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Haile Mine

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Journal Article
Journal: Economic Geology
Published: 01 November 1988
Economic Geology (1988) 83 (7): 1392–1400.
...Marcus J. Tomkinson Abstract Gold mineralization at the Haile mine is hosted by a sequence of high-strain rocks (phyllonites) characterized by intense pressure solution reactions including conversion of chlorite to sericite and loss of original quartz. The margins of these high-strain zones...
Journal Article
Journal: Economic Geology
Published: 01 April 1984
Economic Geology (1984) 79 (2): 382–388.
Series: GSA Field Guide
Published: 01 January 2016
DOI: 10.1130/2016.0042(01)
EISBN: 9780813756424
... Abstract The Haile gold mine is located in southern Lancaster County, South Carolina, near the town of Kershaw. Gold was discovered at the site in 1827, and four periods of mining have yielded 360,000 ounces of gold. The mine is located between the past producing Ridgeway and Brewer mines...
FIGURES | View All (5)
Journal Article
Journal: Economic Geology
Published: 01 November 2014
Economic Geology (2014) 109 (7): 1863–1881.
..., South Carolina ( Fig. 1 ). Fig. 1 Map showing the locations marked by stars, of precious and base metal ore deposits and mines, in the southeastern United States. Approximate outline of the Carolina terrane from Hibbard et al. (2002) is shown in gray. Total gold production at the Haile...
FIGURES | View All (14)
Book Chapter

Series: Society of Economic Geologists Guidebook Series
Published: 01 January 1995
DOI: 10.5382/GB.24.11
EISBN: 9781934969779
... Abstract The Haile gold mine is located in north-central South Carolina, approximately mid-way between Columbia, SC and Charlotte, NC, near Kershaw in Lancaster County (Figure 1). The Haile gold mine has a long and colorful history. Gold was first discovered in 1827 or 1828 as placer in Haile...
Journal Article
Journal: Economic Geology
Published: 01 February 1992
Economic Geology (1992) 87 (1): 91–112.
...Nicholas Hayward Abstract Strata-bound Au-Ag-Mo mineralization in the Haile gold mine area is hosted by several ellipsoidal, pyrite-quartz replacement bodies within a laminated phyllite unit that is bounded on both sides by Cambrian volcaniclastic schists. The orebodies occur within two east...
Journal Article
Journal: Economic Geology
Published: 01 December 1990
Economic Geology (1990) 85 (8): 1952–1954.
Journal Article
Journal: Economic Geology
Published: 01 December 1990
Economic Geology (1990) 85 (8): 1954–1955.
Journal Article
Journal: Economic Geology
Published: 01 December 1989
Economic Geology (1989) 84 (8): 2307–2310.
Series: DNAG, Centennial Field Guides
Published: 01 January 1986
DOI: 10.1130/0-8137-5406-2.247
EISBN: 9780813754123
... Abstract Three miles east of Kershaw, Lancaster County, South Carolina, there are two groups of mine workings referred to collectively as the Haile Gold Mine. Their location on opposite sides of Haile Gold Mine Creek and the surrounding mine area is shown on Figure 1. The mine is easily...
Image
Haile mine area. See Figure 11A for location. A. Geologic bedrock map at 300 ft (91 m) above sea level, after SRK Consulting (2017). Black line over the ore zone is the profile location for Figure 16. B. Bouguer anomaly map showing all gravity stations. C. Total magnetic intensity map. D. EM conductivity map. Black outline is Haile mine orebody extent.
Published: 01 September 2021
Fig. 6. Haile mine area. See Figure 11A for location. A. Geologic bedrock map at 300 ft (91 m) above sea level, after SRK Consulting ( 2017 ). Black line over the ore zone is the profile location for Figure 16 . B. Bouguer anomaly map showing all gravity stations. C. Total magnetic intensity
Image
Random wells in Haile mine area. Location same as in Figure 6. The polygon outlines the southwest area covered by the helicopter survey. Black dots are drill wells. B. Pyrite percentages inside, east, and south of the Haile ore zone. C. Rock densities (g/cm3) inside, east, and south of the Haile ore zone. Black outline is Haile mine orebody extent. D. Pink dots are drill wells in the ore zone. Red dots are south of the ore zone. Green dots are east of the ore zone.
Published: 01 September 2021
Fig. 13. Random wells in Haile mine area. Location same as in Figure 6 . The polygon outlines the southwest area covered by the helicopter survey. Black dots are drill wells. B. Pyrite percentages inside, east, and south of the Haile ore zone. C. Rock densities (g/cm 3 ) inside, east, and south
Image
Haile mine area low-resolution gravity (A, B, C) versus high-resolution gravity (D, E, F). See Figure 11A for location. A, B, and C use only U.S. Geological Survey (USGS) regional gravity observation points. Figure sections D, E, and F use both the high-resolution OceanaGold and the USGS regional gravity observations. Black outline is Haile mine orebody extent. A. Bouguer gravity anomaly map using low-resolution regional USGS gravity. Black line over the ore zone is the profile location for Figure 16. B. High pass of regional gravity (wavelength cutoff = 2 km). C. Euler deconvolution solution map for regional data. D. Bouguer gravity anomaly map (USGS plus high-resolution OceanaGold). E. High pass of high-resolution gravity. F. Euler deconvolution of high-resolution gravity observations.
Published: 01 September 2021
Fig. 15. Haile mine area low-resolution gravity (A, B, C) versus high-resolution gravity (D, E, F). See Figure 11A for location. A, B, and C use only U.S. Geological Survey (USGS) regional gravity observation points. Figure sections D, E, and F use both the high-resolution OceanaGold
Image
Two-dimensional forward density model for Haile mine profile located in Figure 15A after Alarifi et al. (2019). A. Calculated model gravity (solid line from Alarifi et al., 2019) and observed residual gravity at station spacings of 100 m (black dotted line), 250 m (red dashed line), and 400 m (blue dashed line). B. Drill core constrained geology after Mobley et al. (2014) and SRK Consulting (2017). AU (red) = gold-bearing unit, CP = Coastal Plain sediments, MO (blue) = molybdenite, MS (green) = metasedimentary unit, MV (brown) = metavolcanic unit, SP = saprolite.
Published: 01 September 2021
Fig. 16. Two-dimensional forward density model for Haile mine profile located in Figure 15A after Alarifi et al. ( 2019 ). A. Calculated model gravity (solid line from Alarifi et al., 2019 ) and observed residual gravity at station spacings of 100 m (black dotted line), 250 m (red dashed line
Journal Article
Journal: Economic Geology
Published: 01 September 2021
Economic Geology (2021) 116 (6): 1309–1327.
...Fig. 6. Haile mine area. See Figure 11A for location. A. Geologic bedrock map at 300 ft (91 m) above sea level, after SRK Consulting ( 2017 ). Black line over the ore zone is the profile location for Figure 16 . B. Bouguer anomaly map showing all gravity stations. C. Total magnetic intensity...
FIGURES | View All (17)
Journal Article
Journal: Economic Geology
Published: 01 April 1982
Economic Geology (1982) 77 (2): 294–311.
..., largely pyrite, and some polymetallic sulfides occur in mines opened for gold in the nineteenth century. The largest of these in South Carolina are the Haile, Brewer, and Dorn mines. These mines and the Little Mountain and Cedar Creek-Blythewood areas have many similar lithologic characteristics...
Journal Article
Published: 01 April 2023
Earth Sciences History (2023) 42 (1): 41–62.
... techniques. Although few in number, these limited lease mining projects have extracted over two million troy ounces of gold and nearly a million troy ounces of silver by 2010. Future extraction by the ongoing Haile Mine (South Carolina) project will increase this amount substantially in the next decade...
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Image
Figure 2. 40Ar/39Ar apparent age spectra and apparent K/Ca ratios for plagioclase separates of this study. A: Data for sample 7B, from Watchung flow III, Hook Mountain flow. B: Data for sample 6J, from Watchung flow I, Orange Mountain flow. C–D: Data for diabase dikes in vicinity of Haile Mine, South Carolina.
Published: 01 September 2000
Figure 2. 40 Ar/ 39 Ar apparent age spectra and apparent K/Ca ratios for plagioclase separates of this study. A: Data for sample 7B, from Watchung flow III, Hook Mountain flow. B: Data for sample 6J, from Watchung flow I, Orange Mountain flow. C–D: Data for diabase dikes in vicinity of Haile Mine
Image
Gold recovery is affected not only by grain size, but also by the location of the gold grains in the ore-mineral assemblage. The brighter grain of gold (a) from the Homestake mine, South Dakota, lies along the boundary of an arsenopyrite grain and quartz, where fracturing will readily release or expose it. In contrast, the fine grains of gold (Au) completely enclosed within the pyrite of the Haile mine, South Carolina, in (b) will be much more difficult to recover because they are not likely to be exposed by fracturing. The width of field for (a) is 0.8 mm and for (b) is 0.4 mm.
Published: 01 August 2001
release or expose it. In contrast, the fine grains of gold (Au) completely enclosed within the pyrite of the Haile mine, South Carolina, in (b) will be much more difficult to recover because they are not likely to be exposed by fracturing. The width of field for (a) is 0.8 mm and for (b) is 0.4 mm.
Image
Gold recovery is affected not only by grain size, but also by the location of the gold grains in the ore-mineral assemblage. The brighter grain of gold (a) from the Homestake mine, South Dakota, lies along the boundary of an arsenopyrite grain and quartz, where fracturing will readily release or expose it. In contrast, the fine grains of gold (Au) completely enclosed within the pyrite of the Haile mine, South Carolina, in (b) will be much more difficult to recover because they are not likely to be exposed by fracturing. The width of field for (a) is 0.8 mm and for (b) is 0.4 mm.
Published: 01 August 2001
release or expose it. In contrast, the fine grains of gold (Au) completely enclosed within the pyrite of the Haile mine, South Carolina, in (b) will be much more difficult to recover because they are not likely to be exposed by fracturing. The width of field for (a) is 0.8 mm and for (b) is 0.4 mm.