Industrial minerals in British Columbia - new developments, new discoveries and new opportunities

- Organization:
- Canadian Institute of Mining, Metallurgy and Petroleum
- Pages:
- 5
- File Size:
- 3573 KB
- Publication Date:
- Jan 1, 1990
Abstract
"There has been a number of new developments in British Columbia's industrial minerals field over the past few years. Several new industrial operations were started to diversify the line of British Columbia mineral production by magnesite, perlite and fuller's earth. Industry activities and geological projects have identified occurrences of rare earth minerals, niobium, kaoline, fireclay and zeolites. The Geological Survey Branch significantly improved its database on industrial minerals. New geological concepts based on recent work are opening a number of new opportunities f or further industrial minerals' exploration and development in British Columbia.IntroductionTraditionally, the value of industrial minerals produced in British Columbia in any given year comprises between 100/0and 15% of the combined value of minerals, coal, petroleum and natural gas. Over the years a wide variety of industrial minerals has been produced , often with different levels of marketings success. For some products, such as dimension stone and clay or shale products, initial strong demand gradually dissipated; for others such as asbestos and magnesite, new discoveries or new industrial activities created demand and new markets . In some cases, such as fluorite , talc, pyrophyllite and perlite, wider use has been prevented by small size, poor quality or remote location of the deposits. Also, British Columbia , with 2.6 million inhabitant s, provides only a limited market and the industry therefore has to look beyond provincial borders."
Citation
APA:
(1990) Industrial minerals in British Columbia - new developments, new discoveries and new opportunitiesMLA: Industrial minerals in British Columbia - new developments, new discoveries and new opportunities. Canadian Institute of Mining, Metallurgy and Petroleum, 1990.