. on<br />
Freight Pipelines, Wollongong, Australia, July 1992.<br />
www.patersoncooke.com<br />
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