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{{Short description|silver smelting method}}
{{Short description|silver smelting method}}
{{Use dmy dates|date=June 2017}}
{{Use dmy dates|date=June 2017}}
'''Haifuki-ho'''(灰吹法; literally "ash-blowing method"), also known as '''Lead-silver separation method''' ([[Korean language|Korean]]: 연은분리법)<ref>{{Cite book|last1=Yu, Sŭng-ju.|url=https://www.worldcat.org/oclc/32592162|title=Chosŏn sidae kwangŏpsa yŏn'gu|last2=柳承宙.|date=1994|publisher=Koryŏ Taehakkyo Ch'ulp'anbu|isbn=89-7641-266-4|edition=2-p'an|location=Sŏul-si|oclc=32592162}}</ref> is a method of [[silver mining]] developed in [[Joseon]] dynasty of Korea<ref>[http://sillok.history.go.kr/id/kja_10905018_003 Related record in Annuals of Joseon dynasty]</ref> in the 16th century and copied by [[Feudal Japan|Feudal]] [[Japan]].<ref name=":0">{{Cite book | url=https://books.google.com/books?id=4WZdAQAAQBAJ&q=Haifukiho+silver&pg=PT106| title=Myths, State Expansion, and the Birth of Globalization: A Comparative Perspective| last=Carlson| first=Jon D.| date=15 December 2011| publisher=Palgrave Macmillan| isbn=9781137010445|language=en}}</ref> The industrial process involved [[cupellation]], and was a contributing factor to the large amount of [[silver]] traditionally exported by Japan.<ref name=":0" />
'''Haifuki-ho''' (灰吹法; literally "ash-blowing method"), also known as '''Lead-silver separation method''' ([[Korean language|Korean]]: 연은분리법)<ref>{{Cite book|last1=Yu, Sŭng-ju.|url=https://www.worldcat.org/oclc/32592162|title=Chosŏn sidae kwangŏpsa yŏn'gu|last2=柳承宙.|date=1994|publisher=Koryŏ Taehakkyo Ch'ulp'anbu|isbn=89-7641-266-4|edition=2-p'an|location=Sŏul-si|oclc=32592162}}</ref> is a method of [[silver mining]] developed in [[Joseon]] dynasty of Korea<ref>[http://sillok.history.go.kr/id/kja_10905018_003 Related record in Annuals of Joseon dynasty]</ref> in the 16th century and copied by [[Feudal Japan|Feudal]] [[Japan]].<ref name=":0">{{Cite book | url=https://books.google.com/books?id=4WZdAQAAQBAJ&q=Haifukiho+silver&pg=PT106| title=Myths, State Expansion, and the Birth of Globalization: A Comparative Perspective| last=Carlson| first=Jon D.| date=15 December 2011| publisher=Palgrave Macmillan| isbn=9781137010445|language=en}}</ref> The industrial process involved [[cupellation]], and was a contributing factor to the large amount of [[silver]] traditionally exported by Japan.<ref name=":0" />


== History ==
== History ==
In 1526 Kamiya Jutei, a wealthy merchant from [[Hakata, kyushu|Hakata]], founded the [[Iwami Ginzan Silver Mine]] in [[Ōda, Shimane|Ōda]].<ref>Lyman, Benjamin Smith. (1879). [https://archive.org/details/bub_gb_RIARAAAAIAAJ/page/n11 <!-- quote=Iwami Ginzan silver mine. --> ''Geological Survey of Japan,'' p. 87]</ref> Seeking to increase silver production, In 1533 he introduced a Korean method of silver refining to the mine which became the Hai-Fuki-Ho method.<ref>[http://abikobc.blog59.fc2.com/blog-date-201202.html ''Information from the Iwami Ginzan Silver Mine Museum'']; relayed via Japanese blog.</ref> The two technicians, Keiju(慶寿; [[Korean language|Korean]]: 경수; [[Revised Romanization of Korean|Revised Romanization]]: Gyeongsu) and Sotan(宗丹; [[Korean language|Korean]]: 종단; [[Revised Romanization of Korean|Revised Romanization]]: Jongdan), were invited to Japan to instruct their skills. Historians have compared the Hai-Fuki-Ho method to the Medieval European {{ill|seigerprozess|de|Seigerung}} method of silver smelting.<ref name=":1">[http://ticcih.org/wp-content/uploads/2013/04/NatRptJapan.pdf ''Intermediate Conference 2005 & International Forum for Industrial Tourism''], Nagoya/Aichi, 6.- Nagoya/Aichi, 6.-8. July 2005</ref>
In 1526 Kamiya Jutei, a wealthy merchant from [[Hakata, kyushu|Hakata]], founded the [[Iwami Ginzan Silver Mine]] in [[Ōda, Shimane|Ōda]].<ref>Lyman, Benjamin Smith. (1879). [https://archive.org/details/bub_gb_RIARAAAAIAAJ/page/n11 <!-- quote=Iwami Ginzan silver mine. --> ''Geological Survey of Japan,'' p. 87]</ref> Seeking to increase silver production, In 1533 he introduced a Korean method of silver refining to the mine which became the Hai-Fuki-Ho method.<ref>[http://abikobc.blog59.fc2.com/blog-date-201202.html ''Information from the Iwami Ginzan Silver Mine Museum'']; relayed via Japanese blog.</ref> The two technicians, Keiju (慶寿; [[Korean language|Korean]]: 경수; [[Revised Romanization of Korean|Revised Romanization]]: Gyeongsu) and Sotan (宗丹; [[Korean language|Korean]]: 종단; [[Revised Romanization of Korean|Revised Romanization]]: Jongdan), were invited to Japan to instruct their skills. Historians have compared the Hai-Fuki-Ho method to the Medieval European {{ill|seigerprozess|de|Seigerung}} method of silver smelting.<ref name=":1">[http://ticcih.org/wp-content/uploads/2013/04/NatRptJapan.pdf ''Intermediate Conference 2005 & International Forum for Industrial Tourism''], Nagoya/Aichi, 6.- Nagoya/Aichi, 6.-8. July 2005</ref>


Under the Hai-Fuki-Ho method, silver-containing copper ore would be cast-smelted with lead, then allowed to dry. The silver in the copper ore would bind to the lead, creating a single mixture. This mixture would then be heated so that the lead melted and separated out of the copper, taking the bonded silver with it. The silver-rich lead would then be treated with an oxidizing airflow to separate the silver.<ref>{{Cite journal | last1=Tereygeol| first1=Florian| last2=L&#39;Héritier| first2=Maxime| title=From Copper to Silver; Understanding the Saigerprozess Through Experimental Liquation and Drying| url=https://www.academia.edu/1323992| language=en}}</ref> This was akin to a [[liquation]] method.
Under the Hai-Fuki-Ho method, silver-containing copper ore would be cast-smelted with lead, then allowed to dry. The silver in the copper ore would bind to the lead, creating a single mixture. This mixture would then be heated so that the lead melted and separated out of the copper, taking the bonded silver with it. The silver-rich lead would then be treated with an oxidizing airflow to separate the silver.<ref>{{Cite journal | last1=Tereygeol| first1=Florian| last2=L&#39;Héritier| first2=Maxime| title=From Copper to Silver; Understanding the Saigerprozess Through Experimental Liquation and Drying| url=https://www.academia.edu/1323992| language=en}}</ref> This was akin to a [[liquation]] method.

Revision as of 10:46, 11 January 2021

Haifuki-ho (灰吹法; literally "ash-blowing method"), also known as Lead-silver separation method (Korean: 연은분리법)[1] is a method of silver mining developed in Joseon dynasty of Korea[2] in the 16th century and copied by Feudal Japan.[3] The industrial process involved cupellation, and was a contributing factor to the large amount of silver traditionally exported by Japan.[3]

History

In 1526 Kamiya Jutei, a wealthy merchant from Hakata, founded the Iwami Ginzan Silver Mine in Ōda.[4] Seeking to increase silver production, In 1533 he introduced a Korean method of silver refining to the mine which became the Hai-Fuki-Ho method.[5] The two technicians, Keiju (慶寿; Korean: 경수; Revised Romanization: Gyeongsu) and Sotan (宗丹; Korean: 종단; Revised Romanization: Jongdan), were invited to Japan to instruct their skills. Historians have compared the Hai-Fuki-Ho method to the Medieval European seigerprozess [de] method of silver smelting.[6]

Under the Hai-Fuki-Ho method, silver-containing copper ore would be cast-smelted with lead, then allowed to dry. The silver in the copper ore would bind to the lead, creating a single mixture. This mixture would then be heated so that the lead melted and separated out of the copper, taking the bonded silver with it. The silver-rich lead would then be treated with an oxidizing airflow to separate the silver.[7] This was akin to a liquation method.

The high-purity silver produced by the Hai-Fuki-Ho method was highly desired by foreign merchants.[3] In addition, the process allowed for greater amounts of the silver to be produced by Japanese mines, which had more efficient refining processes than their competitors. By the 16th century, Japanese mines were producing up to one third of the world's silver.[3]

The Hai-Fuki-Ho method was eventually replaced by more modern methods of silver mining.[6]

References

  1. ^ Yu, Sŭng-ju.; 柳承宙. (1994). Chosŏn sidae kwangŏpsa yŏn'gu (2-p'an ed.). Sŏul-si: Koryŏ Taehakkyo Ch'ulp'anbu. ISBN 89-7641-266-4. OCLC 32592162.
  2. ^ Related record in Annuals of Joseon dynasty
  3. ^ a b c d Carlson, Jon D. (15 December 2011). Myths, State Expansion, and the Birth of Globalization: A Comparative Perspective. Palgrave Macmillan. ISBN 9781137010445.
  4. ^ Lyman, Benjamin Smith. (1879). Geological Survey of Japan, p. 87
  5. ^ Information from the Iwami Ginzan Silver Mine Museum; relayed via Japanese blog.
  6. ^ a b Intermediate Conference 2005 & International Forum for Industrial Tourism, Nagoya/Aichi, 6.- Nagoya/Aichi, 6.-8. July 2005
  7. ^ Tereygeol, Florian; L'Héritier, Maxime. "From Copper to Silver; Understanding the Saigerprozess Through Experimental Liquation and Drying". {{cite journal}}: Cite journal requires |journal= (help)CS1 maint: multiple names: authors list (link) CS1 maint: numeric names: authors list (link)