Bloom EnergyвЂ™s modular and fuel-flexible energy server platform can use biogas and hydrogen, in addition to natural gas, to create electricity at significantly higher efficiencies than traditional resources. For hydrogen, Baker Hughes provides compression and energy conversion technology and services that are used across the value chain worldwide, including production, transportation and utilization. вЂњThis collaboration will serve as a model of how we need to look for innovative ways in which we can work together and integrate technologies and capabilities to achieve our common goals for global decarbonization and resiliency.вЂќД«aker Hughes is a leader in turbomachinery solutions designed for a wide variety of applications across the energy value chain and providing fuel flexibility.

вЂњWe believe that in combining our industry-leading technologies and expertise to provide differentiated and customized integrated solutions to customers, we can accelerate the adoption of clean energy technologies,вЂќ said Azeez Mohammed, executive vice president of international business for Bloom Energy. ItвЂ™s a great example of how Baker Hughes is strategically pursuing ways to advance new energy frontiers and invest for growth in the industrial marketplace.вЂќ вЂњAt the core of our collaboration agreement with Bloom Energy is the potential to develop integrated technology offerings for commercialization and deployment of smarter, cleaner, and more economic energy solutions. вЂњThe path to net-zero carbon emissions must include partnerships and collaboration,вЂќ said Uwem Ukpong, executive vice president of regions, alliances, and enterprise sales at Baker Hughes. In addition to hydrogen and clean power, areas of collaboration may include carbon capture and emissions monitoring technologies, digital solutions, and additive manufacturing capabilities. Mutual technical collaborations: The companies will assess opportunities to leverage Baker HughesвЂ™ broad technology portfolio and Bloom EnergyвЂ™s SOFC and SOEC solutions. These efforts are geared toward accelerating the transition to the hydrogen economy.Д«loom EnergyвЂ™s SOEC technology coupled with Baker HughesвЂ™ compression technology could facilitate faster adoption of hydrogen in process industries such as steel refining, where the use of heat recovery from the steel-making process could deliver higher overall system efficiencies and customer value. The companies will target applications such as blending hydrogen into natural gas pipelines, as well as on-site hydrogen production for industrial use. Waste heat utilization for steam generation will also be assessed to further increase efficiency and cost effectiveness of hydrogen production. Integrated hydrogen solutions: The companies will explore opportunities to pair Bloom EnergyвЂ™s solid oxide electrolyzer cells (SOEC) that can produce 100% clean hydrogen with Baker HughesвЂ™ compression technology for efficient production, compression, transport, and delivery of hydrogen. Integrated power solutions: By leveraging Bloom EnergyвЂ™s solid oxide fuel cell technology (SOFC) and Baker HughesвЂ™ light-weight gas turbine technology, the companies intend to provide efficient, resilient, and cost-effective solutions for cleaner energy generation, waste heat recovery, and grid independent power for customers.Д«loom EnergyвЂ™s efficient and low emissions SOFCs, Baker HughesвЂ™ efficient and flexible NovaLT gas turbines вЂ“ which can run on up to 100% hydrogen - along with heat recovery turbines can create resilient microgrids ideal for large-scale applications. The companies will focus efforts in three areas: & HOUSTON-( BUSINESS WIRE)-Bloom Energy (NYSE: BE), a leader in distributed energy, and Baker Hughes (NYSE: BKR), an energy technology company, have announced and agreed to collaborate on the potential commercialization and deployment of integrated, low carbon power generation and hydrogen solutions to advance the energy transition.Д«aker Hughes and Bloom Energy will begin collaborating on potential customer engagements immediately, with the objective of launching pilot projects over the next 2-3 years and fully commercializing and scaling applications, products and solutions shortly thereafter.

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