Automation & Control

This demonstration will include showing the vehicle’s autonomous capability, and over-the-horizon command and control technology provided by fellow exhibitor Greensea Systems, Inc.

OPENSEA Edge puts a tremendous amount of processing power at the edge, right on the robot, where it can work directly with sensors to process that data onboard, eliminating the need for a topside computer via the tether.

The collaboration leverages AWS services such as advanced analytics and Baker Hughes' expertise in the oil and gas industry to create an automated field production solution designed to allow operators to manage field production.

Growth in emissions control and monitoring, along with automation of various functions, will continue for the foreseeable future, says Rockwell Automation’s Vice President of Sales for the Middle East region. He believes that upstream companies are now making these items priorities.

Nauticus Fleet uses 21st-century ocean robotic technologies to combat climate change and the global impact on the world’s marine environment.

Kraken’s SeaVision inspection technology is primarily used in assisting the offshore energy sector to acquire higher quality subsea asset integrity information, more quickly at a lower cost than competing solutions.

Navtech’s radar products have already been combined with Oxbotica’s disruptive technology to create a robust, high-performance positioning system called Terran360. This presents a unique capability for automated and autonomous vehicles in conditions where satellite-based positioning systems and other sensor technologies fail to operate reliably.

Precision continues to experience strong customer demand for drilling services, Alpha™ technologies and EverGreen™ environmental solutions. It expects its Canadian and U.S. fourth-quarter field margins to exceed previous guidance and continue upward in 2023.

Ocean services provider DeepOcean and Akvaplan-niva have signed an agreement to cooperate regarding the potential utilization of remotely operated vehicles (ROVs) and unmanned glider vehicles (USVs) to perform environmental studies for offshore wind and oil and gas developments.

IA helps by driving innovation, filling some skills gaps for engineers, and enhancing data usage and operational efficiency.

Digital technology and smart devices have fundamentally changed the way that we manage our lives. These advances are now improving operational efficiency in the chemical management sector of the oil and gas industry.

The latest round of EPA regulations may mandate zero emission devices for well sites, but this issue can be addressed by a variety of automation solutions to meet those standards, while improving profitability.

Join our expert, Mahmoud ElGizawy, to learn how automated survey management solutions can allow operating companies and service providers to access the most advanced directional survey correction algorithms to optimize drilling applications in real-time by providing accurate wellbore positioning data. This allows timely correction to the wellbore trajectory without requiring additional tools or onsite personnel. The automated survey solutions maximize reservoir production by accurately placing the well in the planned spot while avoiding collision with other wells in close proximity.

Connected, intelligent solutions transform E&P workflows — delivering improved efficiency, consistency and performance with reduced footprint.

Digital offshore operations and analysis rely on deploying downhole completion technologies that produce some type of hydraulic operations. A stepwise approach through implementation of hybrid-electric digital systems is key to overall acceptance of all-electric solutions and the associated costs of changing fieldwide completion infrastructures.

TechnipFMC’s iComplete™ CyberFrac™ system is a fully digital and automated platform for controlling equipment operations during hydraulic fracturing through app-based configurability. In this webcast, John Eden will explain how this system enables well site managers and their teams to follow approved procedures and establish sitewide operational awareness through the Digital Handshake™ while reducing manual errors. John will also be joined by Tara West and Kelly McFadgen from Marathon Oil Corporation to offer customer testimonial to how CyberFrac has provided versatility and flexibility to their frac pads and the improvement they have seen firsthand after implementing the system within their Bakken asset.

No matter what oil prices are, our industry will continue to need newly trained talent. With proper education and training at university level, graduates will be better prepared to make cost-effective decisions regarding seismic data, drilling and completion of wells.

Integration of edge computers with real-time process control data is important for users who want to implement analysis and advanced data processing in the field. Traditionally, edge computers are a separate device that must be integrated with controllers and flow computers. Custom applications can be run on the edge computer that will allow for highly advanced real-time analysis of the field measurements, however building an edge environment and integrating data can be a non-trivial task. Similarly, selecting the right edge platform requires deep knowledge of security, application, and communication requirements. Sensia provides a new perspective for those wanting to implement edge computing with their real time control systems. We will discuss and show examples of what a highly integrated edge and control environment can look like and how it creates new options for how you manage and plan your automation projects.

Harnessing the power of advanced digital technologies and a fully automated behavior-based safety system, a scalable innovation delivers significant benefits in efficiency and sustainability.

Nauticus Robotics, Inc. entered into an agreement with Shell plc to advance to the qualification phase for a more efficient means of acquiring subsea integrity data utilizing Nauticus’ Aquanaut and Hydronaut robotic platforms.

With global costs of corrosion estimated at $2.5 trillion, the project aims to significantly enhance detection and monitoring methods of microbiologically influenced corrosion.