We provide unconventional sealing and plugging solutions to asset owners and oil service companies worldwide. Our products and engineered solutions are tailor-made for each specific well and can be deployed with different methods, e.g. circulating or bullheading through work strings, tubing or CT, dump bailer, and more.
These solutions offer a safe, lean and cost efficient way of executing operations that can be performed offline and rig-less. An optimum result is secured by close collaboration with clients during the engineering phase prior to the operation.
Describe your challenge. We will contact you as soon as practically possible to discuss the case further. Then, we will do a brief feasibility study/analysis. Within 48 hours, you will know whether we believe we can provide a solution.
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If your case is feasible to solve, we will in agreement with yourself prepare a technical and/or commercial proposal for your review. Average time to prepare a technical proposal is 3 working days. And guess what? A technical proposal is free of charge.
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PO or Order to proceed is needed to commence detailed engineering, planning, testing and finally mobilization of material and personnel. We will now move on to plan, design and execute job as per plan.
How we work
The project engineer will communicate with the relevant engineer in the client team, collect all necessary information and work out and agree on a detailed technical plan
Do tentative lab tests. Work out technical solution. Upon agreement of the work (PO), the project engineer will ensure our lab designs a recipe that meets the agreed properties
Perform final lab tests. When timing of the job is established, the project engineer will arrange for all logistics and also coordinate as needed with other service providers
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The project engineer will be on the rig ensuring the job is executed as planned
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The project engineer will make an “End of Job” report to summarize up the result, lessons learned and recommendation for future work.
>> Contact usCase Study
The well was suffering from Sustained Casing Pressure (SCP) in B-annulus. A chemical where gravity fed into the annulus and allowed to fall on to the top of cement.
Case Study
After several attempts to solve the problems with cement, it was decided to use resins to squeeze and isolate the gas channels.
Case Study
A casing leak challenge. A cement plug would fail to plug this well, because the formation pressure cannot withstand the weight of cement.
Case Study
Challenge with low reservoir pressure and tubing integrity. The customer needed something that could be pumped passed the damage area in the tubing, without the risk of bridging or blockage.
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