A small portion of oil can be extracted during primary and secondary stages of oil
production, and significant quantities of oil remain in reservoirs. Enhanced oil recovery …

This paper provides a comprehensive overview of research works on in-situ thermal
conductive heating (TCH), including heat transfer in soil, desorption behavior of pollutants …

The modeling of shale gas transport through nanopores is the basis for shale gas production
simulation. The real shale gas always consists of a series of gases, including ethane …

Direct current (DC) electric field has shown promising performance in contaminated site
remediation, in which the Joule heating effect plays an important role but has been …

Back diffusion of contaminants from secondary sources may hamper site remediation if it is
not properly addressed in the remedial design. A review of all reported technologies and …

Successful remediation of semi-volatile contaminants using electrical resistance heating
(ERH) coupled technologies requires a deep understanding of contaminant migration and …

The treatment of dense non-aqueous phase liquid (DNAPL) source zones is challenging,
particularly in heterogeneous media. Thermal conductive heating (TCH) has the potential to …

The recycling of construction waste and the use of a new sintering process in the field of
sintered bricks can greatly solve the problems of clay resource depletion, soil structure …

The removal of dissolved volatile organic compounds (VOCs) from low-permeability lenses
is important to limit back diffusion at sites impacted by dense non-aqueous phase liquids …

There are currently large quantities of heterogeneous contaminated sites and the in-situ
thermal conductive heating (TCH) technology have been widely used in soil remediation …