See how accelerated projectiles form boreholes with acoustic navigation, reducing drilling time
See how a multivessel pressure system with segmented elevators and hermetic gate valves enables
See how a multivessel pressure system with energy beam drills enables ultra-deep boreholes to r
See how projectile impact generates acoustic signals to navigate boreholes toward fractures, re
Manual path teaching lets a rock drilling unit reuse collision-free positioning paths in narrow tunnels without added spatial sensors.
A reusable plasma blast probe with adjustable electrodes generates focused shock waves to fracture pavement structures.
A metallic cylindrical casing with stacked shaped charges creates vertical holes for resource exploration.
Ram accelerator assembly propels projectiles to fracture hard rock, reducing mechanical stress on the drill bit and extending equipment lifespan.
Segmented radar measurements map borehole geometry to correct uneven explosive distribution caused by depth and curvature.
Ram accelerator assembly accelerates projectiles to fracture rock faces, reducing debris removal time and boosting tunnel advancement speed.
Ridge groove coupling secures snap-on insulator on bulkhead igniter preventing downhole short circuits.
Ram accelerator endcaps isolate guide tubes from high-pressure oil, water, and gas incursion while allowing projectile penetration for efficient excavation.
A deformable insert constricts a passageway to direct energy output from one pyrotechnic device to another.
A drill string integrates a ram accelerator to launch projectiles that weaken geological formations ahead of the mechanical bit.
Ram accelerator launches projectiles to fracture rock, reducing energy consumption and equipment wear.
A well construction method condenses drilling phases into a single step using variable drill diameters.
Integrates ram acceleration with drilling fluid to reduce energy losses and improve well pressure control.