Microfluidic systems that leverage unique micro-scale phenomena have been developed to
provide rapid, accurate and robust analysis, predominantly for biomedical applications …

Conspectus Nanofluidics is the study of fluids under nanoscale confinement, where small-
scale effects dictate fluid physics and continuum assumptions are no longer fully valid. At …

CO 2 injection into the geological formations is a promising option to enhance oil recovery
while simultaneously contributing to carbon storage. Conventional core tests provide critical …

Understanding and controlling confined CO 2 fluids in nanopores is at the heart of the CO 2
enhanced oil recovery in shale reservoirs. Here, for the first time, qualitative and quantitative …

Injecting CO 2 into deep reservoirs with high temperature and pressure (HTHP) is a
promising method for enhancing oil recovery (EOR) and CO 2 utilization and storage (CUS) …

Condensation on the nanoscale is essential to understand many natural and synthetic
systems relevant to water, air, and energy. Despite its importance, the underlying physics of …

The stochastic sensing based on single nanopores is considered as one of the more
relevant breakthroughs in bioanalysis, as rightly summarized in previous reviews. Inspired …

Current clastic reservoirs with burial depth of more than 5000 m are important energy
sources. And microscopic initiation mechanism of residual oil after water flooding has been …

Fluid miscible behaviors in nanoporous media are crucial for applications such as carbon
capture, utilization, and storage (CCUS), membrane separation, subsurface pollutant …

Hydrocarbon recovery from shale reservoirs provides an increasing share of world energy.
These resources are multicomponent fluid mixtures within multiscale geometries, and …