/Method And System For Enhancing Subsurface Permeability Via Electromagnetic Fields And Electromagnetically Responsive Particles
Abstract

A method for enhancing mineral dissolution and permeability in subsurface rock formations, and a corresponding system, is provided. Electromagnetically responsive granular particles are introduced into fracture networks or fluid pathways within a subsurface formation. A surface-based generation apparatus applies an electromagnetic field that inductively couples with conductive fluids within the fractures or pathways, inducing localized electric currents at formation depth. Interaction between the induced electric currents and the granular particles modifies local electric field gradients and current distributions, thereby inducing electrochemical redox reactions at adjacent mineral surfaces and enhancing mineral dissolution and permeability. The invention is applicable to hydrocarbon reservoirs, geothermal systems, and mineral extraction applications, and is compatible with hydraulic fracturing, hydraulic shearing, and well completion workflows.

Full Text

What is claimed is:

A method for enhancing mineral dissolution and permeability in subsurface rock formations, and a corresponding system, is provided. Electromagnetically responsive granular particles are introduced into fracture networks or fluid pathways within a subsurface formation. A surface-based generation apparatus applies an electromagnetic field that inductively couples with conductive fluids within the fractures or pathways, inducing localized electric currents at formation depth. Interaction between the induced electric currents and the granular particles modifies local electric field gradients and current distributions, thereby inducing electrochemical redox reactions at adjacent mineral surfaces and enhancing mineral dissolution and permeability. The invention is applicable to hydrocarbon reservoirs, geothermal systems, and mineral extraction applications, and is compatible with hydraulic fracturing, hydraulic shearing, and well completion workflows.
Timeline
Filed
04/20/2026
Published
08/27/2026
Granted
Not Available
IPC Codes(4)
E21B 43/27:by use of eroding chemicals, e.g. acids
C09K 8/05:containing inorganic compounds only, e.g. mixtures of clay and salt
E21B 43/26:by forming crevices or fractures