Oil and gas is currently the world's primary energy source, and we believe that reducing emissions while increasing the efficiency of hydrocarbon extraction is crucial to delivering the reliable, affordable, and ever-cleaner energy that is essential for humanity to achieve a more prosperous and sustainable world.

This belief is at the very core of everything we do, and by helping operators diagnose and resolve issues quickly, we help them to increase the operating efficiency and extend the working life of their assets. Whether providing rapid, real-time diagnosis of barrier leaks, revealing the condition and nature of wellbore fish or obstructions, delivering precision-level evaluation of perforations, or time-lapse evaluation of wellbore corrosion, our services help to maximise the health and productivity of all wells, thereby eliminating waste, reducing emissions and safeguarding the environment. What’s more, by assisting in the design and delivery of higher performing wells, our Visual Analytics (VA) solutions play a significant part in reducing the volumes of steel, cement and other energy-intensive materials so as to minimise the overall carbon footprint and environmental impact while maintaining a stable supply of energy from a smaller stock of wells.

Beyond traditional oil and gas, our solutions play a key part in emerging hydrocarbon technologies that are central to the energy transition process and ultimate goal of net-zero carbon emissions. With the widest range of gas-optimised video technologies and unique VA services, we are the go-to diagnostic solutions provider for the Natural Gas and Liquified Natural Gas (LNG) sectors – the cleanest forms of hydrocarbon-derived energy and a key enabler for the electrification of industry and transport. Likewise, these same technologies are being applied within the worlds’ most advanced Carbon Capture Utilization and Storage (CCUS) projects, providing forensic evaluation of the condition and performance of these fledgling facilities so we may understand and optimise a science that has significant potential to eliminate the release of carbon emissions in the near-term.

Innovation applies not just to equipment, systems and services, but also our workplace and the way in which we work. By integrating innovative solutions with our knowledge and expertise we can not only increase business performance, but also significantly reduce our environmental impact.

Through the implementation of real-time data streaming technologies, combined with close collaboration with service partners, we execute operations remotely to augment the skills of the workforce on location with our own unique operational experience. This not only helps to ensure quality of service, but significantly reduces the number of personnel required at the well site and the carbon footprint of mobilizing across large distances. Similarly, through the introduction of our cloud-based data storage and visualization portal, we provide instant access to wellsite data from anywhere in the world, reducing the latency of critical decision-making while eliminating the waste and emissions associated with the movement of physical data. These savings are amplified through our advancement and application of Artificial Intelligence (AI) and Machine Learning (ML) techniques to accelerate data analysis and enable our workforce to work smarter.

EV’s innovative approach is part of a wider culture of care towards the environment and is supported by strong process and governance that help shape the decisions we make as a business and as individuals. Our detailed operating processes have resulted in zero environmental incidents across all operations globally since our inception. And through meticulous efforts and detailed assessments, our operations generate minimal waste and any waste that is generated is brought back from the wellsite and recycled where possible or disposed of safely and responsibly.

Our efforts to minimalize waste in the field are mirrored within our technology centre, where our in-house Research, Development and Engineering teams utilize 3D printing and rapid prototyping with recyclable materials to accelerate the development of our technologies without compromise to our commitments to environmental care. Likewise, our production tools are built to last and designed for re-manufacturing, where common parts are inspected, tested and reused for new tool production where applicable. We also work with responsible suppliers certified to ISO 14000 environmental standards, and actively source components locally wherever possible to reduce the carbon footprint of the supply chain and support our communities and their economies.