Average chemical composition of lake ores of Finland and North-Eastern Russia extracted in the late nineteen century
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| Format: | Dataset Open Access |
| Sprache: | en |
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1882
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| _version_ | 1867170991251128320 |
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| author | Solitander, C P |
| author_facet | Solitander, C P |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | According to Solitander C. P., the extraction of lake ore from Eastern Finland lakes considerably rose in the 1870 - 1880 period in relation with the increasing demand from the ironworks being operated in the region. In St. Petersburg, Nicholas Putiloff, a business tycoon and State Minister owned the Haapakosken, Huutokosken and Oravin ironworks which were using 99% of lake ore for their supply. During this period the biggest production came from lake Sysmäjärvi in the Joroinen county with 3676 tonnes at an average concentration of 35.94% Fe, 4.55% Mn, 0.26% P and 0.04% S. The Värtsilä ironworks used the lake ore coming from 49 lakes, the biggest production coming from lake Loitimojärvi with 14535 tonnes of ore with a medium at concentration of 30.8% Fe. Möhkö ironworks took advantage of the 59 lakes, the largest of which was from lake Koitere with 4301 tonnes at 41.3% Fe. The Karttula ironworks were also significant in the consumption of ferromanganese lake ore. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_860941 |
| institution | PANGAEA |
| language | en |
| publishDate | 1882 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Average chemical composition of lake ores of Finland and North-Eastern Russia extracted in the late nineteen century Solitander, C P Dredge; DRG; Elevation of event; Event label; Finland; Iinjarvi_L; Iron; Kajanjarvi_L; Kallavesi_L; Kangasjarvi_L; Keitele_L; Kieluu_L; Kiteenjarvi_L; Kotajarvi_L; Kotijarvi_L; Koutajarvi_L; Kulennoisenjarvi_L; Kyyvesi_L; Lahnajarvi_L; Latitude of event; Liperinsalmi_L; Lohnajarvi_L; Loitimojarvi_L; Longitude of event; Maavesi_L; Mallos_L; Manganese; Mass; Naakkima_L; Name; Nilakka_L; NOAA and MMS Marine Minerals Geochemical Database; NOAA-MMS; Onkamojarvi_L; Phosphorus; PieniVirmasjarvi_L; Rasvanki_L; Rauvanjarvi_L; Riemio_L; Ruokojarvi_L; Ruokovesi_L; Sulfur, total; SuurVirmas_L; Sysmajarvi_L; Time coverage; Toiviojarvi_L; Tyrjanjarvi_L; Vehkajarvi_L; Vekarainen_L; Wet chemistry; Yanisyarvi_L According to Solitander C. P., the extraction of lake ore from Eastern Finland lakes considerably rose in the 1870 - 1880 period in relation with the increasing demand from the ironworks being operated in the region. In St. Petersburg, Nicholas Putiloff, a business tycoon and State Minister owned the Haapakosken, Huutokosken and Oravin ironworks which were using 99% of lake ore for their supply. During this period the biggest production came from lake Sysmäjärvi in the Joroinen county with 3676 tonnes at an average concentration of 35.94% Fe, 4.55% Mn, 0.26% P and 0.04% S. The Värtsilä ironworks used the lake ore coming from 49 lakes, the biggest production coming from lake Loitimojärvi with 14535 tonnes of ore with a medium at concentration of 30.8% Fe. Möhkö ironworks took advantage of the 59 lakes, the largest of which was from lake Koitere with 4301 tonnes at 41.3% Fe. The Karttula ironworks were also significant in the consumption of ferromanganese lake ore. |
| title | Average chemical composition of lake ores of Finland and North-Eastern Russia extracted in the late nineteen century |
| topic | Dredge; DRG; Elevation of event; Event label; Finland; Iinjarvi_L; Iron; Kajanjarvi_L; Kallavesi_L; Kangasjarvi_L; Keitele_L; Kieluu_L; Kiteenjarvi_L; Kotajarvi_L; Kotijarvi_L; Koutajarvi_L; Kulennoisenjarvi_L; Kyyvesi_L; Lahnajarvi_L; Latitude of event; Liperinsalmi_L; Lohnajarvi_L; Loitimojarvi_L; Longitude of event; Maavesi_L; Mallos_L; Manganese; Mass; Naakkima_L; Name; Nilakka_L; NOAA and MMS Marine Minerals Geochemical Database; NOAA-MMS; Onkamojarvi_L; Phosphorus; PieniVirmasjarvi_L; Rasvanki_L; Rauvanjarvi_L; Riemio_L; Ruokojarvi_L; Ruokovesi_L; Sulfur, total; SuurVirmas_L; Sysmajarvi_L; Time coverage; Toiviojarvi_L; Tyrjanjarvi_L; Vehkajarvi_L; Vekarainen_L; Wet chemistry; Yanisyarvi_L |
| url | https://doi.org/10.1594/PANGAEA.860941 |