CCS is seen by many bodies such as the IEA and the IPCC as a one of the key enablers to decarbonising the economy. Transportation of CO2 is a key focal area in any CCS project but while dehydration of natural gas for transportation is well understood and regulated, the same cannot yet be said for CO2.

Automated Well Control is a new technology set to revolutionize secondary well control procedures. This webinar introduces the technology, details the reasons why the technology is required, describes how it works, and demonstrates the methodology used.

In 2018, the U.S. DOE selected a site near Milford, Utah, for the FORGE laboratory. The location met the criteria of adequate and accessible subsurface temperature with benign seismicity and appropriate environmental attributes. Since its inception, multiple vertical monitoring wells -for geophone emplacement – have been drilled, along with a 65° lateral.

This webinar brings together specialists from operating and engineering companies, as well as equipment suppliers, to talk about their experiences in managing a diverse range of Flow Assurance problems in different parts of the world.

This presentation will cover following topics: Basic hydraulics, DRA basics, Case studies, and Subsea Injection equipment available.

Successful geothermal reservoir exploration, characterization, and development requires a thorough understanding of the physical properties of reservoir rocks and their associated fracture systems.

The focus of this webinar centers around automation and mechanization (topics that overlap but distinctly different) – the data systems and structure that go with it, as well as what the problems are inherent to things moving forward with various forms of AI (Artificial Intelligence).

The 2021 US Infrastructure Investment and Jobs Act will allocate some $4.7B to the States, the Federal land management agencies and the Tribes to fund the plugging and remediation of 100,000+ documented orphaned wells in the USA over the next decade. It is, therefore, pertinent to discuss the technologies and best practices that could help with these initiatives.

This talk will discuss applying automation technology to the Artificial Lift problem of stuffing box and associated seal maintenance. The discussion further expands this theme to Rod BOP automation, with an examination of why this area of design is becoming increasingly important in the areas of producing oil in populated areas.

Reduced-physics models are a computationally efficient bridge between full physics-based models (i.e., reservoir models) and completely data-driven models (i.e., machine learning-based proxies). They can play a useful role in supporting rapid decision making in field-scale enhanced oil recovery projects (e.g., water flooding), as well as feasibility evaluation of energy transition related subsurface operations (e.g., geological CO2 sequestration).

Many unique MPFM systems have been realized over the years, utilizing a wide variety of physics to interpret the flow rates and phase content of multiphase flows. In this webinar series, we categorize multiphase flow ‘sensing domains’. In part 1 of this series, we progressively discuss measurement physics within the electromagnetic sensing domain, advancing in frequency from steady-state electromagnetic phenomena to high frequency electromagnetic phenomena.

This webinar will cover how physics and data-driven methods can be merged in practical ways for automating reservoir surveillance with applications to pressure transient analysis.