Submit an Article
Become a reviewer
Vol 216
Pages:
82
Download volume:
RUS

Open mining technique for unconventional mineral deposits

Authors:
G. A. Kholodnyakov1
K. R. Argimbaev2
About authors
  • 1 — National Mineral Resources University (Mining University)
  • 2 — National Mineral Resources University (Mining University)
Date submitted:
2014-12-30
Date accepted:
2015-02-03
Date published:
2015-06-01

Abstract

Nowadays the majority of deposits are successfully exploiting by mining enterprises with the help of traditional excavation and loading equipment. Typically, metals, construction materials, etc. are mined and extracted on these deposits, but modern society is progressing and producing new requirements to metals properties for creating a new type of equipment. The metals with new properties are located in unconventional areas: either in technogenic deposits (overburden dumps, tailings, etc.) or in hard-to-get natural formations. Technogenic mines, being a tailing of Kachkanarsky mining and processing plant, are referred to such unique deposits, which have expensive metals (scandium, gallium, strontium, titanium), as well as the natural deposit – rhenium deposit, located in the crater of an active volcano. Potentialities of open mining in the largest rhenium deposit with complex environmental occurrence have been analyzed in the paper. Temperature measurement results of adjacent strata and a temperature scheme of the host rocks on a separate site and the entire field have been presented. An open mining technique for a primary mining area as well as perspective methods of rock preparation for excavation, applicable to this particular deposit, has been considered.

Go to volume 216

References

  1. Наночастицы в процессах разрушения и вскрытия геоматериалов / В.А.Чантурия, К.Н.Трубецкой, С.Д.Викторов, И.Ж.Бунин / ИПКОН РАН. М., 2006. 216 с.
  2. Основные направления развития проектирования открытых горных работ в XXI в. / Г.А.Холодняков, К.Р.Аргимбаев, Д.А.Иконников, О.Е.Русак // Открытые горные работы в XXI в.: Сб. тр. междунар. научно-практической конф. Красноярск, 2011. С.173-176.
  3. Техногенные минеральные частицы как проблема освоения недр / К.Н.Трубецкой, С.Д.Викторов, Ю.П.Галченко, В.Н.Одинцев // Вестник РАН. 2006. Т.76. № 4. С.318-332.
  4. Фомин С.И. Риск как аналитический метод для проекта открытых горных работ / С.И.Фомин, Г.А.Холодняков // Горные работы и обогащение / Горно-геологический университет им. Св. Ивана Рыльского. София, 2010. № 55. С.23-28.
  5. Фомин С.И. Оценка параметров открытых горных работ на предварительной стадии проектирования / С.И.Фомин, Г.А.Холодняков // Научные доклады по недрам / Горная академия. Фрайберг, 2012. Т.1. С. 382-386.
  6. Холодняков Г.А. Проектирование карьеров при разработке комплексных месторождений / Национальный минерально-сырьевой университет «Горный». СПб, 2013. 192 с.
  7. Холодняков Г.А. Определение физико-механических свойств пород / Г.А.Холодняков, К.Р.Аргимбаев // Горный информационно-аналитический бюллетень. 2011. Т.5. С.93-98.
  8. United states department of the interior, Bureau of Mines. RCRA regulation impact on Alaska Mineral Development-Tailings Management / Ed. by R.Steffen, I.Kirsten. Denver. Colorado, 2010. P.100-110.
  9. Williams M. Tailing dam failure case history. Proceedings: 2nd Int. Tailing Symp. San Francisco, 2009. P. 428-433.

Similar articles

Deep structure and composition characteristics of the continental earth's crust geostructures on the Russian Federation territory
2015 A. S. Egorov
Opencast mine parameters sensitivity analysis at preliminary study of a mining project
2015 S. I. Fomin, E. I. Bazarova
Geological and mathematical model of secondary sulphidisation zone polarizability as a function of oil and gas deposit depth
2015 O. F. Putikov, S. A. Ivanov
Problem of forestfund cadastral value determination
2015 V. F. Kovyazin, A. Yu. Romanchikov
Design procedure of pressure losses for hydrotransport of the high concetration pulps
2015 V. I. Aleksandrov, Pavel Vlasak
Bump hazard evaluation of a rock mass area as a result of its seismic acoustic activity registration
2015 V. V. Nosov