PDC Bit Articles

SplitBlade™, 2018 World Oil Award Finalist for Best Drilling Technology

Ulterra’s Leading Technology

For more than 100 years, World Oil has provided readers with the latest coverage on drilling, exploration, completion, and production of onshore and offshore oil and gas. For the last 17 years, World Oil has honored the upstream industry’s innovators and innovations. This year, World Oil received a record-setting 285 nomination submissions, and Ulterra’s SplitBlade™ technology is a finalist for the Best Drilling Technology Award.

The Cuttings Conundrum: SplitBlade Enhances Cuttings Evacuation and Improves Efficiency

This article first appeared in the June 2018 Edition of Oilfield Technology.

Chris Casad, Ulterra Drilling Technologies L.P., USA, discusses how new drill bit designs enhance cuttings evacuation and improve efficiency.

The push to address a longstanding problem has led to a new development in drill bit design.

The problem relates to the commonly held belief that the poor evacuation of cuttings from drilling operations can significantly limit bit performance, and ultimately the rate of penetration (ROP) – a major concern in drilling operations.

Collaboration Leads to Successful Application of New Drill Bit Design

Click to download the PDF of this article.World_Oil_SplitBlade_Article_April_2018 Reposted by permission.

Breakthrough PDC Bit Design Evacuates Cuttings 200% Faster

Ulterra Drilling Technologies (Ulterra.com) introduces its latest advancement in PDC bit engineering. The patent-pending SplitBlade™ breakthrough design improves cuttings evacuation as much as 200 percent faster than conventional PDC bits.

PDC bit with optimized nozzle placement and fluid channeling

Drill Bit Innovations: Ulterra Featured in Drilling Contractor

Ulterra is pleased to have been featured in a recent Drilling Contractor article regarding emerging technologies and innovations in drill bits.

Weight On Bit – WOB

What is Weight on Bit or WOB?

An essential part of the drilling process is adding force to the drill bit in order to successfully break the rock. Weight on the Bit, or WOB, is the amount of downward force exerted on the drill bit provided by thick-walled tubular pieces in the drilling assembly that are known as drill collars. The downward force of gravity on these steel tubes provide force for the drill bit in order to effectively break the rock.

Launching SplitBlade for Improved ROP Through Cuttings Evacuation

Ulterra Drilling Technologies has proudly launched SplitBlade™ as the new SPL product line. Ulterra’s objective is to bring attention and focus to all of their differentiating technologies and the value they create to customers. This nomenclature will help further cement Ulterra’s reputation as an industry leader in innovation, new technology, and performance in the field. Also, the nomenclature will help with the easy identification of advanced pdc bit technology.

More Water providing clean water using Ulterra PDC bit

Ulterra PDC Bit and MORE Global Water Provision Story Part 2

We love the second chapter of this story and are proud to have played a part in MORE’s efforts to address the global water crisis. This story first appeared on the https://more-water.org site. It’s a great read from the perspective of an Ulterra PDC bit.

Ulterra PDC Bit and MORE Global Water Provision Story

We love this story and are proud to have played a part in MORE’s efforts to address the global water crisis. This story first appeared on the https://more-water.org site. It’s a great read from the perspective of an Ulterra PDC bit.

Ulterra Continues to Expand the Application for CounterForce®

Ulterra Drilling Technologies continues to expand the application for its groundbreaking CounterForce® cutting structure technology. CounterForce uses the cutting structure to reduce vibrations at the bit, which increases efficiency and reduces bit damage. Reducing vibration is particularly important on wells which utilize Rotary Steerable Systems (RSS), which are becoming more popular as well planners are pushing the limits on directional difficulty and lateral lengths.