Hitoshi Koide / Sumiko Koide (CCGeosystem) publications - English
"One small step for "CCS and carbon recycling (CCSR)", one giant leap for mankind." CC Geosystem:http://co2.eco.coocan.jp/

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Everyone's CCS
Hitoshi and Sumiko Koide, CC Geosystem Laboratory E-mail:MXE02263@nifty.com URL:http://co2.eco.coocan.jp/

[Recent Publications]
2016: CCS as the only appropriate climate geoengineering technology

2011: Geological Disposal of Carbon Dioxide and Radioactive Waste in the Geotectonically Active Country of Japan, A Comparative Assessment (IAEA)
2008: Carbon microbubbles sequestration: a novel technology for stable underground emplacement of greenhouse gases (GHGT-9) [Original paper on CMS]
2005: CO2 Sequestration into Deep Unmineable Coalbeds and Combined Methane Recovery in Japan(178p., in Japanese with English abstract)

[Frackquake/ Fluid Induced Earthquake]
2014: Risk and Mechanism of Frackquakes: Man-Made Injection-Induced Earthquakes(2.5Mb, 64p. in Japanese with English abstract)
2009 CO2-driven Matsushiro swarm earthquakes: natural analogues of underground CO2 storage in Japan(JpGU)
2008 Natural analogue study for safety of geological carbon sequestration(JpGU)
2006:Matsushiro Earthquake Swarm (1965-1967) as a Natural Analogue of CO2 Storage and Leakage(AGU)
2006: Natural Analogue Study for Geological Sequestration of CO2 at the Matsushiro Earthquake Fault Zone, Japan: CO2 Seepage Mechanism (GHGT-8)
2006: Earthquake related fluid migrations: Mechanism, historical records and lessons learnt (GHGT-8)

[Biogeochemical CCSR: Deep carbon recycling during geological CO2 storage]
2013:Global underground gas winery absorbing air CO2 and reproducing methane gas reservoirs : underground carbon recycling(OHP)
2012:Methane gas as a renewable energy: Sustainable hydrocarbon energy resources development by carbon recycling CCS(OHP)
2006: Deep unmineable coalbeds in Japan: Potential CO2 sink and untapped energy resource, (GHGT-8)
2006: Deep unminable coalbeds as potential gas resources and CO2 sink in Japan(in Japanese with English abstract)
2005: Possibility of CO2 sequestration into coal seams in Japan,(GHGT-7)
2003: CO2 Sequestration in coal seams with CO2-enhanced gas recovery and in situ fire-free gasification of coal (World Gas Conference)
2003: Carbon sequestration in coal seams in Japan and biogeochemical carbon cycle in Tertiary sedimentary basins (GHGT-6)
2002: Study on development of new CO2 sending method for geological storage –Application to CO2-CH4 cycle(in Japanese with English abstract)
2001: Subsurface CO2 disposal with enhanced gas recovery and biogeochemical carbon recycling (Environmental Geosciences) [Original paper on biogeochemical coal gasification and deep carbon recycling]
2001: Subsurface biogeochemical carbon recycling: CO2-EGR with microbial methanogenesis in geochemically sealed aquifers (GHGT-5)
1999: Prospect of geological sequestration of CO2 for greenhouse gas mitigation and natural gas recovery
1999: Geological sequestration and microbiological recycling of CO2 in aquifers (GHGT-4) [Original paper on CCSR: Deep carbon recycling]

2014 CCS-geoengineering: the only one reasonable climate geoengineering technology at present(JpGU)
2012 Carbon capture, utilization & storage (CCUS) as a bridging technology(MMIJ)
2011 Air-CCS: Climate geoengineering in use of untapped natural energy in remote regions(JpGU)
2010 Air microbubbles sequestration: an attempt at climate geoengineering(JpGU)
2009 Carbon microbubbles sequestration: a novel technology for stable underground emplacement of greenhouse gases(JpGU)
2008 Carbon capture and sequestration (CCS) and energy conservation, The 22nd National Congress for Environmental Studies/The Science Council of Japan
2007 Microbubble carbon sequestration into unconfined aquifers(JpGU)

[CCS/EOR patents]
International Patent PCT/Saudi Arabia/UAE: WO2008007718 °»Enhanced recovery process for petroleum or natural gas, enhanced recovery system for the same, and injector for gas-liquid mixed fluid°…
International Patent PCT: WO2003091534 "Method for recovering coal seam by non-combustion gasification at original location and method for recovering organic substance or fossil organic substance under ground by non-combustion gasification at original location"
United States Patent US8167037/ Saudi Arabia Patent No.2592/ Japan Patent JP5163996°»Method and Device for Feeding Liquified Carbon-Dioxide Gas into an Aquifer Deep Underground°…
United States Patent US8096934/ Japan Patent JP5347154°»System for treating carbon dioxide, and method for storing such treated carbon dioxide underground°…
Japan Patent JP4973936°»Method and system for storing carbon dioxide in ground°…

2009: Earth-friendly CCS -
Carbon microbubbles sequestration (CMS)-
1999: CCS leaflet: Geological sequestration - C-
1999: Long-term tectonic stability assessment: Geological sequestration - radwaste (HLW)-

[CCS/HLW disposal]
2011: Geological Disposal of Carbon Dioxide and Radioactive Waste in the Geotectonically Active Country of Japan, A Comparative Assessment (IAEA)
1992: "Waste Disposal and Geology" Proceedings of the International Geological Congress workshop (IGC ws)(25Mb)
1972: Mechanical Properties of Japanese Tertiary Sedimentary Rocks under High Confining Pressure, Geological Survey of Japan(9Mb)

[Advance of CCS-GHGT and others]
2008: Carbon microbubbles sequestration: a novel technology for stable underground emplacement of greenhouse gases (GHGT-9) [Original paper on CMS]
2003: Japanese R&D project for CO2 geological sequestration (GHGT-6)
2001: Underground sequestration of carbon dioxide in tectonically active area, An outline of a Japanese newly-launched CCS R&D program (GHGT-5)
1997: Deep sub-seabed disposal of CO2 - The most protective storage- (ICCDR-3)
1997: Hydrate formation in sediments in the sub-seabed disposal of CO2
1995: Self-trapping mechanisms of carbon dioxide in the aquifer disposal (ICCDR-2) [Original paper on CO2 hydrate autogenous sealing storage]
1995: Possibility of CO2 underground sequestration in Japan (ICCDR-2)
1994: Subterranean disposal of carbon dioxide at cool formation temperature (CLEAN AIR'94)
1993: Aquifer disposal of CO2 and natural gas reservoirs (CO2FIX)
1993: Carbon dioxide injection into useless aquifers and recovery of natural gas dissolved in fossil water
1993: Underground storage of carbon dioxide in depleted natural gas reservoirs and unused aquifers (Engineering Geology)
1992: Subterranean containment and long-term storage of carbon dioxide in unused aquifers and depleted natural gas reservoirs (ICCDR-1) [Original paper on CCS]

[Geological prediction]
1997: Geotechnical challenges to geological hazard and protection of environment (Keynote paper, ISRM-8)
1992: Prediction of tectonic stability in an island arc region for waste disposal (International Geological Congress workshop)
1991: Geologic problems of radioactive waste disposal in Japan (Episodes)
1998: Geotectonic modeling and crustal stability assessment for radwaste disposal
2000: Prediction of long term crustal movement for geological disposal of radioactive waste
2013: Geotectonic Evolution of the Japanese Islands under New Paradigms of the Next Generation - Journal of Geography(Chigaku Zasshi) Special Issue

[Earthquake/active fault]
2014: Risk and Mechanism of Frackquakes: Man-Made Injection-Induced Earthquakes(2.5Mb, 64p. in Japanese with English abstract)
2003 Laboratory Measurements of Seismic Wave Velocity by CO2 Injection in Two Porous Sandstones
1993 Seismic intensity felt in underground coal mines by very close big earthquakes
1993 A seismic intensity in a deep underground space – A case of 1993 Off-Kushiro Earthquake -
1988: In situ stress measurements in the Kanto-Tokai region of Japan for the prediction of earthquake
1986: On the accuracy and evaluation of rock stress measurements in the Kanto-Tokai Region, Japan
1985: Hydraulic fracturing and stress distribution around a borehole, pressure shaft and fluid-filled spheroidal cavern
1979: Surface Earthquake Faults associated with the Izu-Oshima-Kinkai Earthquake of 1978,Japan(in Japanese with English abstract)
1977: Geometric pattern of active strike-slip faults and their significance as indicators for areas of energy release (Earthquake triggering at asperities of active faults)
1974: Fault models based on an extended Griffith°«s theory (Hydraulic fracturing, induced earthquake, fault instability)(in Japanese with English abstract)
1970: Microscopic mechanism of the development of rock failure and big earthquakes
1969: Earthquake source fracturing process: Initiation and development of fractures in rocks under the compressive stress regime(in Japanese)
1967: Process of Fracturing of Rocks under Triaxial Compression(in Japanese with English abstract)

1991: Numerical analysis of tectonic deformation by magma intrusion and prediction of volcanic eruption
1987: Analysis of tectonic deformation by magma intrusion and its application to prediction of volcanic eruption (Tectonic prediction of volcanic eruption - Izu-Oshima fissure eruption)
1987: Theoretical and experimental studies of mantle upwelling, penetrative magmatism, and development of rifts in continental and oceanic crusts.(spreading centers)
1978: The origin and evolution of rifts and rift valley structures: a mechanistic interpretation
1976: Mechanical role of fluid intrusion in the development and stability of deep-seated fracture and fault systems (Magma and hydrothermal fluid intrusion in deep-seated fault and volcanic system)
1975: Formation of fractures around magmatic intrusion and their role in ore localization (Economic Geology)[Original paper on caldera and ring fracture formation theory]
1975: Mechanistic interpretation of rift valley formation (Science)[Original paper on rift and graben formation theory]
1975: Mechanistic model for triple junction fracture geometry (Nature)[Original paper on triple junction formation theory]
1977: A model for partial melting of upper mantle rocks by local instability and its cyclical stress-relief[Original paper on partial melting magma genesis]

[Ore veins/hydrothermal deposits]
1971: Fractures aligned en echelon and fracture patterns (IAGOD Volume) Echelons ore veins
1978: Tectonophysics as related to the structural features of ore deposits:The role of fluid intrusion in formation of vein fractures
1986: Mechanism of volcano-tectonic depressions and hydrothermal activity (in Japanese)
1978: Ring Structures, Resurgent Cauldron, and Ore Deposits in the Hokuroku Volcanic Field, Northern Akita, Japan

[Rock mechanics]
1991: Rock Mechanics in Japan Volume 6
1991: Effect of anisotropic stress and fluid pressure on the stability of rock around an underground radioactive waste repository
1991: Correlation between permeability and deformational characteristics of the Shirahama sandstone and Inada granite (ISRM-7)
1989: Compaction and expanison of sedimentary rocks due to the pore water pressure change and their effect on subsidence and re-upheaval
1989: Effect of the intermediate principal stress on strength and deformation behavior of sedimentary rocks at the depth shallower than 200m
1988: Analysis of stress, water flow and heat transfer in fractured rocks
1987:Shear Strength for Rock Joints with Irregular Shaped Asperities (in Japanese with English abstract)
1979: Effect of geological compaction on the deformation of sedimentary rocks (ISRM-4)
1977: Grain size dependence of ultimate strength of marble under confining pressure and the size of Griffith inclusion
1971: Variation of mechanical properties of Tertiary sedimentary rocks in Japan (Effects of age, overburden pressure and tectonic stress on compaction of sedimentary rocks)
1970: Process of deformation of the sedimentary rocks (Fracturing process under compression)
1967: Development of microfractures in experimentally deformed rocks (in Japanese with English abstract)

[Fracture mechanics: "Griffith inclusion model"]
1986: Effects of Griffith cracks and inclusions on fracture criteria under a general triaxial stress state (in Japanese with English abstract)
1981: Statistical evaluation of stability of faults on the basis of Griffith inclusion model (Fault instability and earthquake triggering criteria)
1976: Fracturing of heterogeneous materials by thermally induced residual stress with special reference to rocks (Spallation of glass, steel and rocks)
1972: Fracture initiation in brittle polycrystalline material such as rocks (Mechanical Behavior of Materials)
1970: Condition for fracture formation from inclusions 1. Soft inclusion and pore (in Japanese with English abstract)
1972: Stress concentrations around inclusions and cavities - Exact stress distributions around and in spheroidal inclusions and cavities by the three dimentional theory of elasticity (in Japanese)

[Earth science reviews]
1889Manjiro YAMAGAMI: Does the Combustion of Coal Change the Nature of the Atmosphere? Journal of Geography (Chigaku Zasshi), Vol.1
1889 Toyokichi HARADA: The early pioneer °»Geotectonics of Japan°…pointed out possibility of earthquakes at East Japan Trough.

2013 On the composite volume "Geotectonic Evolution of the Japanese Islands under New Paradigms of the Next Generation"
2013 An Overview: Special Issue on "Current Status of On-land Scientific Drilling in Japan and Its Prospects"
2013 An Overview: the Special Issue on "The Slow Subsurface Fluid Flow Processes (Part II):Field Examples and Laboratory Experiments"
2012 Special Issue on "Geography in the World" for the IGU (International Geographical Union) Kyoto Regional Conference 2013
2012Overview: Special Issue on "Paleoenvironmental Changes in the Antarctic Cryosphere: Global Climate Change Investigated in the Southern Ocean"
2012Preface for the Special Issue on "Paleoenvironmental Changes in the Antarctic Cryosphere: Global Climate Change Investigated in the Southern Ocean"
2012An Overview Special Issue on °»The Slow Subsurface Fluid Flow Processes (Part I) Theory, Model, and Physical Properties Estimation°…
2011Overview: Special Issue on °»Geoparks and Regional Development°…