'Petra' Has Created a More Efficient Solution for Drilling into Rock
Colin Smith — December 13, 2021 — Tech
References: wired
Most construction tools on the market today that are designed to remove rock use large, inefficient methods of grinding into the stone. This is why 'Petra,' a startup in the ground-boring industry, has been researching ways to make cutting stone less inefficient and less reckless. There is a lot of damage to buried infrastructure such as power or cable lines caused by reckless drilling. Petra has created a far less intrusive solution.
Petra first attempted to create a rock-cutting device that used plasma as its primary resource to shave away at rock surfaces in a precise range. Now, Petra has retired the idea of plasma in favor of a cutting device that uses a mixture of gas and heat to remove sections of rock and stone without even touching the stone. This new method of removing hard rock and stone without aggressive and reckless physical drilling can increase efficiency, save money on construction projects, and prevent unnecessary damage to infrastructure.
Image Credit: Petra
Petra first attempted to create a rock-cutting device that used plasma as its primary resource to shave away at rock surfaces in a precise range. Now, Petra has retired the idea of plasma in favor of a cutting device that uses a mixture of gas and heat to remove sections of rock and stone without even touching the stone. This new method of removing hard rock and stone without aggressive and reckless physical drilling can increase efficiency, save money on construction projects, and prevent unnecessary damage to infrastructure.
Image Credit: Petra
Trend Themes
1. Contactless Rock-boring - The use of gas and heat to remove sections of rock without physically drilling creates new opportunities for efficient and damage-free construction.
2. Plasma-free Rock-cutting - The retirement of plasma in favor of a more efficient method for cutting rock surfaces opens up new opportunities for precise and cost-effective construction projects.
3. Infrastructure-sparing Construction Tools - The creation of less intrusive tools for drilling into rock can help prevent damages to buried infrastructure and save companies money on repair costs.
Industry Implications
1. Construction - The new contactless rock-boring technology can benefit the construction industry by saving companies money on projects and reducing damage to buried infrastructure.
2. Mining - Contactless rock-boring can be applied to mining operations to increase efficiency and reduce damage to the surrounding environment.
3. Engineering - The more precise and efficient rock-cutting methods developed by Petra can benefit the engineering industry in the design and construction of various structures.
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