10TH APR 2023
Brochure - Spotlight on CCUS Technology

Transferring technology and expertise from the oil and gas industry into wider energy sectors and carbon reduction projects is helping to support the development of a more diversified and sustainable energy industry. To support this drive, DTI is actively engaging with carbon capture, utilisation and storage (CCUS), hydrogen and gas storage and geothermal operators to look at suitable opportunities where our proven downhole technology solutions can be used to add value and pace to their projects.
Our downhole products have built an enviable track record for quality and reliability in the oil and gas industry, having been qualified and deployed in a wide range of harsh pressure, temperature and corrosive environments. These slickline, electric line and coiled tubing tools, along with our wide range of downhole safety valves and plugging and isolation solutions are highly transferable to applications in wider energy sectors, with little to no modification. To complement these products, our skilled in-house design and manufacturing team are able to create new or bespoke solutions tailored to the specific challenges of each well.
One example of a valuable transferable solution is our M-Bubble technology, which can be employed during the repurposing of oil and gas extraction wells into gas, carbon capture or hydrogen storage injection wells. By navigating through small diameter upper restrictions then permanently plugging and isolating a lower part of the well, a workover can be implemented to replace the original completion to ensure suitability for a new injection application.
Our unfolding metal M-Bubble technology is unique in that it offers an industry leading 300% diameter delta. This level of downhole transformation, combined with the ability to deliver a higher pressure barrier for its size compared to other offerings, is the ideal solution for such challenges.
Contact us on enquire@dti.uk.com to discuss how we can help to solve your individual well challenges.