High-voltage electric pulse rock-breaking technology has the potential to improve drilling
speed significantly. Numerous mechanism studies and laboratory experiments have laid the …

High-voltage electric pulse (HVEP) is an innovative low-energy and high-efficiency
technique. However, the underlying physics of the electrical breakdown within the rock, and …

As a novel rock-breaking technology, the high-voltage electro pulse rock-breaking boring
(EPB) technology has a broad prospect for high efficiency and low energy consumption rock …

Plasma Pulse Geo Drilling (PPGD) is a contact-less drilling technique, where an electric
discharge across a rock sample causes the rock to fracture. Experimental results have …

Geothermal energy has emerged as a cornerstone in renewable energy, delivering reliable,
low-emission baseload electricity and heating solutions. This review bridges the current …

Drilling costs can be 80% of geothermal project investment, so decreasing these deep
drilling costs substantially reduces overall project costs, contributing to less expensive …

Abstract Advanced Geothermal Systems (AGS) may in principle be able to satisfy the global
energy demand using standard continental-crust geothermal temperature gradients of 25 …

The investigation of drilling directional wells in the fields of western Turkmenistan is relevant
at the present time, as it can contribute to the optimisation of hydrocarbon production …

Geothermal energy is an essential clean and renewable resource that is reliable and has
large reserves that are not impacted by the weather or the seasons. However, there are …

Advanced Geothermal Systems (AGS) generate electric power using a closed-loop system,
by circulating a working fluid through a long wellbore and extracting geothermal heat only …