ESAI Energy的动态

Today INEOS confirmed the closure of its Grangemouth, Scotland, ethanol plant. Chairman Jim Ratcliffe is as outspoken as ever, sating "We are witnessing the extinction of one of our major industries as chemical manufacture has the life squeezed out of it." ICIS data suggests he is right to flag up high energy prices as this chart shows how US gas prices have remained very low compared with Europe since 2015.

When it comes to providing clients with sulfur recovery, we have a long history of innovative and effective process technologies. At GTC Vorro, we decrease the cost of operations while minimizing our environmental footprint through targeted solutions. These include turning non-traditional feedstocks into fuels and petrochemicals, converting gasoline into petrochemicals, and using next-generation solvents. Learn more about our approach to sulfur recovery: https://loom.ly/7iXIyUY #GTCVorro #H2S #H2SRemoval #SO2

#Hydrogen Market In-depth Analysis Report by Size, Share, Regional Analysis and Global Forecast to 2032. >> https://lnkd.in/esey53id #Hydrogen is used to process crude #oil into refined fuels, such as #diesel and gasoline, and eliminate #contaminants, such as sulphur, from these #fuels. Strong oil demand growth is contributing to a more #optimistic outlook for the European #refinery market. Rising investment by refiners towards #upgradation and expansion of refineries to meet #sulfur and emission #regulation will positively encourage the hydrogen #generation market size in coming years. Air Liquide Air Products & Chemicals, Inc. Cummins Inc. Iwatani Corporation Messer Group GmbH ALLY HI-TECH CO., LTD CALORIC Anlagenbau GmbH Nuvera Fuel Cells, LLC Plug Power Taiyo Nippon Sanso India Pvt. Ltd. Ballard Power Systems Mahler AGS GmbH Teledyne Technologies Incorporated Linde #chemicals #materials #advancedmaterials #hydrogen #gasoline #sulphur #fuels #emission #productivity

January 30th: Cost Advantage Or Differentiation? If You Lack One (Or Both), 2025 Efforts Could Be All About Staying Alive! | https://hubs.li/Q034MpH-0 ?? General Thoughts: We discuss the Dow 4Q24 earnings report and its early 2025 commentary, its restructuring activities, and highlight its Pack Studios unit as a differentiator that we think will gain more applause over time. ?? #SupplyChain / #Commodities: We comment on global methanol market conditions, most notably elevated methanol spot prices in Western markets relative to Asia, following the Methanex Corporation 4Q24 earnings results today. ?? #Energy / #Upstream: We discuss the Valero 4Q24 earnings report and its view of refinery market conditions in 2025, and we also comment on the Shell report and its management view of its refining assets and asset-light strategy. ?? #Sustainability / #EnergyTransition: We highlight BASFand LyondellBasell announcements regarding supplying their operations in Europe with renewable electricity and the challenges and opportunities surrounding these efforts. ??#Downstream / Other #Chemicals: We highlight commentary from Stolt-Nielsen Limited on global chemical tanker freight rates and their general views toward 2025, along with many shippers continuing to avoid the Red Sea. Request the full report PDF: https://hubs.li/Q034MptV0 Companies Mentioned: Mitsui & Co., Ltd. SABIC AkzoNobel SCGC - SCG Chemicals Sekisui Specialty Chemicals Sherwin-Williams Chevron Circularix Li-Cycle Tesla A.P. Moller - Maersk CMA CGM Stolthaven Terminals Commodities covered: #Methanol, #Plastics, #Coatings, #Polyethylene, #Polyurethane, #Gasoline, #Diesel, #Power, #Waste, #Polymers #CMACC #chemicalmarket #oilandgas #polymers #plasticindustry #chemicalindustry #petrochemicals #marketanalysis #oilgas #packaging #plasticsindustry #sustainability #manufacturing #sales #power

?? Crude Oil: Transforming a Raw Resource into Energy Wealth ?? Crude oil processing is a cornerstone of the global energy industry. At the intersection of chemical science and technological innovation, distillation columns play a pivotal role in this transformation. These essential systems separate crude oil into its various components, meeting a wide range of needs: fuels, plastics, lubricants, and more. In this post, I will dive into: ? The fundamentals of crude oil processing, ? The critical role of distillation columns, ? And the technological challenges in optimizing these processes. ?? Whether you're an industry expert or simply curious, your thoughts and insights are highly valued! #OilAndGas #EnergyInnovation #RefiningProcesses #SustainableEnergy

#Hydrogen Market In-depth Analysis Report by Size, Share, Regional Analysis and Global Forecast to 2032. >> https://lnkd.in/esey53id Impact Hydrogen Everything About Hydrogen Global Hydrogen Review Canadian Hydrogen and Fuel Cell Association Independence Hydrogen Swiss Hydrogen SA Go Hydrogen Hiperbaric Hydrogen Compression Natural Hydrogen Ventures Green Hydrogen Coalition Electric Hydrogen Humble Hydrogen Ltd. H2TCA - Hydrogen Technology Cluster Australia HAV Hydrogen AS Hello Hydrogen NEOM Green Hydrogen Company California Hydrogen Business Council Azolla Hydrogen Ltd. Clayton Hydrogen Technology Cluster (Clayton H2) Exion Hydrogen Driving Hydrogen? Everywh2ere Hydrogen Canadian Hydrogen Association (CHA) North West Hydrogen Alliance LONGi Hydrogen Oman Hydrogen Centre Australian Hydrogen Council Tevva Hydrogen Electric Trucks Daures Green Hydrogen Village HYPHEN Hydrogen Energy WEH Hydrogen Connections Indian Hydrogen LINE Hydrogen (Australia) Pty Ltd Green Hydrogen Hub Denmark Next Hydrogen Norwegian Hydrogen HVS (Hydrogen Vehicle Systems) Victorian Hydrogen Hub (VH2) Green Hydrogen Organisation - GH2 Clean Hydrogen Technologies, Corp, USA #chemicals #materials #advancedmaterials #gasoline #diesel #hydrogen

?????????????????? ???????? ???????? ???????????????? ????????????: ???????????? ???? ???????????? ???????????????? ?????? ????????????, ????????????????, ?????? ???????????? ???????????????? Obtain an in-depth analysis of: ? ???????????????? ???????????????????? ?????? ????????????????????????????: Master the nuances of gasoline, diesel, and bunker blending, including their specific techniques, specifications, grades, blend components, and pricing dynamics. ? ???????????????? ????????????????????????: Develop formulations precisely suited to various applications while ensuring compliance with both US and international standards. ? ???????? ?????????????????? ?????? ???????? ??????????????????????: Receive expert guidance on sourcing and utilizing these fuels effectively, both now and in the medium term, to enhance profitability. Get details and register now at : https://lnkd.in/gZs_JYvD Course Director: Ara Barsamian #ConferenceConnection #RefineryAutomation #Blending #GasolineDiesel #MarineBunker #BioDiesel #BioFuels #FutureFuels #BlendingFormulae #BlendComponents #BlendingOptimization

Higher Octane Catalytic reforming has played a pivotal role in the refining industry, but it has also sparked significant controversy over the years. The need for higher-octane gasoline became apparent after the introduction of engines like the Ford Model T. In response, Universal Oil Products Co. developed the modern catalyst and plant design in 1949, revolutionizing the industry. This led to a competitive push for ever-higher octane numbers, which continued into the 1970s. However, public concern over the toxicity of lead in gasoline led to governmental regulations that required refiners to reduce lead content. This demand for cleaner fuel forced the industry to make substantial changes to their processes. Yet, as refiners tackled the issue of lead, they were confronted with another problem, famously encapsulated by Beddour's premise: "You cannot eliminate a pollutant without adding another." In this case, the reduction of lead in gasoline brought benzene, a carcinogenic compound, into the spotlight as a new environmental concern. As a result, the industry had to find alternative methods to maintain fuel quality while addressing these environmental and public health challenges. Hydrogen, a by-product of catalytic reforming, emerged as a critical resource in this new landscape. Once merely a by-product, hydrogen has now become a valuable "packhorse" for refiners, enabling them to adjust processes, reduce pollutants, and meet the ever-evolving demands of fuel production and environmental standards. The catalytic reforming process continues to be an essential aspect of refining, but its history serves as a reminder of the complex interplay between technological advancement, environmental responsibility, and public health. Petroleum Refining William L. Leffler 2000 PennWell (AI assistance) #catreformer #hydrogen #octane #lead #refiners #beddour #auto #fuel