Meeting Energy Demands Through Mining
Article Sidebar
Main Article Content
Abstract
The Mineral and Mining industry is a huge energy requiring sector which demands connections to a viable electric power origin and reference. With the upsurge of these mineral requests and decreasing valued grades of ores, energy aspiration is approximated to sky-rocket to 36% by the year 2035. It is even projected to accelerate geometrically from the fact that sophistication and powering of the mine locations speeds up the stability into the necessity of energy applications and its requirements derived from fossil fuels utilized to generate electricity. This paper discusses other fossilized fuel-based materials for generation of electricity.
Downloads
Article Details
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
How to Cite
References
Adedimila A.S. (2000): Bitumen, Nigeria’s other Black Gold?, University of Lagos press, Lagos Nigeria. 2. Basieso M.A. et al.(2008): Jordan Oil Shale – A promising Strategy Source of Energy; Economics, Management and Polic, Page 90 – 129.
Coal (2012): Energy for Sustainable Development (World Coal Association), London, United Kingdom.
Degueldre C. and Joyce M.J.(2020): Evidence and uncertainty for Uranium and Thorium abundance – A review project, Nuclear Energy, 124. [CrossRef]
Dipali N. (2021): Carbonyl Nickel Powder Market Size, Forecast Report to 2027, ReseachGate.
Dipali N. (2021): Cobalt Carbonate Market Size, Forecast Report to 2027, ReseachGate.
Energy Kid’s page (2007): - Energy Information Administration, Electric Power Annual 2006, National Energy Education Development Project, Intermediate Energy Info book, 2006. 8. Grand View Research (2019): Rare Earth Elements Market Size, Share and Trend analysis Report. 9. Hobart M.K. (2020):Rare Earth Elements and their uses. 10. IRENA (2015): Africa 2020 – Roadmap for a Renewable Energy Future, Abu Dhabi.
Jeffrey K (2006): Characteristics of the Industrial Minerals Sector, in Industrial Minerals and Rocks: Commodities, Markets and Markets, Kogel et al, pp.3.
Kutsch J., and Kennedy J.(2013): Global Economics of Thorium Energy - Thorium Energy Alliance Portal.
Lazard (2016): Levelized cost of energy analysis – version 10.0 14. Lewicka E., Szlug J., Burkowicz A. and Galos K. (2020): Sources and Markets of Limestone Flour in Poland; Mineral and Energy Economy Research Institute of the Polish Academy of Sciences, ResearchGate. [CrossRef]
Maarten W.(2015):Natural gas providing more and cleaner energy –Integrated gas and New energies, Royal Dutch shell.
National Energy Regulator of South Africa (NERSA) (2006), Electricity Supply Statistics 2006, pp.11-13, 18, 34.
Natural Gas Facts and Figure(2020):, International Gas Union: IGU News – The world LNG Report.
Owolabi, A. O. (1997): Evaluation of the Engineering Properties of the naturally occurring Bitumen in Ondo State, Nigeria. 19. Peggs S., et al. (2012): “Thorium Energy Futures”, Proceedings of the International Particle Accelerator Conference IPAC, JACoW, pp 29-33, New Orleans, Louisiana,, USA, pp. 29-33.
Scrosati B., Hassoun J. and Sun Y. K., (2011): Energy and Environmental Science; 4, 3287-3295. [CrossRef] 21. Sharma A. (2020): Nickel Market Size, Analysis & Global Forecast to 2026, ReseachGate. 22. Sinding-Larson R. and Friedrich W. W. (2012): Non-Renewable Resource Issues, Spring Dordrecht Heidelberg, London, England. 23. Traci P. (2019): Facts about Molybdenum; Live Science. 24. Transparency Market Research(2018) : Molybdenum Market – Global Industry Analysis, size, share,growth and forecast 2018 – 2026.
Wang R., Mai J., Guan Y.and Liu Z.(2020): Radionuclides in the enviroment around uranium mines in Guangxi, China, 159, NJTE, Vol.14, No. 1 pp. 9 – 18, [CrossRef]
World Bank (2010): Addressing the Electricity Access Gap: Background Paper of World Bank Group Energy Sector Strategy, pp. 21 – 2.