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Barite
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More than 150 occurrences or deposits of barite (barium sulphate, BaSO 4) have been recorded in Canada; however, deposits of economic significance are confined largely to Newfoundland, Nova Scotia, Ontario and British Columbia. There are three main producers of
barite at present: one with a mine at Brookfield, N.S., another with mines near Matachewan, Ont., and the third with mines near Golden, B.C. Barite occurs in the form of vein, replacement, and residual deposits; vein deposits predominate and form the chief source of commercial barite. Although some
deposits are relatively high grade, most ores require beneficiation. Beneficiation commonly includes gravity concentration, e.g., jigging and tabling, magnetic separation and, occasionally, flotation. Barite's high specific gravity (4.5), opaqueness to Xrays, inertness, and whiteness make this
mineral suitable for many diverse uses. Barite is used as a weighting agent in drillingmud fluids in oil and gaswell drilling, as a flux in glass and ceramics, and as a filler and extender in paints and plastics. It is also used in pharmaceutical formulations and chemicals manufacture. Barite has
been the subject of many laboratory studies by CANMET and other organizations. This report references 51 barite studies by CANMET and eight by others. Summaries of the most important CANMET studies are presented in the Appendix.
Title: Barite
Description:
More than 150 occurrences or deposits of barite (barium sulphate, BaSO 4) have been recorded in Canada; however, deposits of economic significance are confined largely to Newfoundland, Nova Scotia, Ontario and British Columbia.
There are three main producers of
barite at present: one with a mine at Brookfield, N.
S.
, another with mines near Matachewan, Ont.
, and the third with mines near Golden, B.
C.
Barite occurs in the form of vein, replacement, and residual deposits; vein deposits predominate and form the chief source of commercial barite.
Although some
deposits are relatively high grade, most ores require beneficiation.
Beneficiation commonly includes gravity concentration, e.
g.
, jigging and tabling, magnetic separation and, occasionally, flotation.
Barite's high specific gravity (4.
5), opaqueness to Xrays, inertness, and whiteness make this
mineral suitable for many diverse uses.
Barite is used as a weighting agent in drillingmud fluids in oil and gaswell drilling, as a flux in glass and ceramics, and as a filler and extender in paints and plastics.
It is also used in pharmaceutical formulations and chemicals manufacture.
Barite has
been the subject of many laboratory studies by CANMET and other organizations.
This report references 51 barite studies by CANMET and eight by others.
Summaries of the most important CANMET studies are presented in the Appendix.
Related Results
Experimental Study on the Phenomenon of Barite Sag
Experimental Study on the Phenomenon of Barite Sag
Abstract
Increasing global energy demand and diminishing petroleum reserves have continually elevated the significance of extended reach deepwater drilling. The e...
Undersea Lode Mining In Alaska
Undersea Lode Mining In Alaska
INTRODUCTION
A group of small islands about 14 airline miles southwest of Petersburg, Alaska, known as the Castle islands, lie midway in Duncan Canal, athwart the...
Comparison of Nigerian Barite Production with some Top Barite Producing Countries
Comparison of Nigerian Barite Production with some Top Barite Producing Countries
Barite is a very important industrial minerals used as weighting material in the petroleum industry. The nature of barite ores, geology of barite ores based on location were discus...
A novel strategy for resource utilization of oily drilling waste fluids in northern Shaanxi: Stepwise flotation of bentonite and barite using SDS and interfacial reaction mechanisms
A novel strategy for resource utilization of oily drilling waste fluids in northern Shaanxi: Stepwise flotation of bentonite and barite using SDS and interfacial reaction mechanisms
Northern Shaanxi’s oil-gas drilling produces large amounts of waste drilling fluids with high-value solids (barite, bentonite). Traditional disposal causes resource waste and pollu...
Barite Deposits of Türkiye: A Review
Barite Deposits of Türkiye: A Review
Türkiye hosts a wide variety of barite deposits that can be broadly classified into two major groups based on their tectonic settings: magmatism-associated and passive margin-hoste...
Enrichment of massive sulfdes from the Semenov hydrothermal cluster (Mid-Atlantic ridge) in barite: a result of E-MORB involvement and magmatic contribution
Enrichment of massive sulfdes from the Semenov hydrothermal cluster (Mid-Atlantic ridge) in barite: a result of E-MORB involvement and magmatic contribution
The paper reviews and compares the barite fndings in hydrothermal felds of the mid-oceanic ridges. The genetic signifcance of barite is considered for the Semenov hydrothermal sulf...
Lauryl Phosphate Flotation Chemistry in Barite Flotation
Lauryl Phosphate Flotation Chemistry in Barite Flotation
Barite has numerous applications including barium mud for oil well drilling, manufacture of elemental barium, filler for paper and rubber industries, and contrast material for X-ra...
Factors Controlling Precipitation of Barite and Witherite and Genesis of the Ankang–Xunyang Barium Deposits, Shaanxi, China
Factors Controlling Precipitation of Barite and Witherite and Genesis of the Ankang–Xunyang Barium Deposits, Shaanxi, China
The barium deposits in Ankang and Xunyang counties, Shaanxi Province, China, occur in the northernmost part of the world‐class barium metallogenic belt in south Qinling. The deposi...

