Infrastructure Innovation
HDD Safety Technologies
A family of technologies in development, shaped by practical HDD and field-operations experience and focused on improving how underground risk is understood before and during a bore.
The problem
Better information for safer underground work
HDD work depends on understanding the planned route, the surrounding utilities and the changing conditions encountered in the field. CO2Zero’s safety research explores how sensors, route verification and digital interpretation could provide better information around that process. These technologies remain in development and are described by intended function—not by unproven results.
Technology family
Four connected concepts at different stages
HDD Anti-Strike System
A system concept focused on improving underground-strike prevention during drilling.
Smart Nail / Porco-Espinho
A sensing and verification concept within the wider HDD safety family.
Retractable In-Head Probe
A route-verification concept associated with the drill head and the path ahead of the bore.
External Verification Robot
An autonomous external route-verification concept intended to support understanding of the underground path.
Connection to operations
Field experience defines the research questions
Operational context matters
The same field-technology experience that informs ClearBore also shapes the HDD safety portfolio. Documentation reveals what crews need to record; field conditions reveal what they need to understand; engineering and software define how that information could be turned into a usable system.
Discuss underground-strike prevention and field technology.
CO2Zero welcomes technical conversations with contractors, infrastructure partners and sensor or manufacturing specialists.