Sealing the Past, Unlocking the Geothermal Future
Critical Challenges in the Energy Transition
Ensuring the success of the energy transition a range of initiatives are needed, that require a series of heavy-duty jointed pipe interventions, including pulling pipe, conveying rotation, pumping, conducting downhole measurements, and maintaining continuous well control.
Phasing out millions of wells
Millions of non-productive wells need to be safely decommissioned to prevent environmental hazards.
Supporting geothermal energy
The transition to geothermal energy requires significant support to become a viable and widely adopted alternative to traditional energy sources.
Repurposing depleted wells
Instead of closing wells, some could be reused for applications such as geothermal energy, CO2 injection, or gravity-based energy storage systems.
Introducing: The Mighty Mantis (patent pending)
The current landscape of automated solutions often involves large footprints and extended rig up times, making them less practical and often overdimensioned for many operations. More compact solutions, on the other hand, require personnel to work directly atop the well, presenting significant safety risks and operational challenges.
We firmly believe in the potential of Hydraulic Workover Technology (HWU) as a critical enabler for these complex interventions. Imagine transforming well operations into a streamlined, efficient, and eco-friendly process. Meet the Mantis, our advanced hydraulic workover unit designed to seal the past and unlock the geothermal future.
Increased Safety
No more people permanently on the well
Reduced Man-hours
Crew size you expect during a wireline operation.
Reduced Environmental Impact
Low stack height, volume, and weight which affects the value chain.
Lower Energy Consumption and Emission
On-demand system with lower sound emission.
Rapid Rig Up
Reduction of lifts and installation of parts.
Automation
Automated, yet compact and cost-effective
Reduced waiting on weather
Risks and exposure greatly reduced
Autonomous wireline
Self supported wireline rig ups
NORSOK compliant
Our production model will comply to NORSOK
MVP specifications
Our collaborative testing with customers begins with simple wells and progresses to more complex scenarios. Initial field tests validate core functionalities and safety on the least complex wells. As complexity increases, we test adaptability and efficiency on moderately complex wells, culminating in proving capability on the most challenging wells.
Lessons learned from MVP tests will refine our production model, enabling comprehensive well management—from tubing pulling to annulus remediation and casing extraction. The envisioned specs of the NORSOK compliant production model, with larger pull, will be shared early 2025.
Pull/Push
75 / 29 mT
165 / 64 klbs
17" Thrubore
Rotary
Max 50 RPM
37 kNm / 27 kft.lbs
Axial slips
2 3/8” – 9 5/8”
Remote carriage system
Radial tongs
2 3/8 - 9 5/8”
Max 43 kNm / 32 kft.lbs
Substructure anchored
13 5/8" 5k Flange
Freestanding setup
Non anchored to well
Powerpack
60kW 350 LPM 310 bar
On demand accumulator support
Drive
Electric grid or battery 66kVA 2 x 63A
32A for low target depths <500m
Johan Kverneland
Lead P&A R&D TotalEnergies Norway
Great presentation and very interesting. My view: this is what the industry needs.
Martin Straume
Discipline Lead P&A AkerBP
While there are many efforts towards smart downhole innovations, the reality is that we still need to pull tubing. In Norway, safety regulations to protect personnel from injuries require us to handle/operate all tubings and workstrings in and out of the well remotely. Today, only rigs possess that technology. The Mantis, with its light weight and remote operational ability, aligns exactly with what the industry is seeking for tubing pulling.
Senior Advisor Completions
Chevron
Super creative concept that seems to be quite fit for purpose and also complimentary to evolving technologies.
P&A Director
ENI/Neptune Energy
Your case is strong if it can work on smaller platforms without a JUB or W2W vessel next to it because then tripping speed will matter.
Alex Lucas
Lead Well Engineer - Well Decommissioning TotalEnergies HQ Denmark
I think this is the best thing since bread came sliced. Finally - a lean, compact, lightweight and 'hands-free' solution!
Roadmap
Incorporation Ter Bron
Market Readiness Evaluations
Secured initial funding start first MVP
Startup team expanded
Base MVP ready and product market fit evaluations
TNO RCSG Rijswijk testing and ISO certification
Pre-seed round closed
First successful pilot salt well
Start onshore maturation program MVP
Norway Offshore MVP evaluation
Start engineering production model
Release production model
First offshore pilot
G2M complete and scale
Advisory board & backers
Michiel Westermann
Co-Founder/Director Pink Elephant Roccade, Twinning, Motek Medical
Msc. Mining engineering TU Delft & MBA INSEAD
Ernst van Bruggen
CPO / Co-Founder Source.ag, McKinsey, Heerema
MSc. Offshore Engineering subsea TU Delft & MBA Columbia Business School
Tom Bakker
Founder Well Engineering Partners, Well Engineering Manager R&D
PhD. Mining Engineering TU Delft
Technology Partners and Workgroups
Collaboration is key to our success. We are proud to partner with leading organizations and workgroups to advance our technology and achieve our goals.
Frequently Asked Questions
Here are some of the most common questions we receive. If you can't find what you're looking for, feel free to reach out to us directly.
1. What proprietary technology does Ter Bron develop?
Ter Bron develops cutting-edge proprietary technology designed to efficiently and effectively close wells, repurpose existing infrastructure, and support geothermal energy projects. Our innovative solutions are tailored to meet the unique challenges of the energy sector.
2. What types of projects does Ter Bron undertake?
We work on a variety of projects that include final well closure, geothermal energy development, and repurposing existing oil and gas infrastructure for new uses. Our projects are driven by a commitment to innovation, sustainability, and operational excellence.
3. Are you hiring?
Yes, we are! Check out our careers section for the latest openings. See an opportunity to be part of our cause? Get in touch via the application form on the job postings
4. Can Ter Bron deliver turnkey projects?
Absolutely. Ter Bron has the capability to deliver turnkey projects, including the arrangement of blowout preventers, pumps and other critical components. We handle everything from planning and logistics to execution and completion, ensuring a seamless project experience.
5. Do you manufacture on demand?
No, our focus is on developing proprietary technology and delivering comprehensive project solutions through our experienced teams and innovative approaches.
6. How can I invest in Ter Bron?
Ready to ride the wave with us? We're always open to new investors. Reach out to us to discuss the details and explore the opportunities.
7. What does 'Ter Bron' mean and stand for?
"Ter Bron" loosely translates to "let's work the well," a call to action that transcends individual perspectives. Whether you’re committed to environmental preservation or focused on responsible energy production, one thing is clear: properly closing wells is essential for a sustainable future. At Ter Bron, our mission is to unite everyone in a shared commitment. By ensuring the responsible and effective closure of wells, we take a significant step toward protecting our environment and securing a better tomorrow. Join us in this crucial endeavor. Together, let's roll up our sleeves, work the wells, and make a lasting impact.