Integrated Lab Solutions’ Post

#Biobased feedstocks for #Fuel or #Chemicals production, represents an important part of the decarbonization puzzle. Upgrading these feedstocks often requires challenging process conditions of high temperature & pressure and requires corrosion-resistant materials. This #CSTR based system from Integrated Lab Solutions was specifically designed to handle high viscosity biobased feedstock, which are continuously added to a slurry-catalyzed high-temperature/high-pressure hydroprocessing reactor. The reactor is capable of reliable level control whilst simultaneously keeping the fine slurry catalyst fully contained in the CSTR. Gas & Liquid are continuously removed and the liquid sampling is fully automated taking samples into sample bottle for later offline analysis.

#Biobased feedstocks for #Fuel or #Chemicals production, represents an important part of the decarbonization puzzle. Upgrading these feedstocks often requires challenging process conditions of high temperature & pressure and requires corrosion-resistant materials. This #CSTR based system from Integrated Lab Solutions was specifically designed to handle high viscosity biobased feedstock, which are continuously added to a slurry-catalyzed high-temperature/high-pressure hydroprocessing reactor. The reactor is capable of reliable level control whilst simultaneously keeping the fine slurry catalyst fully contained in the CSTR. Gas & Liquid are continuously removed and the liquid sampling is fully automated taking samples into sample bottle for later offline analysis.

#Biobased feedstocks for #Fuel or #Chemicals production, represents an important part of the decarbonization puzzle. Upgrading these feedstocks often requires challenging process conditions of high temperature & pressure and requires corrosion-resistant materials. This #CSTR designed by Integrated Lab Solutions based system was specifically designed to handle high viscosity biobased feedstock, which are continuously added to a slurry-catalyzed high-temperature/high-pressure hydroprocessing reactor. The reactor is capable of reliable level control whilst simultaneously keeping the fine slurry catalyst fully contained in the CSTR. Gas & Liquid are continuously removed and the liquid sampling is fully automated taking samples into sample bottle for later offline analysis.

SELF-HOMOGENIZATION OF PETROLEUM FUELS USING eCATALYST COATING PRODUCT TECHNOLOGY IMPROVES COMPLETE COMBUSTION OF HYDROCARBON FUELS IN INDUSTRY, TRANSPORTATION, BUILDING HEATING AND ELECTRICITY PRODUCTION BOILERS The reactions produced by the eCATALYST COATING PRODUCT TECHNOLOGY application, breaks the hydrogen bond or removes the hydrogen bar . The cluster in this way is kept smaller (nano-size clustered water and/or liquid), and the water and/or liquid (i.e.: petroleum fuel) characteristics return to the original nano-size clustered water and/or nano-size clustered petroleum fuel/liquid form. These reactions scientifically well known as self-stabilisation or self-homogenisation.  CLUSTER: The water and/or liquid molecular group jointed with a hydrogen molecule. NANO: 1/1,000,000,000 meters  SELF-HOMOGENIZATION, is of one process used to make a chemical mixture the same throughout. Mixtures are the product of non-mechanical, non-chemical and non-intrusive  electrolytic fluidisation method blending or mixing of chemical substances like elements and compounds, without chemical bonding or other chemical change, so that each ingredient substance in the water and/or liquid (i.e.: petroleum oil) characteristics return to its own form chemical properties and makeup. For the more cleaner and the more efficient conventional hydrocarbon fuel treatment and improved Complete Combustible Mixtures. 1) Homogenization Process: https://lnkd.in/diJvADFY 2) Improving Heavy Fueloil: https://lnkd.in/d-W9QzNp 3) IMO (MARPOL 73/78) Regulation- MEPC 54/21 ANNEX 17 REVISED GUIDELINES FOR SYSTEMS FOR HANDLING OILY WASTES IN MACHINERY SPACES OF SHIPS: https://lnkd.in/de2Jf957 4) Lloyd's Register Technical Association: Paper No. VII, Session 2005-2006 The Role of the Homogenizer in Modern Shipping: https://lnkd.in/dAydkp5S #eCatalystCoatingProductTechnology #nonchemical #nonmechanical #nonintrusive #selfhomogenizationofhydrocarbonfuels

High concentrations of sulfides Near-zero emission requirements or variable concentrations Expectation on low operating cost and a self-sustaining operation with minimal interference or maintenance At ANIEC, we embrace such challenges. We offer design and engineering expertise to analyze and tailor a complete solution, often incorporating all our cumulative experience and systems offering from across our portfolio of brands. An engineered solution may involve applying a combination of oxidation, adsorption and catalytic treatment to achieve all the above-listed requirements above or more.   #sulfurremove #desulfurization #H2Sscrubber #acidgas  #H2Spurifier #H2Sscavenger #H2Sadsorbent #FlueGasDesulfurization #cokeovengas

High concentrations of sulfides Near-zero emission requirements or variable concentrations Expectation on low operating cost and a self-sustaining operation with minimal interference or maintenance At ANIEC, we embrace such challenges. We offer design and engineering expertise to analyze and tailor a complete solution, often incorporating all our cumulative experience and systems offering from across our portfolio of brands. An engineered solution may involve applying a combination of oxidation, adsorption and catalytic treatment to achieve all the above-listed requirements above or more.   #sulfurremove #desulfurization #H2Sscrubber #acidgas  #H2Spurifier #H2Sscavenger #H2Sadsorbent #FlueGasDesulfurization #cokeovengas

🌍🔋Optimizing Hydrogen Production with PROGEF In the quest for efficient 🌱green #hydrogen production, the quality of water used in electrolysis is crucial. Different electrolyzers require varying levels of #WaterPurity, and impurities can significantly impact performance, operational costs, and the lifespan of the electrolyzer stack. #GFPipingSystems #PROGEF welded #polypropylene piping systems stand out with their excellent leach-out behavior, thereby mitigating the risk of ion content and facilitating low conductivity rates. These properties help ensure that the water remains within the optimal quality range, supporting the efficiency and longevity of your #electrolyzers. 💦 Explore how polypropylene piping systems can drive better performance and reliability in your hydrogen production projects. 👉 https://lnkd.in/gEcyTk5x Contact us 📲 https://lnkd.in/gPk4Wb59 #PPH #WaterTreatment #UltrapureWater #UPW

Let us introduce the Mini H₂ Separator, designed for laboratory research. Learn how to test our innovative hydrogen separation membranes, which are perfect for various applications including petroleum refineries and chemical processes. With its advanced membrane technology, our Mini H₂ Separator delivers high purity and excellent performance. 👉 Download our detailed document to explore its specifications and benefits: https://loom.ly/r9PibfM #Hydrogen #GasSeparation #Sustainability #membranes #UBE

Traditional ammonia synthesis catalysts are extremely sensitive to #oxygen #poisoning making it impossible to directly synthesize #GreenAmmonia using non-traditional #syngas sources like #steelfurnace exhaust gas. 🏭 This unit was custom designed and successfully commissioned in a #conatiner-based solution to test #oxygen removal #catalysts taken from a real #sidestream of a #steelplant within the context of the #Carbon2Chem initiative in Germany. This included the ability to have multiple #purification steps to remove impurities in the real #flugas that would otherwise damage the sensitive laboratory equipment.

Traditional ammonia synthesis catalysts are extremely sensitive to #oxygen #poisoning making in impossible to directly synthesize #GreenAmmonia using non-traditional #syngas sources like #steelfurnace exhaust gas. 🏭 This unit was custom designed and successfully commissioned in a #conatiner-based solution to test #oxygen removal #catalysts taken from a real #sidestream of a #steelplant within the context of the #Carbon2Chem initiative in Germany. This included the ability to have multiple #purification steps to remove impurities in the real #flugas that would otherwise damage the sensitive laboratory equipment.