This webinar focuses on the different aspects and requirements that need to be considered in order to obtain an optimal separator and internals design for floating facilities.

Identification of conditions that impair 3 phase separation performance: gas quality, oil quality, or water quality and ways to address is critical in systems design and operation.

You may not be able to make it to the presentation in Houston, TX, but there's no reason we can't bring it to you. By registering for this session, you can listen to the speaker live and watch the slides broadcast from the presentation without leaving your desk...all for FREE. It wasn’t but a few months ago that we discussed the dire situation the oil and gas industry finds itself in. However, high oil prices cushioned the effect of poor practices and muffled the hearing of the industry! What a difference a few months make! This talk will draw upon the vast Independent Project Analysis, Inc. (IPA) database of capital projects and lessons learned to present an agenda for the lull. Specifically, we will discuss the things businesses should be doing right now that will make their companies emerge stronger from this crisis.

The application of digital technology in the area of flow assurance has significantly grown in the last few years. In this period, technology stacks have been democratized to empower domain experts to use them effectively without significant training requirements. This webinar will showcase a few use cases where digital technologies have been applied and how they can reshape operational decision-making with regards to flow assurance.

The aim of this presentation is to address meter selection and provide pointers to assist engineers within the four major categories listed above. The aim of this presentation is to address meter selection and provide pointers to assist engineers within the four major categories listed inside.

The Flow Assurance Technical Section presents this web event on how the challenges of subsea developments are exponentially increasing as we go not only deeper but also further into sea. This presentation will give an overview on some significant flow assurance challenges and various state-of-the art flow assurance technologies.

In this webinar the speaker will show examples of drone acquisitions applied to geology, and share ideas on the techniques and areas of application of this technology.

Unmanned aerial vehicles (drones) are achieving widespread acceptance in other industries such as agriculture, construction and mining. Drones will also play an important role in the petroleum industry. The aerial vehicles themselves are quite similar in design and flight capabilities. The key innovations are in the sensors carried by the drones. This webinar will review some of the most impressive new drone sensors including; lightweight radar for beyond line of sight operation, an advanced infrared camera for aerial inspection of low to very high temperature (0° C to 1,500° C) infrastructure and real-time GPS technology accurate within 2 centimeters.

While you hear about reports and news articles on self-driving cars, trucks and even ships, Autonomy has been accepted use in the deep-water Oil and Gas industry since 2001 in Unmanned AUVs.

This webinar will discuss the current state of two key technologies for oilfield methane management—flaring elimination and remote sensing. The regulatory and business implications of these technology developments will be discussed from both the Operators and Regulators perspectives.

You may not be able to make it to the presentation in Houston, TX, but there's no reason we can't bring it to you. By registering for this session, you can listen to the speaker live and watch the slides broadcast from the presentation without leaving your desk...all for FREE. This presentation will discuss some of the applications where multiphase meters are currently used, what challenges are commonly seen, and how the use of multiphase meters can effectively be used for these complex scenarios. The current status of multiphase meters will be covered, and examples of applications successfully (and not so successfully) uses of multiphase meters in real life applications will be presented.

Presented by Mike Power

This presentation provides an overview of the measurement principles of Coriolis meters, along with the operational considerations and diagnostic capabilities for these meters when addressing challenging measurement conditions such as multiphase flow.

The Butler-Volmer equation for surface electrochemistry potential and Laplace equation for electrolyte solutions have been available in CFD code for a while, but the challenge remains to find a numerically affordable way to model the mass-transfer-limited corrosion rates.

The basic operating principles of four metering technologies: Positive Displacement (PD) Meters, Coriolis Mass Meters, Turbine Meters, and Ultrasonics will be discussed and the application range of each one of these technologies in terms of viscosity and flow rate will be covered.