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• W86956730 abstract "This chapter gives the reader an introduction into the microbiology of deep geological systems with a special focus on potential geobiotechnological applications and respective risk assessments. It has been known for decades that microbial activity is responsible for the degradation or conversion of hydrocarbons in oil, gas, and coal reservoirs. These processes occur in the absence of oxygen, a typical characteristic of such deep ecosystems. The understanding of the responsible microbial processes and their environmental regulation is not only of great scientific interest. It also has substantial economic and social relevance, inasmuch as these processes directly or indirectly affect the quantity and quality of the stored oil or gas. As outlined in the following chapter, in addition to the conventional hydrocarbons, new interest in such deep subsurface systems is rising for different technological developments. These are introduced together with related geomicrobiological topics. The capture and long-termed storage of large amounts of carbon dioxide, carbon capture and storage (CCS), for example, in depleted oil and gas reservoirs, is considered to be an important options to mitigate greenhouse gas emissions and global warming. On the other hand, the increasing contribution of energy from natural and renewable sources, such as wind, solar, geothermal energy, or biogas production leads to an increasing interest in underground storage of renewable energies. Energy carriers, that is, biogas, methane, or hydrogen, are often produced in a nonconstant manner and renewable energy may be produced at some distance from the place where it is needed. Therefore, storing the energy after its conversion to methane or hydrogen in porous reservoirs or salt caverns is extensively discussed. All these developments create new research fields and challenges for microbiologists and geobiotechnologists. As a basis for respective future work, we introduce the three major topics, that is, CCS, underground storage of gases from renewable energy production, and the production of geothermal energy, and summarize the current stat of knowledge about related geomicrobiological and geobiotechnological aspects in this chapter. Finally, recommendations are made for future research." @default.
• W86956730 created "2016-06-24" @default.
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• W86956730 date "2013-01-01" @default.
• W86956730 modified "2023-09-27" @default.
• W86956730 title "Relevance of Deep-Subsurface Microbiology for Underground Gas Storage and Geothermal Energy Production" @default.
• W86956730 cites W1531710391 @default.
• W86956730 cites W1564898159 @default.
• W86956730 cites W1582808559 @default.
• W86956730 cites W1792033831 @default.
• W86956730 cites W1833875850 @default.
• W86956730 cites W1971423167 @default.
• W86956730 cites W1972154597 @default.
• W86956730 cites W1987421340 @default.
• W86956730 cites W1996106692 @default.
• W86956730 cites W1997572975 @default.
• W86956730 cites W1999728927 @default.
• W86956730 cites W2002743655 @default.
• W86956730 cites W2003950107 @default.
• W86956730 cites W2004002777 @default.
• W86956730 cites W2004906805 @default.
• W86956730 cites W2006766931 @default.
• W86956730 cites W2009043709 @default.
• W86956730 cites W2009314966 @default.
• W86956730 cites W2011575613 @default.
• W86956730 cites W2019323440 @default.
• W86956730 cites W2024918069 @default.
• W86956730 cites W2028716760 @default.
• W86956730 cites W2029012641 @default.
• W86956730 cites W2030084959 @default.
• W86956730 cites W2031863726 @default.
• W86956730 cites W2032132582 @default.
• W86956730 cites W2032197475 @default.
• W86956730 cites W2038979205 @default.
• W86956730 cites W2039348176 @default.
• W86956730 cites W2041278533 @default.
• W86956730 cites W2044273126 @default.
• W86956730 cites W2047663945 @default.
• W86956730 cites W2049538921 @default.
• W86956730 cites W2050560715 @default.
• W86956730 cites W2051566548 @default.
• W86956730 cites W2053480406 @default.
• W86956730 cites W2054835895 @default.
• W86956730 cites W2057673452 @default.
• W86956730 cites W2059636960 @default.
• W86956730 cites W2063609764 @default.
• W86956730 cites W2065641681 @default.
• W86956730 cites W2066963070 @default.
• W86956730 cites W2066980048 @default.
• W86956730 cites W2067605918 @default.
• W86956730 cites W2070167221 @default.
• W86956730 cites W2071939244 @default.
• W86956730 cites W2079363474 @default.
• W86956730 cites W2079476794 @default.
• W86956730 cites W2085817212 @default.
• W86956730 cites W2086003068 @default.
• W86956730 cites W2089673861 @default.
• W86956730 cites W2095132924 @default.
• W86956730 cites W2099957049 @default.
• W86956730 cites W2102305853 @default.
• W86956730 cites W2102663197 @default.
• W86956730 cites W2103880422 @default.
• W86956730 cites W2104012665 @default.
• W86956730 cites W2104585858 @default.
• W86956730 cites W2105502827 @default.
• W86956730 cites W2111364030 @default.
• W86956730 cites W2115782718 @default.
• W86956730 cites W2119332583 @default.
• W86956730 cites W2134366599 @default.
• W86956730 cites W2141358747 @default.
• W86956730 cites W2147818114 @default.
• W86956730 cites W2150694330 @default.
• W86956730 cites W2150738554 @default.
• W86956730 cites W2151307216 @default.
• W86956730 cites W2152971512 @default.
• W86956730 cites W2158565077 @default.
• W86956730 cites W2159900744 @default.
• W86956730 cites W2162164680 @default.
• W86956730 cites W2164083924 @default.
• W86956730 cites W2164789551 @default.
• W86956730 cites W2259997 @default.
• W86956730 cites W2331843975 @default.
• W86956730 cites W2410264887 @default.
• W86956730 cites W4240723177 @default.
• W86956730 cites W4319291162 @default.
• W86956730 cites W46121643 @default.
• W86956730 doi "https://doi.org/10.1007/10_2013_257" @default.
• W86956730 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24311044" @default.
• W86956730 hasPublicationYear "2013" @default.
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