Carbon capture and storage (CCS) is the only viable technology to mitigate carbon
emissions while allowing continued large‐scale use of fossil fuels. The storage part of CCS …

In the ten years since publication of the IPCC Special Report on CCS, there has been
considerable progress in monitoring and verification (M&V). Numerous injection projects …

There is abundant evidence for widespread microbial activity in deep continental fractures
and aquifers, with important implications for biogeochemical cycling on Earth and the …

In 2005, the IPPC Special report on carbon dioxide capture and storage (SRCCS)
summarized the state of knowledge about CCS as an emerging technology for reducing CO …

Heterogeneities in porosity and permeability of geological CO2 storage reservoirs and
surrounding strata have a significant influence on storage capacity, design of injection wells …

Abstract A series of Mb 3.8–5.5 induced seismic events in the midcontinent region, United
States, resulted from injection of fluid either into a basal sedimentary reservoir with no …

Carbon capture and storage (CCS) is a promising approach to simultaneously maintaining
energy security and reducing carbon dioxide (CO 2) emissions under the current energy …

A microfluidic pore structure etched into a silicon wafer was used as a two-dimensional
model subsurface sedimentary system (ie, micromodel) to study mineral precipitation and …

Carbon capture and storage (CCS), involves capture of CO2 emissions from power plants
and other large stationary sources and subsequent injection of the captured CO2 into deep …

Underground geological storage of CO2 in deep saline aquifers is considered for reducing
greenhouse gases emissions into the atmosphere. However, some issues were raised with …