Javascript must be enabled to continue!
Coal mining in Canada: 1986
View through CrossRef
This report has two purposes: to present significant information on coal mining operations in Canada up to December 1986 and to update the assessment of Canada's coal reserves as of December, 1985. Regarding coal mining operations the report includes names of
operators, location and size of operations, a brief description of mining and coal preparation methods and major equipment used. Because the geological setting of coal operations in Canada varies in the extreme and because this setting is critical to the technology used in excavating and processing
coal, a section briefly depicting the geology of major coalfields has been included. Canada's coal reserve quantities have been updated from those presented in CANMET Report 83-20E(1). Recoverable coal reserve tonnages for Alberta have increased because of additions for the McLeod River Project in
the McLeod River Coalfield( 2) and the Mercoal Project in the Coalspur Coalfield (3), both in Alberta's Foothills Region. Reserves in other coalfields are, with some exceptions, those presented in the earlier report, less production for 1983, 1984 and 1985. EMR's reserve term definitions are
unchanged from the earlier report. The approval of coal projects in Alberta and British Columbia follows well-defined procedures. This has resulted in some public disclosure of data on coal reserve quantities, limiting criteria, coal quality, mining plans, environmental impact assessments, etc.
Technological information used in this report was also acquired during regular visits by Coal Research Laboratories staff to operating mine sites across Canada.
Title: Coal mining in Canada: 1986
Description:
This report has two purposes: to present significant information on coal mining operations in Canada up to December 1986 and to update the assessment of Canada's coal reserves as of December, 1985.
Regarding coal mining operations the report includes names of
operators, location and size of operations, a brief description of mining and coal preparation methods and major equipment used.
Because the geological setting of coal operations in Canada varies in the extreme and because this setting is critical to the technology used in excavating and processing
coal, a section briefly depicting the geology of major coalfields has been included.
Canada's coal reserve quantities have been updated from those presented in CANMET Report 83-20E(1).
Recoverable coal reserve tonnages for Alberta have increased because of additions for the McLeod River Project in
the McLeod River Coalfield( 2) and the Mercoal Project in the Coalspur Coalfield (3), both in Alberta's Foothills Region.
Reserves in other coalfields are, with some exceptions, those presented in the earlier report, less production for 1983, 1984 and 1985.
EMR's reserve term definitions are
unchanged from the earlier report.
The approval of coal projects in Alberta and British Columbia follows well-defined procedures.
This has resulted in some public disclosure of data on coal reserve quantities, limiting criteria, coal quality, mining plans, environmental impact assessments, etc.
Technological information used in this report was also acquired during regular visits by Coal Research Laboratories staff to operating mine sites across Canada.
Related Results
Research on water immersion damage characteristics and equivalent width of coal pillar
Research on water immersion damage characteristics and equivalent width of coal pillar
Abstract
Affected by weakening effect of water in the goaf, the bearing capacity of coal pillar reduced, and coal pillar rock burst is prone to occur, which is a serious th...
The CO2 storage in coal seams at the influence of coal fines migration
The CO2 storage in coal seams at the influence of coal fines migration
Abstract: the pressure of the coal seam decays to a certain value due to the production of CH4, the production wells are switched to CO2 injection wells. The injection of CO2 can i...
Creating classification of ways to use coal mining waste
Creating classification of ways to use coal mining waste
Purpose. To analyze innovative ways of utilizing coal mining waste. To identify the most relevant ways of using waste based on the economic indicators of the cost of using coal min...
Practical Aspects Of Coal Degasification
Practical Aspects Of Coal Degasification
Abstract
The increase in value of energy resources has generated serious interest in so-called "unconventional energy resource developments", Coal and coal gas re...
Study on the failure law of overlying rock under coal seam in close distance coal seam and Feasibility discrimination of upward mining
Study on the failure law of overlying rock under coal seam in close distance coal seam and Feasibility discrimination of upward mining
Abstract
Aiming at the key problems of failure evolution law and feasibility study of overlying strata in ascending mining of close distance coal...
SCIENTIFIC BASIS FOR THE DEVELOPMENT OF A METHOD FOR FORECASTING THE HAZARDOUS PROPERTIES OF COAL SEAMS
SCIENTIFIC BASIS FOR THE DEVELOPMENT OF A METHOD FOR FORECASTING THE HAZARDOUS PROPERTIES OF COAL SEAMS
Purpose: to develop a method of coal gradation to predict the hazardous properties of coal seams during mining. Methodology: based on the study of the interdependence between indi...
The development of the market of qualified coal fuels in Poland
The development of the market of qualified coal fuels in Poland
Abstract
The aim of this article is to discuss the changes that have been observed on the market of qualified coal fuels (the so-called eco-pea coal) over the last few years. T...

