Webcasts

Electrical submersible pumps have been in use for a long time, but conventionally they are installed inline with production tubing. By eliminating the need for a rig after the initial install of the permanent completion, customers save significant cost, reduce carbon footprint, reduce mobilization time, and minimize deferred oil production.

e-Mission™ Suite is a configure-to-order composable digital twin solution that consist of four applications: Thermal, Methane, Tank, and VRU. These offerings provide actionable operational insights to reduce flaring and methane emissions while improving asset integrity for production facility equipment that will aid in meeting net zero goals. In this webcast, Laura Schilling will be detailing how TechnipFMC’s e-Mission™ Suite leverages production facility and methane event data to maximize production while reducing emissions. Stefan Bokaemper will be explaining how the data captured with Kuva Systems is utilized to identify methane emission events that will aid in determining potential root causes. Find out more on how these technologies can enable production facilities to reach their net zero goals.

Our scientific qualification methodology proves the impact of our technologies through methodology defining environmental attributes that support the UN SDG framework, that enables our customers to quantifiably improve sustainability and avoid emissions in their operations with ES products and services. The ENVIROUNIT offshore slop water treatment system provides a rig-based solution for treating and recycling slop water. The multi-step process reduces waste volume by more than 95% over conventional methods. ATC automatic tank-cleaning technology reduces cleaning time, crew requirement, carbon footprint and minimizes confined-space entry. ATC improves safety, waste generation and associated emissions, decreases personnel onboard and downtime during the cleaning process. Reducing emissions associated with waste handling and transportation by up to 87%. iWISE integrated waste injection services entails the safe disposal of drilling waste into subsurface strata. It is the only elimination method, rather than a treatment method and it is considered the best available technology for drilling waste disposal.

The FPSO market is seeing an unprecedented amount of investment in new and refurbished vessels. And while the industry traditionally adopts a conservative approach to change, a new paradigm is needed to allow new technologies and expertise from multiple companies to come together to evolve the performance of FPSOs. This panel discussion brings together an industry coalition to discuss how a digital approach to the design, build, integration and operation of these vessels will give operators better visibility into their operations, increase reliability and predictability, and assure equipment uptime and performance.

Acid stimulation is widely recognized as a proven approach to enhance production in carbonate reservoirs. Traditional methods using hydrochloric acid (HCl) or emulsified acid have been deployed for many years despite limited penetration, high corrosivity, large volumes, and operational complexity. Join Akshaya Singh and Tom Royce from Baker Hughes in a discussion about the evolution of acid stimulation and how new advances are unlocking greater production potential in high-temperature carbonate reservoirs. Learn how advanced simulation and modeling, along with new acid technology, delivers gains in efficiency, penetration, and safety while reducing carbon footprint.