This article was accepted into the corpus but its outbound wikilinks were never NER-processed — typical at the deepest BFS hop or when the run's entity cap was reached. No expansion funnel to show.
| Kidd Creek Mine | |
|---|---|
| Name | Kidd Creek Mine |
| Subdivision type | Province |
| State province | Ontario |
| Country | Canada |
| Owner | Glencore (formerly Falconbridge, Inco) |
| Products | Copper, Zinc, Silver, Gold, Lead |
| Opening year | 1966 |
| Type | Underground |
Kidd Creek Mine Kidd Creek Mine is a deep, high-grade underground base metal mine located in the Timmins–Greater Sudbury region of Ontario, Canada. Operated historically by Falconbridge and Inco and later owned by Glencore, the mine is notable for one of the world’s richest volcanogenic massive sulfide deposits and for its longevity in Canadian mining history. Kidd Creek has been a focal point in studies by institutions such as the Ontario Geological Survey and academic researchers from Queen's University and the University of Toronto.
Kidd Creek was discovered in the 1960s during regional exploration programs by explorers associated with Falconbridge, with development occurring alongside major projects like Voisey's Bay and operations by Hudbay Minerals. The mine began production in the late 1960s and expanded through the 1970s and 1980s amid corporate activity involving Falconbridge Limited, Inco Limited, and later transactions leading to ownership by Glencore. Significant events include expansion projects comparable to developments at Creighton Mine and modernization initiatives aligned with industry trends after the North American Free Trade Agreement era. The site has been the subject of regulatory oversight by the Ontario Ministry of Energy, Northern Development and Mines and environmental reviews often coordinated with the Canadian Environmental Assessment Act frameworks.
Kidd Creek sits within the Abitibi greenstone belt-style assemblage of Archean rocks near the Wabigoon subprovince and displays classic volcanogenic massive sulfide (VMS) characteristics. Host lithologies include altered mafic to felsic volcanic sequences and associated sedimentary strata analogous to those at Bathurst Mining Camp. Mineralization is chiefly massive pyrrhotite, chalcopyrite, sphalerite, and galena with significant native silver and gold values; the deposit has been a case study in VMS models used by researchers from Geological Survey of Canada and the Society of Economic Geologists. Structural control involves faulting and synvolcanic exhalative horizons similar to those described at Noranda and Flin Flon.
Kidd Creek operates as a deep underground mine employing bulk mining and selective methods adapted to high-grade sulfide lenses. Methods have included block caving, longhole stoping, and paste backfill systems comparable to practices at Highland Valley Copper and Red Lake Mine. Ventilation, ground control, and mechanized development incorporate technology from suppliers and standards influenced by organizations such as Mine Safety and Health Administration-type frameworks and the Ontario Mining Association. Workforce and labor relations have intersected with unions like the United Steelworkers in patterns similar to other Canadian base metal operations.
Concentrator facilities at Kidd Creek perform crushing, grinding, flotation, and differential sulfide separation to produce separate copper and zinc concentrates with payable silver and gold credits. Metallurgical programs have involved pilot work by McGill University and industrial metallurgy groups analogous to plants at Teck Resources operations. Tailings management and concentrate transport follow commodity protocols shaped by markets such as the London Metal Exchange and smelter contracts with global processors including firms like Nyrstar and major Chinese smelters.
Environmental management at Kidd Creek addresses acid mine drainage risks from sulfide oxidation through adaptive tailings strategies, water treatment plants, and progressive reclamation similar to initiatives at Voisey's Bay Mine and Mill and Gahcho Kué. Regulatory compliance has engaged Environment and Climate Change Canada standards and provincial water quality objectives administered by the Ontario Ministry of the Environment, Conservation and Parks. Safety programs align with best practices promoted by Canadian Centre for Occupational Health and Safety and have incorporated automation and remote monitoring technologies comparable to those adopted at other deep mines in Sudbury Basin operations.
Kidd Creek has contributed significant base metal output—chiefly copper and zinc—with byproduct silver and gold that have influenced regional revenues and employment comparable to contributions from Noranda Mines and the Sudbury region economy. Production metrics and commodity cycles at Kidd Creek interact with global prices on exchanges such as the Toronto Stock Exchange and the London Metal Exchange, and corporate decisions have been influenced by mergers and acquisitions similar to those involving Falconbridge and Inco.
Access to Kidd Creek relies on regional transportation networks connecting to corridors such as Highway 101 (Ontario) and rail services provided historically by Canadian National Railway or Canadian Pacific Railway spurs serving northern Ontario mines. On-site infrastructure includes hoisting systems, underground conveyors, dewatering plants, and power supply arrangements integrated with the Ontario Hydro grid (now Hydro One), and logistics for concentrate shipment mirror arrangements used by peers like Hudson Bay Mining and Smelting Co..
Category:Mines in Ontario Category:Copper mines in Canada Category:Zinc mines in Canada Category:Glencore mines