Incomplete data, deteriorating well integrity, and aging construction components pose challenges in well P&A. Our solutions ensure long-term well integrity and regulatory compliance.
Sidetracking effectively prevents re-entry into the original wellbore, optimising well utilisation during plug and abandonment operations.
Aging wells may require shut-in for various reasons, including rising water cut. Effective well P&A techniques ensure secure zonal isolation for long-term well integrity.
Maintaining at least two barriers between hydrocarbon-bearing formations and the environment is crucial. Our well plug and abandonment solutions restore annular integrity efficiently.
When logging images indicate a lack of cement or creeping formation, well remediation becomes essential. Our well P&A solutions restore barriers and ensure compliance.
Designed for wells with low annular cement content, the HemeraPoseidon™ system delivers efficient jet-washing and cementing in a one-trip PWC® operation. With no milling required, it ensures full-barrier placement at a lower cost while minimising operational complexity.
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Designed for wells with low annular cement content, the HemeraPoseidon™ system delivers efficient jet-washing and cementing in a one-trip PWC® operation. With no milling required, it ensures full-barrier placement at a lower cost while minimising operational complexity.
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Combining the strengths of jet-based and cup-based systems, HydraTyphon™ enhances PWC® operations by reducing technical risks such as lost circulation and formation damage. It delivers a cost-effective, high-certainty cement barrier, making it ideal for challenging well environments.
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The HydraCT™ system is the first PWC® solution designed for rigless well plug and abandonment, eliminating the need for a rig or vessel. Featuring a self-rotating, jet-propulsion tool, HydraCT™ enables efficient coiled tubing operations, reducing costs by up to 60% and cutting CO₂ emissions by 80%.
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The HydraWell Annular Integrity Test Tool (AIT) allows for formation testing and cement plug setting in a single run. This tool ensures effective verification of creeping shale or formation barriers behind the casing, increasing well integrity confidence.
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The HydraKratos™ tool establishes a secure annular base for cement, ensuring a cross-sectional barrier in HydraHemera or HydraWash operations. By expanding casing against the formation, it prevents cement slump and enhances plug stability.
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The HydraWell Jet-Cementing Valve™ revolutionises cementing operations by enabling the pump-and-pull technique, ensuring efficient cement placement across the entire plug length.
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The HydraSwivel™ system is designed for continuous rotation of the work string while pumping treatment fluids, optimising debris removal in high-deviation wells.
Learn More.jpg?width=1500&name=shutterstock_52704883%20(5).jpg "The Job Planning Process")
Job design commences with a screening of the potential application to ensure our system and tooling are suitable for your needs.
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If required, we complete validation of the job design by, for example, organising perforating gun trials and initiating Computational Fluid Dynamic modelling, as necessary.
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We work with your engineering teams, fully participating in your planning processes and contributing to your Critical Well Reviews and pre-mobilisation operational assessments; and preparing a detailed operations procedure.
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We then work with your logistics teams to ensure timely mobilisation to site and provide experienced field technicians to supervise the deployment and operation of our tooling packages. During operations, we provide daily operational engineering support, located in your offices as required.
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On completion of the operation, we assess with you how well the Success Criteria for the job have been met. We compile and deliver a comprehensive End-of-Well report for our aspects of the programme, and fully contribute to your After-Action Reviews and Lessons Learnt wash-up processes. Finally (...)
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