Submit an Article
Become a reviewer
Vol 170 Iss. 2
Pages:
234-237
Download volume:
RUS
Article

Feasibility study of CO2 storage in closed coal mines

Authors:
Marcin A. Lutyński1
Piotr Sakiewicz2
About authors
  • 1 — Silesian University of Technology
  • 2 — Silesian University of Technology
Date submitted:
2006-08-20
Date accepted:
2006-10-19
Date published:
2007-04-11

Abstract

Increasing demand for energy leads to an increase in greenhouse gas emissions. The most dangerous greenhouse gas is carbon dioxide, whose emissions will double in the next 20 years. The paper presents the concept and feasibility study of CO2 storage in abandoned coal mines as one of the methods of CO2 sequestration. The main advantages of this method are: close location to the source of emissions, low cost of storage, high capacity of abandoned mine workings as well as remaining coal seams. The main obstacles to the realization of this method are: gas migration to the surface as a result of former mining operations and flooding of mines, proper sealing of all surface connections (shafts, adits, etc.), gas leakage over a long period of time and material stability in aggressive environment. The paper presents the concept of high pressure CO2 storage and the CO2 storage regime in a coal mine.

Область исследования:
(Archived) ECOLOGY AND ENVIRONMENT
Funding:

None

Go to volume 170

Similar articles

Application of geophysical methods in the search for ore gold in the Poperechno-Zerentuevskaya area
2007 E. A. Gurulev
Geomechanical justification of tunnel parameters in construction of subway in Perm
2007 V. V. Musikhin
Project financing structures for the russian natural resources sector
2007 Thomas Schumann
Nitrification of high ammonia concentrations in membrane bioreactors - microbiological aspect
2007 Anna Raszka, Joanna Surmacz-Górska
Crystal chemistry of synthetic pyromorphite-mimetite solid solutions
2007 Marta Strycharczyk
Bathymetric measurements for the installation of the tsunami early warning system in the Indian Ocean
2007 Christoph Warmbrunn, Andreas Thoss