Prince of Wales Alaska Rainforest Realty, LLC | Southeast Alaska Real Estate | Homes and Lots for Sale

Southeast Alaska, Prince of Wales Island… realtor Dennis Sylvia happy to help you list or view homes and lots for sale on POW communities such as Coffman Cove, Craig, Hollis, Hydaburg, Kasaan, Klawock, Naukati, Thorne Bay, Whale Pass, and remote properties as well.


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Salt Chuck Mine: Bornite to Palladium

Today, the Salt Chuck mine’s rusting ore processing equipment remains mostly in place while the three story mill was (Image 1) removed as part of the CERCLA (Comprehensive Environmental Response and Liability Act) site cleanup in 2011. The Salt Chuck[1] was initially as a copper mine but became Alaska’s major producer of palladium[2] after the metal was discovered in the low grade copper ore[3]. The mine was the only producer of palladium in the United States for most of its life[4][5].

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3 Salt Chuck blog Beach toward mill site_processing equipment foregroundImages 1. a.) Abandoned Salt Chuck mine mill equipment, May 17, 2017. (Imaged using 3DR Solo drone/GoPro camera from approximately 50 feet AGL. D. Sylvia); b.) Ground level image of mill site. The equipment was housed in a large wooden building that was removed during the recent site cleanup. (D.Sylvia, 2017)

The mine’s story begins with discovery of the initial ore deposit in 1906 by Silas T. Goodro near a lagoon off Karta Bay. (Karta Bay is located in the extreme northwest part of Kasaan Bay.) While hunting, Goodro stumbled upon an outcropping of bornite, a copper sulfate ore that oxidizes to a conspicuous iridescent peacock blue. Goodro and two of his employees worked the mine in 1906 and early 1907, digging a 12-foot deep surface pit along the vein and driving a 125-foot tunnel. They took out 40 tons of ore and had it tested at the Hadley mine on the north side of the Kasaan Peninsula. This was no small effort as the ore had to be transported a half mile to the beach from whence it would be shipped. Test results indicated that the ore obtained mineable quantities of copper and gold. The results enabled Goodro to obtain financial backing from a J.E. Chilberg[6] (Image 2) and J.M Davidson of Seattle. The next step was to ship a test run of 500 tons of ore to a smelter and, if profitable, additional improvements would be made to the mine.

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Image 2. J.E. Chilberg, undated. (Seattle A.Y.P., circa 1909 (?))

However, barging the ore out of Salt Chuck was difficult due to the chuck’s narrow entrance and tidal range. The chuck is dry for a quarter mile during low tide. (Image 3) taken shortly after low tide. Tidal range only was about 13 feet on the day of this image, May 17, 2017.) The investors were unable to attract additional backers in 1907 or 1908. In 1909, Chilberg and a P.C. Sandstrom incorporated as Goodro Mining Company with Goodro as the trustee. By August 1909, the problems of transporting the ore ½ mile to the beach and from the beach to sea going vessels in the deeper waters of Karta Bay were solved. A barge used to transport mining equipment to the site through the narrow channel and shallow water to the mill site. (Image 4) The first shipment went out in 1909 followed by small shipments over the next 5 years.

Testing performed in 1915 detected platinum in the ore, valued at twice that of the ore’s gold. In 1917 an even rarer mineral, palladium, was found during an assay of the ore. (Palladium was in demand at the time because it was used widely used in laboratory utensils, jewelry, and dental and industrial applications.) To recover the platinum and palladium from the ore, the owners decided to utilize the recently perfected copper floatation process. A new company, the Salt Chuck Mining Company was incorporated in July 1917 in an effort to capitalize the project. The mine was known as the Salt Chuck mine thereafter.

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Image 3. Salt Chuck panorama. Salt Chuck looking southeast toward Karta Bay from mill site. (Imaged using 3DR Solo drone/GoPro camera from approximately 150 feet AGL. D. Sylvia, 2017.)

Salt Chuck Beached Barge

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Images 4. a.) Beached barge. Remains of the beached heavy duty barge used to bring equipment to the mill site. The barge was 28 feet wide and 90 feet long. (D. Sylvia 2017); b.) Beached barge foreground and mill site in background. (Imaged using 3DR Solo drone/GoPro camera from approximately 50 feet AGL. D. Sylvia, 2017.)

Improvements were made to the mine. A 60-ton copper concentrating mill (Image 5) was erected on the beach of Salt Chuck and began processing ore in late 1917. A 2,200 foot tramway transported the ore to a 175 ton storage bin. The ore went through two sets of Blake Jaw crushers, the first step in the ore refinement process. The jaws reduced the size of the ore to about 2 inches. The ore then went to the ball mill (Image 6) and the resulting pulp went to the drag classifier (Image 7). Undersized ore went to the concentrating table while the oversized ore was returned to the ball crusher. The remainder of the slime went to the flotation plant where it was concentrated, dewatered, dried, before the concentrate was placed into cloth bags for shipment. Power was generated from a Pelton water wheel (Image 8) using water diverted from nearby Power Lake using wood stave constructed water lines (Image 9) and from Fairbanks Morse semi-diesel engines (Images 10 and 11). Image 12 is of an Ingersol-Rand air compressor that was used at the end of the flotation process discussed above, to vacuum water from the high density float.

Mill Building

Image 5. Abandoned Salt Chuck mine mill, mid 1970’s. The mill was a three story wooden building that housed the machines used to process the ore before shipment to a refinery. The mill’s first year of production was 1916. It was able to process 30 tons a day but production rates were much lower. (P. Roppel, 1991)

5 Salt Chuck blog Ball Mill

Image 6. Ball mill. Steel balls crushed the ore into fines and the minerals were floated and separated from waste material. (D. Sylvia, 2017)

6 Salt Chuck blog Classifier

Image 7. Hardinge classifier. Divided the ore by concentrating the minerals at the bottom and floating the gangue to the top. Used in conjunction with the ball mill to process the fines. (D. Sylvia, 2017)

Salt Chuck Water Wheel

 

Image 8. Pelton water wheel. The wheel powered the mine’s air compressors and generators. Water from nearby Power Lake was delivered to the water wheel via stave-constructed water lines. (D. Sylvia, 2017)

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Image 9. Water line section. Remnant section of wooden stave water line used to deliver water to the Pelton water wheel from Power Lake – intertidal zone near mill site. D. Sylvia, 2017.

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Image 10. Fairbanks Morse diesel engine. The engine was connected to a generator that supplied power to lights and electric motors within the mill. (D. Sylvia, 2017)

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Salt Chuck Bay View

Images 11a and b. Fairbanks Morse diesel. These are two of the units used to power the mill’s equipment. (D. Sylvia, 2017)

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Image 12. Ingersol-Rand air compressor. This compressor was used during the floatation process. (D. Sylvia, 2017)

The mill was modernized and its capacity increased over the next few years. In April 1920, the mine shipped a record 45 tons of concentrate that assayed 44% copper, 2 ounces gold, 14 ounces silver, and “some” palladium. Additional capital was needed to continue operations. Consequently, in October 1920 Chilberg reorganized as the Platinum-Palladium Producing Company. Although the mine continued to produce ore, the price of palladium fell. Competition from mines in Russia and Columbia forced the mine to close and enter into receivership in 1921. Chilberg leased the mine and re-incorporated as the Alaska Palladium Company. The mill was, again, modernized and enlarged, new bunkhouses and cottages were built. The mine was very active for 1923 through 1926, employing 50 men. The Alaska Weekly newspaper’s 8 January 1926 edition stated that the Salt Chuck mine was the largest producer of palladium in the United States, annually producing between 4,000 and 4,500 ounces (Roppel, 1991). Sharply lower palladium prices and foreign competition again forced the mine to close in 1925 and enter into foreclosure.

The property was optioned and leased by other companies following its closure in 1925. The Alaska Gold and Metals Company jointly worked the Salt Chuck and nearby Rush and Brown mines until 1941 when operations were suspended. During World War II, the U.S. Geological Survey and the U.S. Bureau of Mines studied the deposit in detail, drilled 13 holes, and reinterpreted 7 holes that had been drilled earlier by Solar Development Company (Gault, 1945; Holt and others, 1948; Gault and Wahrhaftig, 1992). Efforts to renew operations in 1947 failed. Based upon coring results, mentioned earlier, the US Bureau of Mines concluded that the remaining ore was less than the amount already removed. The Alaska Gold and Metals Company leased the property for a short time and completed additional assessments. However, the company was involuntarily dissolved in 1968. Subsequently, the staked claims on the unpatented Salt Chuck Mine and Newmont Mining Company completed a coring program on both the Salt Chuck and Rush and Brown claims but did not pursue reopening the mines. In 1985, Orbex Minerals, Ltd. explored the area. Others have staked claims but have allowed them to lapse.

According to Gault (1945), the total production from the Salt Chuck mine (based upon incomplete records) from 1907 to 1941 was about 300,000 tons of ore. The ore averaged 0.9 percent copper, 0.01 ounce of gold per ton, 0.10 ounce of silver per ton, and 0.05 ounce of palladium per ton. Today, the site is a lonely, abandoned place, often cold and rainy. On our recent visit to the old mine; we could only imaging how hardy and determined the early miners must have been.

The Salt Chuck mine was placed on the Environmental Protection Agency’s National Priority List in 2009 for Superfund cleanup.[7] The Alaska Region Forest Service conducted a $2.7 million cleanup in 2011 within the mill area on USFS administered lands. However, contamination is in the tailings that are in the State-owned intertidal area. The site is managed by the EPA as a Superfund site. The site is quiet today belying the high activity of the men and machines that once labored here to extract the earth’s riches.

The trail into Salt Chuck affords a pleasant, short hike along lakes that take one through an old second growth stand of hemlock, red cedar, and Sitka spruce. Remnants of the mining operation are seen near the mill site. A few images taken during my hike into the mill site follow (Images 13, 14, 1nd 15).

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Image 13. Salt Chuck mine trail. The trail is adjacent to several small, connected lakes. This and the other following trail images were taken in mid-May. (D. Sylvia 2017)

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Image 14. Horse drawn road grader. This road grader was used to maintain access roads to the Salt Chuck mine. According to the US Forest Service’s interpretive sign, the Austin Manufacturing Company in Chicago, IL built it between 1900 and 1934. (D. Sylvia, 2017)

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Image 15. Salt Chuck trail. A variety of ferns carpeted most areas along the trail. (D. Sylvia 2017)

The mine may again see a resurgence in activity. Pure Nickel, Inc., a Canadian mineral exploration company, leased the 146 contiguous federal lode mining claims collectively known as the Salt Chuck mine. Based upon results of their 2014 drilling program, Pure Nickel Inc. stated that Salt Chuck Property hosts numerous mineralized structures that locally exhibit elevated gold and copper values[8]. Perhaps the mine’s final chapter may not yet be written.

 

Acknowledgements

This blog drew heavily from the work published by the Alaska historian, Patricia Roppel, in her 1991 work, Fortunes from the Earth, referenced below.

Thanks to my wife, Lavenia Sylvia, for helping as a visual observer during sUAS flights and most importantly helping feed the voracious gnats on our last visit to the mine site.

References

Brew, D.A., 1996, Geologic map of the Craig, Dixon Entrance, and parts of the Ketchikan and Prince Rupert quadrangles, southeastern Alaska: U.S. Geological Survey Miscellaneous Field Studies Map MF-2319, 53 p., 1 sheet, scale 1:250,000.

http://pubs.er.usgs.gov/publication/mf2319

Buddington, A.F., and Chapin, Theodore, 1929, Geology and mineral deposits of southeastern Alaska: U.S. Geological Survey Bulletin 800, 398 p.

http://pubs.er.usgs.gov/publication/b800

Eberlein, G.D., Churkin, Michael, Jr., Carter, Claire, Berg, H.C., and Ovenshine, A. T., 1983, Geology of the Craig quadrangle, Alaska: U.S. Geological Survey Open-File Report 83-91, 52 p.

http://pubs.er.usgs.gov/publication/ofr8391

Environmental Protection Agency, 2009. Salt Chuck mine on Alaska’s Prince of Wales Island proposed for Federal cleanup list:

http://yosemite.epa.gov/opa/adampress.nsf/a883dc3da7094f97852572a00065d7d8/36e93131dc9080688525763a007f5316!OpenDocument

Gault, H.R., 1945, The Salt Chuck copper-palladium mine, Prince of Wales Island, southeastern Alaska: U.S. Geological Survey War Minerals Report for Federal War Agencies, 19 p.

Gault, H.R., and Wahrhaftig, Clyde, 1992, The Salt Chuck copper-palladium mine, Prince of Wales Island, southeastern Alaska: U.S. Geological Survey Open-File Report 92-293, 5 maps, 24 p.

http://pubs.er.usgs.gov/publication/ofr92293

History Link.org, Chilberg, John Edward (1867-1954), 04 June 2017. http://www.historylink.org/File/8753

Holt, S.P., Shepard, J.G., Thorne, R.L., Tolonen, A.W., and Foose, E.L., 1948, Diamond drilling at Rush and Brown copper mine, Kasaan Bay, Prince of Wales Island, southeastern Alaska: U.S. Bureau of Mines Report of Investigation 4349, 7 p.

Loney, R. A., and Himmelberg, G. R., 1992, Petrogenesis of the Pd-rich intrusion at Salt Chuck, Prince of Wales Island: an early Paleozoic Alaskan-type ultramafic body: Canadian Mineralogist, v. 30, p. 1005-1022.

Mertie, J.B., Jr., 1921, Lode mining in the Juneau and Ketchikan districts: U.S. Geological Survey Bulletin 714-B p. 105-128.

http://pubs.er.usgs.gov/publication/b714B

Page, N.J., Clark, A.L., Desborough, G.A., and Parker, R.L., 1973, Platinum-group metals, in Brobst, D.A., and Pratt, W.P., eds., United States mineral resources: U.S. Geological Survey Professional Paper 820, p. 537-545.

http://pubs.er.usgs.gov/publication/pp820

Roppel, Patricia, 1991, Fortunes from the earth: Manhattan, Kansas, Sunflower University Press, 139 p.

Sainsbury, C.L., 1961, Geology of part of the Craig C-2 quadrangle and adjoining area, Prince of Wales Island, southeastern Alaska: U.S. Geological Survey Bulletin 1058-H, p. H299-H362.

http://pubs.er.usgs.gov/publication/b1058H

Smith, P.S., 1926, Mineral industry of Alaska in 1924: U.S. Geological Survey Bulletin 783-A, p. 1-30.

https://pubs.usgs.gov/bul/0783a/report.pdf

USGS, Mineral Resources On-Line Spatial Data, Alaska Resource Data File, 04 June 2017. https://mrdata.usgs.gov/ardf/show-ardf.php?ardf_num=CR049

Wright, C.W., 1915, Geology and ore deposits of Copper Mountain and Kasaan Peninsula, Alaska: U.S. Geological Survey Professional Paper 87, 110 p.

http://pubs.er.usgs.gov/publication/pp87

 

Blog Notes

[1] The Salt Chuck mine, or claims that were eventually incorporated into the property, have been given several names, including the Goodro, Stevens, Joker, and Leibrant.

[2] Palladium is a rare, platinum group metal that today largely is used in catalytic converters.

[3] The Salt Chuck mine is in a mafic pluton about 4.5 miles long and up to a mile wide in outcrop. The pluton consists of gabbro, clinopyoxenite, and diorite. It intrudes metamorphosed volcanic and sedimentary rocks of the Descon Formation of Silurian and Devonian age (Eberlein and others, 1983; Brew, 1996). The pluton has been dated at 429 Ma (Loney and others, 1987). The deposit consists chiefly of bornite, chalcopyrite, and platinum-group minerals that occur as disseminations or as veinlets and irregular masses (pods) in the gabbro and clinopyroxenite (Wright 1915; Mertie, 1921; Buddington and Chapin, 1929; Gault, 1945; Sainsbury, 1961; Page and others, 1973). The workings of the mine are shown in detail on the maps and diagrams of Gault (1945) and Gault and Wahrhaftig (1992). The deposit was mined in three glory holes connected by an intricate network of raises, stopes, and drifts at three levels. The workings connected to a main haulage tunnel at the 300-foot level that led to a mill (described in detail by Mertie, 1921) on the shore of the salt chuck at the head of Kasaan Bay. Several references are included at the end of this blog that provide additional information on the Salt Chuck and adjacent mines’ geology and production.

[4] USGS, Mineral Resources On-Line Spatial Data, Alaska Resource Data File, 04 June 2017. https://mrdata.usgs.gov/ardf/show-ardf.php?ardf_num=CR049

 

[5] Several annual reports on the mineral history of the Territory of Alaska were prepared by the US Geological Survey prepared by Philip S. Smith during the period 1926 through 1942 are available online – some are incomplete/very incomplete. I have included the 1926 report in the reference section of this blog. The importance of the Salt Chuck mine (Goodro mine) is evident in what is written in this report (see the Platinum Metals chapter, page 24).

[6] Chilberg became involved in Alaska business ventures during the Klondike gold rush. He previously ran a steamship service between Seattle and Central America

[7] The Alaska Department of Health and Social Services and the Agency for Toxic Substance and Disease Registry concluded that traditional use, i.e., harvesting a variety of clams and vegetation from the Salt Chuck Mine site is not expected to harm health (CSTE Conference Abstract, June 20, 2016. https://cste.confex.com/cste/2016/webprogram/Paper7088.html

 

[8] See Newsfile Corporation, September 11, 2014. Their announcement may include forward looking statements, 09 June 2017. https://www.newsfilecorp.com/release/11637/Pure-Nickel-Announces-Results-for-Salt-Chuck-Drilling-Program – .WTtIw8aZO8V

 

 

 


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Villages of Kasaan; an historical note

While we are preparing to hike into the Salt Chuck mine with our drones to take some aerial images for our next Kasaan mine blog, I thought that I would write a short note on the interesting history of the village(s) of Kasaan which we have referred to in a past Continue reading


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larry heady in his element on prince of wales island

(featured photo:  Larry Heady at mouth of mine)

As I have been writing blogs on the mines of Kasaan Peninsula, I was thinking about some of my field trips to mines and outcrops on the Island. As I wrote, I could not help thinking of an old friend, Larry Heddy. By the time I arrived in late 2001, Larry had lived here several years. Larry was an interesting combination of rock hound and artist; he also was something of a holdover from the Island’s logging heyday. He and his friend Sherri introduced my wife and me to many of the Prince of Wales’ “treasures”, i.e., treasures to a rockbound.

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Larry Heady outside his wanagan. Note the milk crates of rocks and large rocks on the left side of photo.

When I first arrived in Thorne Bay, Larry and I became friends. He was interested in my thoughts on his creations, rock spheres, and in plumbing my general knowledge of geology. (I hold a doctorate in geosciences from the University of Texas at Austin.) We

Larry Heddy workshop

Inside of Larry Heady’s workshop. On his right are grinders and polishers that were abandoned but rejuvenated by Larry. At the last polisher, an ancient hospital IV drip controlled water used by the polisher. On Larry’s left, his finished projects. His associate Nika is at his feet.

spent quite a bit of time together in the field those first years after my arrival on the island. He, his friend Sherri, my wife, and I visited many outcrops, borrow pits, and old mine tailings across the northern part of the Island. Often we picked up hand samples that Larry would painstakingly craft into near perfect spheres (see photo – spheres (2) and shop pics) using rather old and worn lathes. As the U.S. Forest Service’s project manager for the Island (and surrounding islands), I would often visit remote sites. I would occasionally return with unusual or simply striking hand samples on which Larry could tediously work his magic and craft a polished sphere – a window on the Island’s geologic history. His studio was a simple Alaskan wannigan (see outside photo). We accumulated 20, or so, of Larry’s creations over time.

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Biomicrite sphere (3 inches in diameter).  A Larry Heddy creation.

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Calcite sphere made from hand sample collected from an outcrop on the copper-rich Kasaan Peninsula. A Larry Heady Creation

A number of years ago, Larry quietly left the Island to return home to be with his children and grandchildren in the Midwest. The Island lost a bit of its color when Larry left. I always will remember him to be a unique fellow of modest means. He was simple in his needs and kind of heart, toward people and critters. Neither my wife, Lavenia, nor I will forget that late 60ish, smiling, ball of energy who scrambled up tailing piles at the It and Salt Chuck mines and hunted for encrinitic limestone exposed in outcrops across the Island in his singular pursuit of sphere making material.

Larry had a significant impact on my wife and me, two Texas transplants. He helped us understand the people and the place we now consider home. Larry epitomizes the spirit of the Island – a spirit not unlike that of the early miners about whom I recently have written.

Larry Heddy and Spheres

Larry Heady displaying his wonderful rock art.

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lichtenstadter and mount andrew mine kasaan peninsula

Lichtenstadter and the Mount Andrew Mine

Abundant natural resources have attracted prehistoric native peoples, European explorers/traders, and Americans to Prince of Wales Island. The Island’s has a long history of natural resource development. Mining has been an important part of that history. This blog continues our series of blogs about mining on the Kasaan Peninsula. One of the principal mines on the Peninsula was the Mount Andrew mine. The Mount Andrews mine is located near the communities of Thorne Bay and Kasaan (see location map in Copper Queen blog).

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Prince of Wales Copper Ore from the Jumbo Mine. Photo courtesy of  Microsoft Photobucket and John Betts-Fine Minerals Online Mineral Museum.

The Russians, who owned Alaska before 1867, knew of the copper deposits of the Kasaan Peninsula. The first claim was staked in 1867. The Mount Andrew mine has an interesting history of men seeking riches in Alaska. This mine’s tale includes a quest for copper riches by an entrepreneurial miner, shaky partners, an English syndicate’s backing, and plain bad luck in the wilds of Prince of Wales Island in the early 1900’s.

The tale begins…. while coming south from Dawson in 1900, Samuel Lichtenstadter met a

CQ Blog Fig 1 Kasaan Map

Kasaan Penninsula Map with mine location

Captain Crooks while on a boat out of Dawson traveling down the Yukon River. Crooks described how he had found copper ore on Prince of Wales Island in the 1870’s when hunting in the vicinity of Kasaan Bay. Crooks agreed to accompany Lichtenstadter back to Kasaan but died before the boat reached southeast Alaska.

Undaunted, Lichtenstadter hired local prospectors in Ketchikan to help him locate the copper outcropping described by Crooks. Lichtenstadter, together with F.F. Black, Harry Trimble and Joe Johnson, went to Kasaan Bay where they found outcroppings of ore and named the prospect after Lichtenstadter’s backer in England, H.Herbert Andrew. This is believed to have occurred shortly after 1900. The Mount Andrew lron and Copper Company was later formed, with Lichtenstadter as its president. Not unlike what may happen in a similar situation today, obtaining a patent for the claim was delayed due to litigation and claim jumping. However, the company brought the mine online and the first ore, 1,250 tons of it, was shipped in October 1906 to a Tacoma smelter.

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Enormous tramway wheel among mining debris and pilings at the Mt Andrew Mine July 1971. Photo courtesy Pat Roppel , Capital City Weekly online.

Mount Andrew was productive from 1906-11 when during the first decade of the 20th century, copper prices soared. The mine is reported to have produced 1973 mt copper, 849 kg silver, and 71 kg gold. Unfortunately for the Mount Andrew Iron and Copper Company, copper supply exceeded demand after World War I and prices fell. There has been no further copper production at the mine since 1918.

However, because of the intense and widespread mineralization on the peninsula, the area has repeatedly been re-examined for copper, iron, and gold, notably during WW II and again since 1990 (including investigations by the US Bureau of Mines and the US Geological Survey). Currently, the Mount Andrew mine is covered by patented claims. The Sealaska Corporation, a native corporation, holds the subsurface rights to the land around the mine.

The Capital City Weekly online magazine (see link at end of paragraph) has an article by Pat Roppel of a July 1971 visit to the Mt Andrew Copper Mine. the article gives additional historical information up to 1968 beyond the period the mine was productive.

http://www.capitalcityweekly.com/stories/040914/out_1202011185.shtml

Note: featured photo taken from side of mountain on Kasaan Peninsula on logging road in clearcut. Photo by L. Sylvia


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Copper Queen/Baranovich

This is the first in a series of blogs focusing on Prince of Wales (PoW) Island’s geology and its rich mining history. This blog is about Charles Vincent Baranovich, a Dalmatian immigrant, and the Copper Queen Mine thought to be the first lode mine in Alaska. This early PoW mine was developed in copper sulfide deposits on the Kasaan Peninsula (see U.S. Geological Survey map, below). The Kasaan Peninsula is located south of the city of Thorne Bay, on the east side of PoW; Kasaan Bay lies to the south and Clarence Strait to the north and east.

CQ Blog Fig 1 Kasaan Map

Kasaan Penninsula Map

Baranovich, known as “The Slav”, had been bitten by the gold fever of the 1849 California Gold Rush. When the California Gold Rush played out, Baranovich looked north to find his fortune in the gold fields of British Columbia (late 1850’s). In 1865, Baranovich obtained a trading permit from the Russian American Company to trade in Kasaan Bay where he built a trading post. At this time, Alaska still was owned by Russia but the Hudson’s Bay Company (British) controlled much of the trade with coastal natives from its hub at Fort Wrangell to the northeast.

Baranovich’s interest in prospecting led him to continue to explore the area around his trading post where he located a copper deposit. He was the first to find copper-bearing rock on the Kasaan Peninsula. Development of the copper deposit, which became the Copper Queen Mine, and later development of a salmon saltery (see Baranovich’s saltery

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Baronovich’s Salmon Saltery

image, right) at this location largely were responsible for relocation of the Haida native village of Kasaan from Skowl Arm, situated to the south, to this site, today’s Haida native village of Kasaan.

The Copper Queen Mine subsequently changed hands several times – from San Francisco capitalists, to British Columbia businessmen, and to New Haven businessmen who formed the Kasaan Bay Mining Company. The Kasaan Bay Mining Company sunk a shaft and developed several rich copper pyrite ore bodies in the area. The company also built a store and salmon saltery in New Kasaan. In 1903, mining and saltery operations were closed down due to the company’s financial plight. The company’s assets were sold at a receiver’s sale in 1904. The story of the Copper Queen ends with its sale to an unknown purchaser in 1907 with 50 tons of ore still at the mine dump. The Copper Queen’s story fades from here.

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Charles V Baronovich and family

The Copper Queen was not the largest copper mine on Prince of Wales or even on the Kasaan Peninsula. It never fulfilled Charles Baranovich’s dream of riches. However. the story of the Copper Queen Mine is a part of Kasaan Peninsula’s rich history involving native Haida, Russian, English, and American influence in the cultural melting pot that is Prince of Wales Island.

[Sources: U.S. Geological Survey Bulletin 345, Wright, et al., 1908; U.S. Geological Survey Professional Paper 87, Wright 1915; U.S. Geological Survey Bulletin 1090, Warner, et al, 1961; Fortunes From the Earth, Roppel,1991;  U.S. Bureau of Mines Open File Report 81-92, Maas, et al, 1992; Sit News, Kiffer, 2006.]

Note:  The financial plight of the Copper Queen was due to mining operations being no longer economically feasible.  Due to water flooding the lower levels of the mine, the miners were pumping water out of the mine until early afternoon resulting in actual productive mining for a couple of hours.  The increased cost of production, lowered production, plus the cost of copper extraction were not helped by the decreasing value of copper resulting in the decision to close the mine.


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russ’ floating bit of Americana

A bright forest green wooden boat with the American Flag waving proudly above was an eye-catcher… or perhaps, an eye-sore at the City of Thorne Bay Harbor  It was the ‘home sweet home’ of a Vietnam vet named Russ.

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Russ’s bit of Americana – Thorne Bay Harbor 2008 (Photo Credit L. Sylvia)

I did not know Russ except to wave and say “hi” when our paths crossed while attending to “business” in the City of Thorne Bay. He is one of many Vietnam era vets who live in Southeast Alaska with their grey hair pulled back in pony-tails, wearing time-worn faces above time-worn clothing, tooling about “the city” on quads. Russ’ quad had a smaller version of the stars and stripes waving his presence, proud of his country and service.

Some made their homes on “southside” and boated across Thorne Bay from Davidson-Landing to the city center. Russ made his home right there in the harbor where he had easy access to Thorne Bay Market, City Library, and The Port where mail can be picked up everyday, and a cup of espresso and a Nathan’s hot dog can be enjoyed with friends.

Russ’  method of heating aboard his green boat confounded me as his deck always had a prominent stack of firewood dwindling and growing as the gloomy, rainy or snowy days of winter waxed and waned.  To my knowledge, the Thorne Bay Volunteer Firemen were never called to Russ’ place.

About three years ago, I noticed the boat was missing from its slip in the harbor.  Russ must have parted company with Thorne Bay Harbor as I have not seen it in the past three years since. I do not know if he made a final trip to the great harbor in the sky,  sold his quaint floating home and became a soil-bound resident somewhere, or what. Guess I could ask, but I would much rather envision Russ on a perhaps occasionally perilous adventure of his own making on his green wooden boat investigating the nooks and crannies of the Alaskan coastline. Where ever Russ may be I wish him Godspeed.