A History of Sherritt – Fifty Years of Pressure Hydrometallurgy at Fort Saskatchewan – by M. E. Chalkley, P. Cordingley, G. Freeman, J. Budac, R. Krentz and H. Scheie (Part 1 of 5)

INTRODUCTION

The Beginning

In July 1927, Sherritt Gordon Mines Limited was incorporated, and named after Carl Sherritt and the Gordon family.  Carl Sherritt was an American citizen who worked as a teamster on the construction of the Hudson’s Bay railroad.  He later became a trapper and prospector and staked copper prospects in the Cold Lake area of Manitoba.  J. Peter Gordon was a civil engineer who also worked on the railroad construction and later became interested in mining developments in the area.

The formation of the company was largely due to the efforts of Eldon Brown, a young mining engineer, with the financial backing of Thayer and Halstead Lindsley and the Gordon family (1).

The Discovery of Nickel at Lynn Lake

In 1941, a Sherritt Gordon prospector named Austin McVeigh sampled an outcrop of sulphide-bearing rock near Lynn Lake that assayed 1.5% nickel and 1.0% copper (2).  It was wartime and Sherritt Gordon could neither afford the men nor the equipment necessary to stake and drill the area.  The discovery was kept secret until after the war.

In the summer of 1945, McVeigh started staking in a six mile square area which covered all of the known magnetic anomalies and McVeigh’s original nickel-copper find.  A diamond drill was flown in but drilling on the strongest magnetic anomalies found only magnetite.  In September, the drill was moved to test several weak magnetic anomalies close to Lynn Lake and by the end of the month, an intersection with good ore grade had been made.

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The Greening of a Convention Centre with Nickel – by Carroll McCormick

The following article was first published in Nickel, the magazine devoted to nickel and its applications.

Sustainable Benefits of Austenitic Stainless Steel Roof Includes Energy Savings

The roof over your head does more than keep the elements out. Properly insulated, it also keeps heat in during the winter months and out in summer. Nickel-containing  S30400 stainless steel is a poor conductor of heat and therefore can help to insulate a roof and make a building more energy-efficient. Architects who choose it as a roofing material may soon be able to take advantage of this and other properties of stainless steel in the Leadership in Energy and Environmental Design (LEED) certification system.

When the David L. Lawrence Convention Center in Pittsburgh, Pennsylvania, opened in 2003, it was the largest building in the United States to earn a Gold Certification under the LEED system. The Gold LEED status recognizes the centre’s brownfield redevelopment, accommodation of alternative transportation, reduced water use, efficient energy performance, use of materials that emit no or low amounts of toxins, and innovative design. Had the sustainable attributes of nickel-containing stainless steel been fully accounted for under LEED, the certification could very well have been platinum, says Catherine Houska, senior market development manager with Pittsburgh-based TMR Architectural Metals Consulting and a consultant to the Nickel Institute.

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Nickel Plays an Enormous Part Reducing Greenhouse Gas Emissions Around the World – Patrick Whiteway

Patrick Whiteway is the editor of Nickel, the magazine devoted to nickel and its applications.

Primary nickel production is energy intensive but, put in perspective, it accounts for less than one-tenth of one percent of global greenhouse gas (GHG) emissions. That makes us a small part of the problem.

By comparison, nickel is used in a multitude of innovative applications that are reducing greenhouse gas emissions worldwide.

As a sponsor of Climate Action, a joint project launched by Sustainable Development International in partnership with the United Nations Environment Programme, the Nickel Institute is engaged in constructive dialogue with both government and the private sector. The goal is to find ways to reduce greenhouse gas emissions even further.

The Institute’s president, Stephen Barnett, recently spoke on camera with a reporter for Climate Action and outlined how the nickel industry is contributing to a more sustainable society.

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