Agenda

This session will explore the potential of building and enhancing initiatives to abate or avoid GHG emissions in the natural gas supply chain while maintaining high standards of reliability and competitiveness. It will address sustainable technical case studies applicable to both greenfield and brownfield, including gas turbines combustion emissions, power generation, and energy use, flaring, integration of renewables, and new energy solutions.

CCUS represents one of the key contributors to decarbonization. Where policies and regulatory frameworks are necessary for the deployment of CCUS infrastructure at scale, industry must solve new challenges to deliver these new opportunities. This session will focus on the challenges and opportunities in CCUS across the entire value chain and different industries, and on how partnerships and integrated solutions can pave the way toward CCUS deployment at scale. We will share case studies from industry, clusters and developers.

Two global goals have been set for the energy transition: mobility electrification and the creation of a mass market for hydrogen as an energy source. Battery and hydrogen projects are among the most ambitious in the modern world—but there are still challenges to be solved ahead of successful implementation. Baker Hughes supports corporations and governments in making the global infrastructure for batteries and hydrogen safe and efficient.​

We'll share our variety of innovative non-destructive testing (NDT) solutions to help keep industrial assets safe in hydrogen service, and to ensure batteries run reliably and risk-free. At the same time, we’re working on leveraging digital inspection with a digital twin to improve yield. Throughout all applications, valuable inspection data is collected and analyzed to avoid future defects and make future infrastructure more productive.

It takes more than just great tools to reverse production decline or decommission a well. Learn how intervention is getting smarter with responsive personnel, digital technology, and an integrated execution model. During the talk, experts will discuss how these elements are reshaping service delivery enabling improved solutions development and streamlined operations for more efficient interventions.

The potential to reduce time and cost, lower environmental impact, and increase productivity has driven many operators to develop strategies to electrify their operations. The key to delivering these electrification strategies is a robust power and communications backbone capable of delivering power and data where you need it - when you need it. Learn how Baker Hughes is advancing electrification with scalable architecture and renewable power allowing fields to operate at peak productivity. Hear more about our technology roadmap and the key solutions that will change everything.

Join this panel discussion of industry experts from Baker Hughes, alliance partners and industry operators, as they discuss how they are operationalizing and scaling AI-enable predictive maintenance solutions across their assets to maximize uptime, reduce maintenance costs and improve operational efficiency.

As the world grapples with the issue of climate change and getting to net-zero emissions, how do you ensure you can increase access to energy, while also decreasing emissions from energy at the same time, at a low cost? Emissions quantification is a big piece of solving this puzzle. Join experts from Baker Hughes to learn how we equip our customers with life cycle assessments of our products – from analyzing, reporting and eventually reducing carbon emissions.

Take a walk through one of the largest manufacturing facilities in Baker Hughes, where we strive to meet the evolving needs of industrial power generation and the energy value chain. In our Florence Workshop, we manufacture, assemble, package, and deliver gas (NovaLT and Frame technologies) and steam turbines (for geothermal), centrifugal and reciprocating compressors (including H2 services), and turboexpanders (for energy recovery).

The Florence Workshop is located close to the Annual Meeting venue. The duration of this tour is estimated at 90 minutes inclusive of travel time. Departures are scheduled every 30 minutes, with 25 seats available on each tour. 

Our turbomachinery headquarters is home to 19 laboratories where our experts are constantly innovating to provide the most reliable H₂ and CO₂ applications, and solutions to decarbonize natural gas operations. Take a tour to learn about our hydrogen combustion and compression innovations, and meet our team experimenting with new materials, adopting additive manufacturing, and optimizing combustion by leveraging the most advance mechanical, chemical, and digital techniques.

The Florence Innovation Laboratories is located close to the Annual Meeting venue. The duration of this tour is estimated at 90 minutes inclusive of travel time. Departures are scheduled every 45 minutes, with 15 seats available on each tour.

Take a tour of our Florence Turbomachinery Services to know more about our global services capabilities in turbomachinery. As an original equipment manufacturer of turbocompressors, Baker Hughes has the expertise and experience to deliver differentiated solutions that increase equipment reliability, minimize operational costs, and improve plant performance, while also focusing on reducing greenhouse gas emissions. The tour also includes a visit to our iCenter that features advanced services, predictive maintenance, and emissions management technologies, the Technical Training Academy (Baker Hughes Field Service capabilities development), and our Service Shop for advanced repair technologies and upgrade solutions.

The Florence Turbomachinery Services Plant is located close to the Annual Meeting venue. The duration of the tour is estimated at 90 minutes inclusive of travel time. Departures scheduled every 30 minutes, with 25 seats available on each tour.

As we face an increasing challenging market dominated by uncertainty, join key market players and Baker Hughes experts as we debate the importance of de-risking the scale up of the hydrogen economy and how, the right mix of low carbon technologies, R&D competencies, execution capabilities and partnerships will enable a new phase of nearly market parity projects.

Today’s power sector accounts for almost 25% of global GHG emissions. Clean power generation and decarbonization of fossil fuels are fundamental to achieving net zero emissions targets. At Baker Hughes, we’re transforming our core technology of clean power solutions by building a leading portfolio of low-to-no-carbon, resilient, flexible, and digitally augmented technology solutions.​

Join us for deep dives on several projects including NET Power technology, a clean energy solution that efficiently generates electricity from natural gas and inherently captures all CO2, thus generating no atmospheric emissions.

Join representatives from Baker Hughes and Shell Global to take a new look at a recent deployment of the JewelSuite™ Subsurface Modeling application, a key component of Shell Global’s proprietary PetroSigns™ Earth, to the Shearwater Field within Shell UK. Learn how the customer used enhanced JewelSuite gridding technology to build a larger and more geologically representative model, enabling better decision-making and differentiated outcomes under subsurface uncertainty.

Part 1. Reducing methane is one of the most high-profile challenges facing the energy and Industrial sectors, with increased focus and scrutiny anticipated. Every business will have a different pathway and operational considerations for achieving their goals. One size doesn’t fit all. In this session, we hear from operators and experts about how we’re partnering to define the right approach for their business and identify the most cost-effective path to abatement in the near-term.

In production, optimization has been the best we could do for many years. But taking energy forward is going to require something different. We believe that by 2025, the most successful operators will maximize profitability — with fewer emissions — through the automation of their fields.  Join product leaders from Baker Hughes and panelists from Amazon Web Services, McKinsey & Company, and Capgemini for a discussion of the journey that will take us beyond production optimization. 

At its fundamental level, making geothermal mainstream means making it economic. Innovative technology will certainly contribute to success this space -- but partnerships can play a role that is just as impactful. Hear the distinctive voices of geothermal developers, industry advocates, oil & gas operators, and Baker Hughes leaders in this dynamic panel session, which concludes with an audience Q&A session.