Hydraulic fracturing of unconventional oil/gas shales has changed the energy landscape of
the US Recovery of hydrocarbons from tight, hydraulically fractured shales is a highly …

Shales will play an important role in the successful transition of energy from fossil-based
resources to renewables in the coming decades. Aside from being a significant source of …

Fluid–mineral and fluid–rock interfaces are key parameters controlling the reactivity and fate
of fluids in reservoir rocks and aquifers. The interface dynamics through space and time …

The field of reactive transport lies at the intersection of several disciplines in the Earth and
Environmental sciences, including hydrology, geochemistry, biology and geology. The …

In multi‐mineral fractured rocks, the altered porous layer on the fracture surface resulting
from preferential dissolution of the fast‐reacting minerals can have profound impacts on …

Empirical or theoretical extensions of Darcy's law for immiscible two‐phase flow have shown
significant limitations in properly modeling the flow at the continuum scale. We tackle this …

Reactive transport in fractured media is conceptualized as a multi-scale problem that
couples a pore-scale component, which comprises Navier–Stokes flow, multi-component …

Plant‐based food materials are mostly porous in nature and heterogeneous in structure with
huge diversity in cellular orientation. Different cellular environments of plant‐based food …

The heterogeneity and multi‐scale characteristics of porous media (such as soil aquifers)
bring a series of uncertainties in studying flow and solute transport. In particular, the …

Flow and reactive transport problems in engineering, medical and environmental
applications often involve complex geometries. Grid based methods (eg finite volume, finite …