|
2209 |
Implications of mass transport deposit for gas hydrate-bearing seismic chimneys in the Ulleung Basin, East Sea, Korea |
Dr. Nyeon Keon Kang |
T21.P5 - Unconventional Hydrocarbons and Emerging Fuels |
 2209.pdf |
|
1526 |
Pore Pressure Prediction in Gas Hydrate Bearing Sediments of Krishna-Godavari Basin, India |
Dr. Rima Chatterjee |
T21.P5 - Unconventional Hydrocarbons and Emerging Fuels |
1526.pdf |
|
1091 |
Carbon Dioxide Migration in Sediments on the Chatham Rise, New Zealand |
Dr. Richard Coffin |
T21.P5 - Unconventional Hydrocarbons and Emerging Fuels |
1091.pdf |
|
2484 |
Methane hydrates of the Russian Arctic seas: forecasts of distribution and resource assessment |
Dr. Tatiana Matveeva |
T21.P5 - Unconventional Hydrocarbons and Emerging Fuels |
2484.pdf |
|
1348 |
Porosity well logging prediction for tight oil reservoirs with variable matrix parameter in Zahaquan area, Qaidam Basin |
Prof. ZHANG Xiaoli |
T21.P5 - Unconventional Hydrocarbons and Emerging Fuels |
1348.pdf |
|
5246 |
Geochemical Comparisons of Natural Gas in Inclusions and Reservoirs of the XuJiaHe Formation, Sichuan Basin, China |
Prof. Zhiyong Chen |
T21.P5 - Unconventional Hydrocarbons and Emerging Fuels |
5246.pdf |
|
3679 |
Gas hydrate identification near seafloor based on geological and geophysical methods in the eastern Pearl River Mouth Basin of South China Sea |
Mr. Chunbo Jiao |
T21.P5 - Unconventional Hydrocarbons and Emerging Fuels |
3679.pdf |
|
3524 |
Gas torches as the search feature of hydrocarbon deposits |
Dr. Sergii Goshovskyi |
T21.P5 - Unconventional Hydrocarbons and Emerging Fuels |
3524.pdf |
|
762 |
Diagenesis and its Impact on the Reservoir Quality of Chang 7 Tight Sandstones in Ordos Basin, China |
Mr. Wenchao Dou |
T21.P5 - Unconventional Hydrocarbons and Emerging Fuels |
762.pdf |
|
3496 |
The Pilot Site Ketzin, Germany – Lessons Learnt on CO2 Storage |
Dr. Mario Wipki |
T22.7 - Carbon capture and storage – From reservoir through the full value chain |
3496.pdf |
|
1325 |
United Nations Framework Classification 2009 |
Mr. Sean Davids |
T22.7 - Carbon capture and storage – From reservoir through the full value chain |
1325.pdf |
|
510 |
Geologic Carbon Storage at a One Million Tonne Demonstration Project: Lessons Learned from the Illinois Basin – Decatur Project, USA |
Dr. Sallie E Greenberg |
T22.7 - Carbon capture and storage – From reservoir through the full value chain |
510.pdf |
|
4380 |
Sedimentological and H2O-CO2-rock interaction studies for a long-term geological CO2 storage in the onshore Zululand Basin, South Africa |
Mr. Lowanika Victor Tibane |
T22.7 - Carbon capture and storage – From reservoir through the full value chain |
4380.pdf |
|
1096 |
THE PLAINS CO2 REDUCTION PARTNERSHIP: DEVOLOPING TECHNOLOGIES FOR CCS DEPLOYMENT IN CENTRAL NORTH AMERICA |
Mr. Edward Steadman |
T22.7 - Carbon capture and storage – From reservoir through the full value chain |
1096.pdf |
|
5565 |
Moving CCS Forward: Bridging the Industrial Divide – Learnings from the CO2CRC Otway Project, Australia |
Dr. Matthias Raab |
T22.7 - Carbon capture and storage – From reservoir through the full value chain |
5565.pdf |
|
128 |
Evaluation of CO2 storage potential on the Norwegian Continental Shelf |
Mrs. Eva Halland |
T22.7 - Carbon capture and storage – From reservoir through the full value chain |
|
|
3157 |
Large Pilot Scale Testing of Linde/BASF Post-Combustion CO2 Capture Technology at the Abbott Coal-Fired Power Plant, Illinois USA |
Sallie E Greenberg |
T22.7 - Carbon capture and storage – From reservoir through the full value chain |
|
|
4493 |
The Bongwana Natural CO2 Release |
Mr Nigel Hicks |
T22.8 - Carbon capture and storage – From reservoir through the full value chain |
4493.pdf |
|
3497 |
Challenges and Analytic Opportunities Associated with the Concept of Net Carbon Negative Oil |
Ms. Sarah Forbes |
T22.8 - Carbon capture and storage – From reservoir through the full value chain |
3497.pdf |
|
5275 |
Monetized Leakage Risk of Geologic CO2 Storage and the Role of Secondary Trapping in Intervening Stratigraphic Layers |
Prof. Jeffrey Bielicki |
T22.8 - Carbon capture and storage – From reservoir through the full value chain |
|
|
2397 |
The natural CO2 leaking laboratory offshore Panarea Island, Italy |
Mr. Salvatore Lombardi |
T22.8 - Carbon capture and storage – From reservoir through the full value chain |
|
|
2405 |
The development and application of GasPro pCO2 sensors for CCS monitoring |
Ms. Sabina Bigi |
T22.8 - Carbon capture and storage – From reservoir through the full value chain |
|
|
2411 |
The importance of understanding geochemical baselines for CCS monitoring |
Ms. Salvatore Lombardi |
T22.8 - Carbon capture and storage – From reservoir through the full value chain |
|
|
3826 |
Preliminary remote sensing analyses of the Alid Volcanic Geothermal District (ERITREA) |
Prof. Antonio Galgaro |
T22.9 - Geothermal Energy |
3826.pdf |
|
3456 |
Geothermal resource assessment of the St. Lawrence Lowlands sedimentary basin, Québec, Canada |
Dr. Michel Malo |
T22.9 - Geothermal Energy |
3456.pdf |
|
1933 |
Geothermal heat from generated geothermal energy systems (GeneSys) |
Dr. Peter Gerling |
T22.9 - Geothermal Energy |
1933.pdf |
|
2322 |
Application Effect of Microtremor Survey Method in the Exploration of Geothermal Resource |
Prof. Peifen Xu |
T22.9 - Geothermal Energy |
2322.pdf |
|
4247 |
Optimally Extracting Geothermal Heat from Sedimentary Basins Using Carbon Dioxide |
Prof. Jeffrey Bielicki |
T22.9 - Geothermal Energy |
|
|
1675 |
A new technique for reactive transport modelling in carbonate reservoirs utilized for CO2 sequestration |
Dr. Tina Roberts-Ashby |
T22.9 - Geothermal Energy |
1675.pdf |
|
1780 |
Study of the evaluation of the reservoir temperature for geothermal system: Geothermometry in Boloang Mongondow Area, Province of North Sulawesi, Indonesia |
Mr. Sayyed Faturahman |
T22.P3 - Energy in a Carbon Constrained World |
1780.pdf |
|
1370 |
Petrology and geochemistry characteristics of mudstone interlayer within the paleo-CO2 reservoirs, in the Southern Songliao Basin, China |
Prof. Li Liu
Doctoral student Xiaoran Ming
lecturer Na Liu
Doctoral student Lei Yu
Graduate student Hanggai Bai
Senior Engineer Chunyan Hu |
T22.P3 - Energy in a Carbon Constrained World |
1370.pdf |
|
4320 |
Fracture Controlled CO2 gas migration at the Bongwana Natural CO2 Release Site, South Africa. |
Mr. Nigel Hicks |
T22.P3 - Energy in a Carbon Constrained World |
4320.pdf |
|
1772 |
HIGH TEMPERATURE HYDROTHERMAL ALTERATION IN ACTIVE GEOTHERMAL SYSTEMS: A CASE STUDY OF OLKARIA DOMES |
Mr. James Nyandigisi |
T22.P3 - Energy in a Carbon Constrained World |
|
|
2303 |
Characteristics and Origin of Dawsonite in Songliao Basin, China: A natural analogues for CO2 sequestration in deep-saline aquifers |
Dr. Li Liu |
T22.P3 - Energy in a Carbon Constrained World |
2303.pdf |
|
1216 |
Geological subsurface data collection as a part of the European ESTMAP Project (Energy STorage Mapping and Planning) |
Dr. Laurent Beccaletto |
T22.P3 - Energy in a Carbon Constrained World |
1216.pdf |
|
2701 |
Assessment of the total CO2 storage capacity of shales – upscaling from sorption and reservoir data |
Dr. Marcin Lutynski |
T22.P3 - Energy in a Carbon Constrained World |
2701.pdf |
|
2707 |
Carbon dioxide sorption on gas bearing shale and halloysite |
Dr. Marcin Lutynski |
T22.P3 - Energy in a Carbon Constrained World |
2707.pdf |
|
2920 |
Structural controls on geothermal activity in the eastern Mediterranean region: example of the Main Menderes area (Western Turkey) |
Mr. Vincent Roche |
T22.P3 - Energy in a Carbon Constrained World |
2920.pdf |
|
5464 |
Paleostress reconstruction based on minor faults in core |
Msgr. Sehyeon Gwon |
T22.P3 - Energy in a Carbon Constrained World |
5464.pdf |
|
2391 |
An overview of research at the Latera Caldera, Italy, natural CO2 analogue site |
Mr Salvatore Lombardi |
T22.P3 - Energy in a Carbon Constrained World |
2391.pdf |
|
559 |
Assessment of the geothermal potential of the Main Karoo Basin (South Africa): An outcrop analogue study of Permian sandstone reservoir formations |
Professor Annette E. Goetz |
T22.P3 - Energy in a Carbon Constrained World |
559.pdf |
|
3931 |
Detection of Fractures Acting as Hydrothermal Fluid Path by Lineament Analysis and Radon Gas Measurement |
Prof. Katsuaki Koike |
T22.P3 - Energy in a Carbon Constrained World |
3931.pdf |
|
2399 |
CO2 storage project in Italy: the Sulcis Coal Basin, Italy |
Ms. Sabina Bigi |
T22.P3 - Energy in a Carbon Constrained World |
|
|
3108 |
Geothermal energy from the Main Karoo Basin: New insights from borehole KWV-1 (Eastern Cape, South Africa) |
Professor Annette E. Goetz |
T22.P3 - Energy in a Carbon Constrained World |
|
|
2727 |
Preliminary Assessment of the Puchuldiza-Licancura Geothermal Field in the Central Andean Volcanic Zone, northern Chile |
Dr. Eugenio Veloso
Dr. Felipe Aron
Ms. Estefania Camus
Dr. Jose Cembrano
Dr. Gloria Arancibia
Dr. Diego Morata |
T22.P3 - Energy in a Carbon Constrained World |
2727.pdf |
|
1673 |
Modelling the geology of the GeoEnergy Test Bed, East Midlands UK |
Dr. Tim Pharaoh |
T22.P3 - Energy in a Carbon Constrained World |
1673.pdf |
|
2563 |
Efficiency analysis of geothermal heating and cooling system using groundwater in South Korea |
Dr. JINSUNG KIM |
T22.P3 - Energy in a Carbon Constrained World |
2563.pdf |
|
2019 |
Geological Review of Eburru-Badlands Geothermal prospect; Surface structural and geological mapping |
Ms. Irene Ronoh |
T22.P3 - Energy in a Carbon Constrained World |
2019.pdf |
|
4373 |
Experimental Investigation on the Reactivity of Mg-orthopyroxene and Ca-plagioclase under Direct Aqueous Mineral Carbonation – Eastern Bushveld Igneous Complex Case Study. |
Mr. Zakhele Nkosi |
T22.P4 - Energy in a Carbon Constrained World |
4373.pdf |
|
2069 |
General Characteristics of Geothermal Resources in Madagascar |
Dr. Lala Andrianaivo |
T22.P4 - Energy in a Carbon Constrained World |
2069.pdf |
35th International Geological Congress Symposia