FluoRok’s Post

Shaping the Future of Hydrogen Energy with Our New Joint Industry Project 🗺 As the world moves towards greener energy solutions, hydrogen plays a pivotal role. Ensuring the compatibility of thermoplastic materials with high-pressure hydrogen is crucial for safety, efficiency, and innovation across the hydrogen infrastructure supply chain. Last month, we launched a new Joint Industry Project (JIP) focused on polymer selection and qualification for hydrogen service. 🔎 An insightful webinar on 16 January, led by TWI Senior Project Leader, George V. Theodosopoulos, M.Sc, Ph.D, alongside experts Kostas Vatopoulos from Saudi aramco and Azzedine Kioul from SABIC, attracted over 190 registrants. This pioneering project, "Guidelines for Testing Thermoplastic Materials’ Compatibility for High-Pressure Hydrogen Service," promises to set new industry standards. 📈 Why Join? Participating in this JIP offers direct access to cutting-edge polymer testing and qualification guidelines, significantly reducing reliance on subjective judgements for material selection. This is an invaluable opportunity for companies at every stage of the hydrogen supply chain, from resin manufacturers to end-users. 📧 Get Involved Don't miss out on the chance to be part of this critical initiative. For more details and to express your interest, please reach out to us at jip@twi.co.uk 🎦 You can now go ahead and access the webinar recording at the link below to catch up on what you missed: https://lnkd.in/eCTFzjfm #HydrogenIndustry #Thermoplastics #Hydrogen #Polymers #Testing Alec Gunner | Sofia Sampethai, CEng | Amir Khamsehnezhad

Transform Your Chemical Manufacturing with UNIFAB Engineering Advanced Gas Induction Reactors! Take your operations to the next level with our innovative and robust gas induction reactors, designed to deliver high-quality output with unmatched efficiency. Key Features: ✅ Efficient gas induction technology ✅ High-quality, consistent output ✅ Durable and robust design ✅ Versatile applications across multiple industries ✅ Easy-to-use, user-friendly operation Advantages You Can Count On: 🔧 Minimal Downtime: Easy maintenance for uninterrupted production. 📈 Cost-Effective: Boosts efficiency while reducing overall operational costs. 🌱 Eco-Friendly: Supporting sustainability in chemical manufacturing. 🛠️ Customizable Solutions: Tailored reactors to suit your specific needs. 💼 Proven Performance: Trusted by industry leaders worldwide. Experience excellence with UNIFAB Engineering Gas Induction Reactors! Contact us for more details. 📧 info@unifabengg.com 🌐 www.unifabengg.com 📞 +91-22-41901100 #UNIFAB #GasInductionReactors #ChemicalManufacturing #IndustrialSolutions #EfficientProduction #EcoFriendlyTech #CostEffectiveSolutions #IndustryLeaders #ReliablePerformance #SustainableManufacturing #InnovationInAction

Integrals Power has partnered with First Phosphate Corp (CSE: PHOS) to create a sustainable solution for the lithium iron phosphate ("LFP") battery industry in Europe and America. Through this Joint Development Agreement, we aim to produce battery grade iron III phosphate precursor, which offers a cost-effective and environmentally compliant LFP cathode material suitable for various applications, such as stationary energy storage and electric vehicles. This innovative approach expands on Integrals Power's existing high-performance nano material technology platform for LFP/LFMP. The collaboration provides customers with a wider range of cathode material options to cater to their specific requirements. The partnership's ultimate goal is to develop a scalable, cost-driven technology line for the production of battery grade iron III phosphate (FePO4), which can be combined with lithium carbonate or lithium hydroxide to produce LFP CAM. #battery #lfp #cathode #energystorage #ev Innovate UK Faraday Battery Challenge Department for Science, Innovation and Technology https://lnkd.in/eSxVVhmu

💡 The consortium partners thyssenkrupp Steel and the VDEh-Betriebsforschungsinstitut GmbH (BFI, project coordination) are testing the technological leap into hydrogen-based, climate-neutral pig iron production with the construction and experimental operation of a direct reduction pilot plant. 🏭 The planned plant, with a height of around 40 meters, will be able to reproduce different direct reduction processes and thus offer maximum flexibility for research into direct reduction. Equipped with the most innovative measurement, control and regulation technology, the plant will enable the use of different reduction gases such as hydrogen, natural gas and the mixed gases produced during steel production. 🔎 As it is not tied to a specific process for direct reduction, it is possible to operate the plant with various input materials such as pellets, lump ore and recycled materials, regardless of the technology. The pilot plant will have a capacity of 100 kg/h of directly reduced iron and will be connected to the media and infrastructure of the nearby Carbon2Chem technical center. Photo: Contract award for a direct reduction test plant with the consortium partners thyssenkrupp Steel, TS Elino GmbH and the VDEh-Betriebsforschungsinstitut marks the beginning of a forward-looking collaboration. #GIFA #METEC #THERMPROCESS #NEWCAST 

I am thrilled to present the culmination of my academic journey—a comprehensive exploration into the catalytic synthesis of propylene from methanol via the Methanol-to-Olefins (MTO) process. This project involved a deep dive into advanced reaction engineering, process intensification strategies, and the economic viability of leveraging methanol as a precursor for high-demand olefins. By optimizing reaction conditions and employing cutting-edge catalytic systems, I was able to significantly enhance the efficiency of the MTO process, achieving improved selectivity and yield. This research not only underscores the potential of alternative feedstocks in the petrochemical industry but also contributes to the development of more sustainable and economically feasible production pathways. This project has been instrumental in honing my technical acumen and equipping me with the skills to drive innovation and efficiency in chemical process engineering. I am eager to apply these insights to real-world challenges and contribute meaningfully to the advancement of the energy and petrochemical sectors. Done and Dusted.✨ #ChemicalEngineering #MethanolToOlefins #PropyleneProduction #Catalysis #ProcessEngineering #Sustainability #Petrochemicals #EngineeringInnovation

Welcome back to our Energy series, Science vs. Fiction. Here's the verdict from our last challenge: Fiction! The exact location of chemical injection is vitally important. The correct decision can only be made after a thorough knowledge of the pathways taken by produced fluids, ideally with a “walk through”. This is particularly important when multiple wells are comingled and fed to a central processing center with a separator, compressor, gas contact tower, etc. It is certainly possible for a very effective chemical, known to be so from multiple field applications and lab studies, to completely fail if not injected in the optimal part of the production facility. Tune in next time for a new challenge! In the meantime, visit arxada.com for more information about our products and services. #WeAreArxada #oilandgas #energy #h2sscavengers

Revolutionizing #Oil Refining: #AI-Driven Polymer Membranes Set to Transform the #Industry In a groundbreaking leap forward, researchers at Georgia Tech have unveiled a transformative #digital system designed to revolutionize #membrane separation in oil refining processes. This high-performance digital system is poised to redefine how polymers are tailored for membrane applications, promising unparalleled #efficiency and #sustainability in the refining industry. Discover more at www.energyHQ.world

#Global #Oil #Water #Separator Market: By Type (Above Ground and Below Ground), By Technology (Coalescing, Gravitational, Centrifugal, Membrane Separation, Electrochemical, and Biological) Analytical Market Research The Global Oil Water Separator Market was valued at #USD 9.13 billion in 2022.It is expected to reach #USD 10.25 billion by 2030, with a #CAGR of 4.9% during 2023-2030. get more info : https://lnkd.in/dPxjqG7Z Key Players: Siemens Energy,GEA Group,Parker Hannifin CORP,Alfa Laval,BOFA - A Donaldson Company,@rket, comprising: Siemens Energy, SLB, GEA Group, PARKER HANNIFIN CORP, ALFA LAVAL, Donaldson Company, Inc., @HydroFloTech, Oil Water Treatment Services BV Separator Technologies,Sulzer Ltd,WesTech Engineering,Al Kafaah LLC,ANDRITZ,Wärtsilä,Mercer International Inc. Inc #marketanalysis #marketresearch #marketdevelopment

HYDROGEN 🍃: Mitsubishi Heavy Industries and NGK INSULATORS are jointly developing a hydrogen purification system that uses membrane separation to purify hydrogen from hydrogen-nitrogen mixture gas after ammonia cracking. The companies expect the technology to contribute to the establishment of a hydrogen and ammonia supply chain enabling high-volume transport of hydrogen. MHI will contribute its expertise delivering ammonia plants and other chemical plants, and its technologies for handling ammonia and hydrogen. NGK will contribute its knowledge of subnano ceramic membrane technology and unique film deposition technology developed in the fields of chemical processes and water purification. 👉 Read more here: https://lnkd.in/eFWiERiX #hydrogen #hydrogenpurification #membraneseparation #ammonia #ammoniacracking #hydrogensupplychain

Researchers unlock 'silicate magic' for safer, cheaper, and more efficient batteries. Xiaowei Teng, the James H. Manning Professor in Chemical Engineering at WPI, is leading a team to explore new battery technologies for grid energy storage. The team's recent results, published in ChemSusChem, suggest that iron, when treated with the electrolyte additive silicate, could create a high-performance alkaline battery anode. The second most abundant metal in the Earth's crust after aluminum, iron is far more sustainable than nickel and cobalt. The United States alone recycles approximately over 40 million metric tons of iron and steel from scrap each year - https://lnkd.in/g9WDjbTP #batteries #batterytechnology #renewables #gridstorage