The transition to renewable energy sources to mitigate climate change will require large-
scale energy storage to dampen the fluctuating availability of renewable sources and to …

Limiting the increase in CO2 concentrations in the atmosphere, and at the same time,
meeting the increased energy demand can be achieved by applying carbon capture …

New methods and technologies for energy storage are required to make a transition to
renewable energy sources; in Germany this transition is termed “Energiewende” …

Large-scale energy storage in the geological subsurface (eg by storing hydrogen gas) may
help to mitigate effects of a fluctuating energy production arising from the extensive use of …

The first objective of this study is to present unique field data on a three-year pilot test during
which air containing 8 mol% O 2 (g) was injected as a cushion gas into a natural gas …

For the transition to a clean and sustainable energy production from renewable sources like
solar or wind power, large and secure storage of energy is required to compensate for the …

It has been over 15 years since the concept of Virtual Geographic Environments (VGEs) was
formally proposed (Lin and Gong 2001). Although the thinking about VGEs never stops …

The present paper gives an overview of the GeomInt project “Geomechanical integrity of
host and barrier rocks—experiment, modelling and analysis of discontinuities” which has …

Carbon capture and storage (CCS) in terms of geological sequestration represents the
process of capturing CO2 from large point sources, its transportation to a storage site, and its …

Storage strata are usually generalized as horizontal when using numerical simulation
methods to analyze CO2 geological storage in saline aquifers. However, horizontal strata …