2024 Agenda

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  1. Low Carbon Fuels and Propulsion
     Hydrogen storage materials such as metal hydrides, chemical hydrides and metal organic frameworks (MOFs) have been researched for almost two decades for energy and transportation applications. While ...
  2. Carbon Capture, Utilization, Storage & Blue Hydrogen
  3. Carbon Capture, Utilization, Storage & Blue Hydrogen
    This presentation will discuss the advantages and disadvantages of various types of CO2 compression technologies including integrally geared compressors, single shaft compressors, reciprocating compre ...
  4. Carbon Capture, Utilization, Storage & Blue Hydrogen
    It is reported that around 600 CCUS projects are in the pipeline to enter operation by 2032 with a total CO2 capture of nearly 680 MMTPA.  Many FIDs are anticipated to be made in 2024. The majority of ...
  5. Carbon Capture, Utilization, Storage & Blue Hydrogen
  6. Carbon Capture, Utilization, Storage & Blue Hydrogen
    Over the past two years, the CCUS industry has witnessed a significant ramp-up of commercial activity across multiple sectors and geographies. This has been driven by increasingly favourable technolog ...
  7. Carbon Capture, Utilization, Storage & Blue Hydrogen
  8. Carbon Capture, Utilization, Storage & Blue Hydrogen
    The carbon capture utilization and storage (CCUS) projects are being influenced by many factors including regulatory guidance, shareholder pressure and 45Q tax credits. Cooling is required at various ...
  9. Carbon Capture, Utilization, Storage & Blue Hydrogen
  10. Carbon Capture, Utilization, Storage & Blue Hydrogen
    This panel will explore the role of biotechnology in carbon capture. Our panel of experts will discuss the following key topics: How biotechnology can be used to capture carbon and a wide range of ind ...
  11. Carbon Capture, Utilization, Storage & Blue Hydrogen
    Natural gas serves an import role towards providing reliable energy toward the electrical grid as we target various industry and national 2050 decarbonization targets. Carbon capture on combined cycle ...
  12. Carbon Capture, Utilization, Storage & Blue Hydrogen
  13. Carbon Capture, Utilization, Storage & Blue Hydrogen
    Oxy is making bold moves to commercialize DAC technology.  This presentation will provide an update on our progress, our plans, and what it takes to develop a sustainable, climate-relevant technology.
  14. Carbon Capture, Utilization, Storage & Blue Hydrogen
  15. Carbon Capture, Utilization, Storage & Blue Hydrogen
    Carbon capture technologies present a techno-economically efficient opportunity towards achieving net-zero emissions future. Hydrogen and its carriers, along with carbon capture will be key technology ...
  16. Carbon Capture, Utilization, Storage & Blue Hydrogen
    This paper presents the good engineering practices and key lessons learnt that are needed to design and implement commercial scale CO2 pipeline network. Some of these practices are critical for a feas ...
  17. Carbon Capture, Utilization, Storage & Blue Hydrogen
  18. Carbon Capture, Utilization, Storage & Blue Hydrogen
    Noble is currently acting as Tier 1 partner in the groundbreaking Greensand project in Denmark which will be storing 8 million tons per year of CO2 in the Danish North Sea. The aim for the presentatio ...
  19. Carbon Capture, Utilization, Storage & Blue Hydrogen
    Coffeyville Resources Nitrogen Fertilizers, LLC, a wholly owned subsidiary of CVR Partners, LP located in Coffeyville, Kansas, is a fertilizer facility in North America that has been capturing carbon ...
  20. Carbon Capture, Utilization, Storage & Blue Hydrogen
    The IRA has provided significant economic incentives for adopting carbon capture technologies across numerous high-emission facilities. However, developing a robust carbon market has been a struggle i ...
  21. Carbon Capture, Utilization, Storage & Blue Hydrogen
    The Mikawa PCC Pilot Plant has been consistently operating since September 2009. It is located in Omuta City, Fukuoka, Japan. Toshiba developed the pilot plant in 2009 and it was then commenced in 202 ...
  22. Carbon Capture, Utilization, Storage & Blue Hydrogen
  23. Carbon Capture, Utilization, Storage & Blue Hydrogen
    This presentation investigates challenging control valve applications in Carbon Capture, Utilization, and Storage (CCUS). We will explore a variety of scenarios encountered in the process design, draw ...
  24. Carbon Capture, Utilization, Storage & Blue Hydrogen
  25. Carbon Capture, Utilization, Storage & Blue Hydrogen
  26. Carbon Capture, Utilization, Storage & Blue Hydrogen
    Transparent Monitoring, Reporting and Verification (MRV) of a facility's CCS activities is critical to securing investment and bringing the industry to scale. This panel will address designing and imp ...
  27. Carbon Capture, Utilization, Storage & Blue Hydrogen
  28. Carbon Capture, Utilization, Storage & Blue Hydrogen
  29. Carbon Capture, Utilization, Storage & Blue Hydrogen
  30. Carbon Capture, Utilization, Storage & Blue Hydrogen
    This panel discussion will examine: The technical aspects of retrofitting existing infrastructure for carbon capture and transport.  Retrofitting existing pipelines Design choices to prevent CO2 impur ...
  31. Carbon Capture, Utilization, Storage & Blue Hydrogen
    In this session, we'll discuss global market developments in CCUS using the interactive CaptureMap. We'll start by briefly looking at how CaptureMap is put together, including data sourcing and data q ...
  32. Low Carbon Fuels and Propulsion
    Methanol is a versatile high octane, clean burning automotive fuel that is increasingly replacing gasoline, diesel and marine bunker fuel. It is also a fuel for direct oxidation methanol fuel cell, ch ...
  33. Carbon Capture, Utilization, Storage & Blue Hydrogen
  34. Low Carbon Fuels and Propulsion
  35. Low Carbon Fuels and Propulsion
    Several heavy-duty manufacturers like Freightliner, Paccar, JCB, and Volvo are turning to hydrogen to fuel their next generation vehicles.  Whether using an ICE or FCEV both need to store hydrogen on- ...
  36. Low Carbon Fuels and Propulsion
    This panel discussion will look at the role of SAFs in green aviation. Speakers will address several angles, including the latest technologies in SAF production methods, opportunities for growth and c ...
  37. Low Carbon Fuels and Propulsion
    Offering a multi-gigaton decarbonization opportunity, ultra-low carbon eFuels offer carbon emitters an alternative to storing captured carbon. eFuels leader Infinium is operating the world’s first com ...
  38. Low Carbon Fuels and Propulsion
  39. Low Carbon Fuels and Propulsion
    Verne has developed a novel cryo-compressed hydrogen storage system being deployed in heavy transport. Early pilots demonstrate a ground-breaking improvement in range and vehicle weight, enabled by th ...
  40. Low Carbon Fuels and Propulsion
    This session will provide a live demo of Energy Fellow, an agile DOE-funded software tool that helps investors identify business opportunities in the District Energy space. The tool allows the user to ...
  41. Low Carbon Fuels and Propulsion
    This panel discussion explores the challenges and strategic imperatives associated with scaling up hydrogen production to meet the evolving demands of heavy-duty mobility in the United States. Speaker ...
  42. Low Carbon Fuels and Propulsion
    Highlighting IHI advances in the production and use of Ammonia as a fuel. We will highlight ammonia burned in coal plants, gas turbines and tug boats. We will also talk about the advances in the use o ...
  43. Low Carbon Fuels and Propulsion
  44. Low Carbon Fuels and Propulsion
  45. Low Carbon Fuels and Propulsion
  46. Low Carbon Fuels and Propulsion
  47. Low Carbon Fuels and Propulsion
     This presentation will focus on the emerging eFuels sector that utilizes captured CO2, unpacking the economics and highlighting the best regions for development. Using Orennia's proprietary data we w ...
  48. Low Carbon Fuels and Propulsion
  49. Low Carbon Fuels and Propulsion
  50. Low Carbon Fuels and Propulsion
  51. Low Carbon Fuels and Propulsion
  52. Low Carbon Fuels and Propulsion
  53. Low Carbon Fuels and Propulsion
  54. Low Carbon Fuels and Propulsion
    This session will address eFuel production outside of the US, providing a comparison of different regions, assessing factors such as their current production capacity and challenges such as infrastruc ...
  55. Low Carbon Fuels and Propulsion
    The mechanisms of hydrogen embrittlement in the bulk material can be strongly influenced by the interactions of the material surface chemistry with the environmental variables.  As we are discovering, ...
  56. Fuel Cell Technology
  57. Low Carbon Fuels and Propulsion
  58. Fuel Cell Technology
    This panel discussion will cover the challenges within remote and back-up power. Speakers will touch on the funding available in the US and the levels of funding these hydrogen systems can attract e.g ...
  59. Fuel Cell Technology
  60. Fuel Cell Technology
    This presentation will discuss analytical equipment and applications that are critical to the design and production of electrolysis systems and fuel cells. Hitachi provides equipment used in R&D and Q ...
  61. Low Carbon Fuels and Propulsion
    This panel will highlight the transformation of the shipping industry towards net zero. The speakers will focus on the challenges and opportunities that arise from renewable fuels in the context of sh ...
  62. Fuel Cell Technology
  63. Fuel Cell Technology
  64. Fuel Cell Technology
    Electrolyzers and Fuel Cells are an important part of the energy transition and have the potential to be produced in significant numbers worldwide. However, the production of the bipolar plates built ...
  65. Fuel Cell Technology
     As the marine sector pursues ambitious carbon reductions goals, green hydrogen, paired with PEM based fuel cells and battery energy storage technology show promise to accelerate industrial maritime d ...
  66. Fuel Cell Technology
    This study focuses on model-based system level optimization of a fuel cell electric Class 8 long-haul truck application using GT-SUITE and Matlab/Simulink. First, a 1-D propulsion system model for a c ...
  67. Fuel Cell Technology
    Fuel cell electric vehicles offer an attractive option for decarbonizing long-haul on-road transport. However, there are still several barriers to widespread adoption of hydrogen-fueled fuel cells for ...
  68. Fuel Cell Technology
    Hyundai has successfully deployed Fuel Cell Electric vehicles – including and not limited to passenger cars, city buses and long-haul trucks that meet the industry requirements of lifetime, driving pe ...
  69. Fuel Cell Technology
  70. Fuel Cell Technology
    This session offer insights into the design and function of ion exchange systems, designed to reduce ion concentration within the coolant circuit. In addition, the presentation will provide high-level ...
  71. Fuel Cell Technology
    This panel discussion will address the benefits of using simulations to improve the efficiency and durability of fuel cells and how this can accelerate fuel cell deployment. Speakers will highlight th ...
  72. Fuel Cell Technology
    There is an increasing trend in developing hydrogen based electrified aircraft propulsion systems to achieve net zero emissions from air transportation.  In order to achieve highest power density, coo ...
  73. Fuel Cell Technology
  74. Fuel Cell Technology
    Presentation of approaches to establish solutions for the serial production of Fuel Cells and Electrolysers from a small to a big scale (manual/ semi-automatic production to Gigawatt-Factory = 1 Hz pr ...
  75. Fuel Cell Technology
  76. Fuel Cell Technology
  77. Fuel Cell Technology
  78. Fuel Cell Technology
    This panel discussion promises to be a comprehensive exploration of hydrogen refuelling for FCEV, offering insights into its current state, future potential, and the challenges that lie ahead. Speaker ...
  79. Fuel Cell Technology
    Electric-field assisted sintering (EFAS) is an advanced manufacturing method for efficient consolidation and processing of ceramic and metal materials. This is due to direct rapid heating of the mater ...
  80. Fuel Cell Technology
  81. Fuel Cell Technology
    Green hydrogen is rapidly emerging as a key decarbonization solution for many industries. At the heart of this revolution are the advancements in electrolyzer and fuel cell technologies, which are cru ...
  82. Fuel Cell Technology
    This session will provide a techno-economic analysis of fuel cell and ICE powertrains in heavy-duty mobility applications, looking at the performance and reliability of each powertrain and the current ...
  83. Fuel Cell Technology
    In this talk, AvCarb will highlight key advancements in the design and manufacturing of Gas Diffusion Layers for high performance fuel cells. We will specifically focus on the improvement of mechanica ...
  84. Fuel Cell Technology
  85. Fuel Cell Technology
    PEM fuel cells are the ones more heavily studied in comparison to other types of fuel cells because of their several advantages including low temperature operation and quick start-up technologies. The ...
  86. Fuel Cell Technology
  87. Hydrogen Production, Storage and Infrastructure Development
    This discussion focuses on the complex and pivotal role of ports in the burgeoning international hydrogen market. Ports, as multi-modal hubs with the potential to support all links in the clean hydrog ...
  88. Hydrogen Production, Storage and Infrastructure Development
  89. Hydrogen Production, Storage and Infrastructure Development
    This paper will discuss a powerful, rigorous and unique solution that can model the end to end hydrogen economy, or any subset, easily, rigorously and flexibly. This system can evaluate the impact of ...
  90. Hydrogen Production, Storage and Infrastructure Development
    This presentation will detail the development of THera™ SEAL, a novel sealing technology specifically targeted towards high-pressure gaseous hydrogen storage applications. The innovative design of the ...
  91. Hydrogen Production, Storage and Infrastructure Development
    B&W’s innovative low-carbon hydrogen production technology called BrightLoop can directly process a wide range of feedstocks, including solid fuels such as biomass or coal, into hydrogen with a separa ...
  92. Hydrogen Production, Storage and Infrastructure Development
    This session provides process insights on H2 Liquefaction, Green Ammonia Production and H2 Pipeline Injection services and the criticality of having a “Best Fit” compressor system. Case studies will b ...
  93. Hydrogen Production, Storage and Infrastructure Development
  94. Hydrogen Production, Storage and Infrastructure Development
    This presentation provides a comprehensive overview of electrolyzer economics, focusing on the key factors influencing the Levelized Cost of Hydrogen (LCOH). Attendees will gain valuable insights into ...
  95. Hydrogen Production, Storage and Infrastructure Development
    In 2012, a boreholed drilled almost a decade earlier in Mali was discovered to be emitting almost pure hydrogen. More recently, another natural hydrogen deposit was discovered in the Lorraine region o ...
  96. Hydrogen Production, Storage and Infrastructure Development
    In this session, Tony Pan, CEO of Modern Hydrogen, will explore the transformative role of decentralized/distributed hydrogen production in the global energy landscape. He will present Modern Hydrogen ...
  97. Hydrogen Production, Storage and Infrastructure Development
    Hydrogen is a promising energy carrier that can help decarbonize various sectors, but its deployment is still in the early stages, especially for small-scale projects. While hydrogen pilot projects ca ...
  98. Hydrogen Production, Storage and Infrastructure Development
    Discussion of Mote's first of a kind facility that utilizes wood waste to create zero emission hydrogen while removing and storing the carbon permanently underground. Presentation of Mote's process as ...
  99. Hydrogen Production, Storage and Infrastructure Development
    High pressure hydrogen imposes challenges to materials of construction for hydrogen storage and delivery systems. There are several types of mechanical property degradations in metallic materials when ...
  100. Hydrogen Production, Storage and Infrastructure Development
    This presentation will explore the opportunities, challenges, and economics of oxygen utilization from electrolysis plants. Transportation via pipeline is currently the most viable option for moving l ...
  101. Hydrogen Production, Storage and Infrastructure Development
    Of course the hydrogen world knows about Alkaline and Solid Oxide electrolyzers. But, as more attention is paid to the growing green hydrogen market, innovators are flocking to the electrolyzer space ...
  102. Hydrogen Production, Storage and Infrastructure Development
  103. Hydrogen Production, Storage and Infrastructure Development
    The presentation will demonstrate the evolution of PEM water electrolysis technology since it was employed in the early missions into space to present-day advanced materials crucial for enabling a sus ...
  104. Hydrogen Production, Storage and Infrastructure Development
  105. Hydrogen Production, Storage and Infrastructure Development
  106. Hydrogen Production, Storage and Infrastructure Development
  107. Hydrogen Production, Storage and Infrastructure Development
  108. Hydrogen Production, Storage and Infrastructure Development
    The development of a hydrogen economy to support the global energy transition will require the integration of multiple technologies.  These include production of carbon-free electricity (i.e., wind, s ...
  109. Hydrogen Production, Storage and Infrastructure Development
    The objective of this discussion is to provide decision-makers and industry leaders with vital insights into safety considerations related to hydrogen transport and storage. It will explore key factor ...
  110. Hydrogen Production, Storage and Infrastructure Development
    This presentation will discuss water purification and cooling of the electrolyser in one simple step. Efficiency is important to decrease cost of green hydrogen. Water is a scarce resource, so presevi ...
  111. Hydrogen Production, Storage and Infrastructure Development
  112. Hydrogen Production, Storage and Infrastructure Development
  113. Hydrogen Production, Storage and Infrastructure Development
  114. Hydrogen Production, Storage and Infrastructure Development
    Hydrogen permeability of multiple polyimide grades had been studied and the results and significance of this property is discussed in this presentation. Certain Polyimide chemistry has shown a very fa ...
  115. Hydrogen Production, Storage and Infrastructure Development
  116. Hydrogen Production, Storage and Infrastructure Development
    TÜV SÜD has started to develop a guideline focusing on the hydrogen-readiness of combined cycle power plants in 2020, which serves as a basis for the third-party certification of concepts of original ...
  117. Hydrogen Production, Storage and Infrastructure Development
  118. Hydrogen Production, Storage and Infrastructure Development
    This presentation will discuss hydrogen applications in hard to abate industries, thyssenkrupp technology overview, and specific opportunities for start-ups and SMEs to support the hydrogen infrastruc ...
  119. Strategic Forum
  120. Hydrogen Production, Storage and Infrastructure Development
  121. Strategic Forum
  122. Strategic Forum
  123. Strategic Forum
    This session will present thought leadership on the climate change mitigation. Is continued increasing living standard for all global citizens possible if we also want to reach net zero in 2050? Can w ...
  124. Strategic Forum
  125. Strategic Forum
    A global portfolio of incentive policy is driving investment the commercial deployment of carbon capture, use & storage technology, and North America is well-positioned to be a leading region in takin ...
  126. Strategic Forum
    Hydrogen is a rapidly evolving and complex industry - a new location investment decision is critical for any company across the industry’s value chain. Between utility demands, site limitations, and c ...
  127. Strategic Forum
    With its abundance of renewable resources and a strong internal energy market, the US are uniquely positioned as producer and offtaker of green & low carbon hydrogen. Hydrogen council estimates that, ...
  128. Strategic Forum
    This abstract outlines the creation and application of an innovative CCUS cost estimation tool designed to offer comprehensive insights into the economic facets of CCUS projects. The tool incorporates ...
  129. Strategic Forum
    COP28 has set the ambitious target of 180mt of low-carbon hydrogen to be produced globally by 2030. In this roundtable, key players from across the hydrogen value- chain will come together to discuss ...
  130. Strategic Forum
    Almost two years after the enactment of the Inflation Reduction Act of 2022 (IRA), where do things stand?  What have you seen as far as investment activity? What asset classes are attracting the most ...
  131. Strategic Forum
  132. Strategic Forum
  133. Strategic Forum
    At present, governments around the world are supporting private investment in carbon capture projects through various means - one of which is subsidies to provide direct payments or tax relief to enti ...
  134. Strategic Forum
  135. Strategic Forum
    Join our cybersecurity expert to gain insights and practical strategies you can implement at your facility. This presentation will empower participants to foster a cybersecurity culture drawing on the ...
  136. Strategic Forum
    Voluntary Carbon Markets (VCM) allow emitters to purchase carbon credits to offset their emissions. Whilst still a nascent industry there is potential to scale this industry, driving significant inves ...
  137. Strategic Forum
  138. Strategic Forum
  139. Strategic Forum
  140. Strategic Forum
  141. Strategic Forum
  142. Strategic Forum
  143. Strategic Forum
  144. Strategic Forum
    Hydrogen is quickly taking center stage in decarbonization efforts globally, however not without its challenges. Our panelists will discuss the emerging hydrogen market, which is set to reshape the gl ...
  145. Strategic Forum
    The Office of Clean Energy Demonstrations (OCED) brings a new approach to the energy transition, ensuring community benefits and energy justice are at the forefront of more than $25 billion in clean e ...
  146. Fuel Cell Technology
    The presentation focuses on the methodology developed by Syensqo to test compatibility of plastic materials to a fuel cell environment. The method, which leverages the use of a real fuel cell to deter ...
  147. Low Carbon Fuels and Propulsion
    Carbon Dioxide (CO2) is one of the cornerstones of decarbonization and its capture and storage (CCS) or utilization (CCU) are being explored by a plethora of technologies that aim to accelerate the ra ...
  148. Carbon Capture, Utilization, Storage & Blue Hydrogen
    In the presentation, the best commercial ammonia and hydrogen production set-ups at mega scale will be discussed. Further, a holistic approach of defining the carbon intensity of the low carbon produc ...
  149. Low Carbon Fuels and Propulsion
    The presentation will include an overview of dual hydrogen-jet fuel concepts, describe key SAF challenges and significant resource limitations, outline the pathways, challenges, and infrastructure cha ...
  150. Strategic Forum

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