NexTitan pulse

Thermal Meets Mechanical. Rock Doesn’t Stand a Chance.

NexTitan Pulse

Why It Matters?

Deep geothermal drilling often grinds to a halt in crystalline formations, or abrasive lithologies. Conventional bits wear fast, slow down, and cost millions in downtime. NexTitan Pulse changes the physics of drilling. It weakens the rock thermally before contact - reducing mechanical stress, minimizing tool wear, and maintaining high penetration rates at depth.

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Functional Modules Differentiation Business Case Use cases

Key Functional Modules

GA Drilling technical testing process graphic

Key Functional Modules

Thermal Shock Generator

Delivers high-energy plasma discharges to fracture and pre-weaken rock at the surface.

Key features

Reduces formation strength before mechanical contact

Expands the operating envelope of conventional drill bits

Enables higher ROP in all formations, especially hard ones

Impact

7×

ROP increase

longer bit life

Reduced

Force per pdc cutter by half

Integrated Real-Time Control Layer

Combines downhole sensing, plasma modulation, and AI-driven drilling optimization.

Key features

Analyzes formation response in real time

Adjusts thermal intensity and bit interaction dynamically

Logs geological data at high resolution

Impact

+150%

Productivity boost

-70%

NPT

Continuous adaptation

to changing  rock types

Differentiation

What Sets Plasmabit Apart

Illustration highlighting GA Drilling differentiator one

Thermal shock replaces brute force.

It doesn’t just gather data—it uses it instantly.

Illustration highlighting GA Drilling differentiator two

Modular architecture. Maximum compatibility.

Works as a standalone unit as part of conventional setup, or in tandem with other GA drilling components.

Illustration highlighting GA Drilling differentiator three

Built for real-time learning.

Integrated control software continuously tunes drilling parameters and learns from field data.

Business Case at a Glance

Performance Boost

up to 7x

ROP

BHA lifetime

+50%

Heat production per well

Operational Gains

Less

tool failure rates

Shorter

Time to target depth

Higher

Rig efficiency

Risk Reduction

Reduced

Risk wear

Less risk

In ultrahard rock

Lower

chance of ultimate failure

Use cases

Explore Use Cases

Factory Drilling for Industrial Use

Decarbonize factories, data centers, and power plants with scalable geothermal. Factory-style drilling cuts costs and enables rapid well programs.

Offshore Wells with High Day Rates

Faster offshore drilling reduces rig time, cuts millions in costs, lowers risks, and boosts project NPV through earlier well completion.

Inclined / Horizontal Geothermal Wells

Horizontal and inclined wells maximize reservoir contact, delivering higher flow rates than vertical designs. NexTitan enables efficient drilling of long laterals in hard, high-temperature formations, reducing non-productive time and improving geothermal well economics.

Push Beyond Mechanical Limits

Curious how NexTitan Pulse can unlock your most challenging formations?

Request  Technical Specs

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