saeid kheirandish’s Post

Increased public and industry awareness of #hydrogen and #hydrogensystems safety is important as the industry advances the use of hydrogen as a #fuel. 👷 In the Spring issue of Global Hydrogen Review, Justin C. Distler, P.E. and Vince Mazzoni, P.E., Black & Veatch, discuss the ongoing development of #safety codes and standards to mitigate the unique risks associated with #hydrogen and its production systems. 🔎 Click here to read the article: https://lnkd.in/eaQYCSk3 ✅ Click here to subscribe to Global Hydrogen Review for FREE! ➡️ https://bit.ly/44I21pz

We’ve been developing reactors and catalysts for ammonia cracking with world-leading companies in the field for over a decade. 💫 Thanks to ammonias advantages in storage, transport, and energy density, it is rapidly becoming an important hydrogen carrier, allowing for efficient distribution of green hydrogen from producing to user regions. But before being used as fuel for gas turbines or fuel cells, or as feedstock for industrial processes, the hydrogen must be released through cracking of the ammonia. Do you need a compact and highly efficient reformer for your hydrogen production system? Learn more in our brand new White Paper. #ammoniacracking #reformer #catator #catalite #catarex #hydrogen #energytransition #ammoniafuel #cleanenergy

Hydrogen and Hydro carbon....Why we need Hydrogen Everywhere,even for Ammonia we need Hydrogen... when we talk about Hydrocorbon, we talk about Alkane, which means CH group, where we talk about Hydrogen and Carbon. whether it's hydroxide, or Halide or acid, we talk about Hydrogen and Carbon. when we talk about green energy or sustainability, we talk about Hydrogen again. we produce hydrogen by electrolysis process and then Ethanol C2H5OH ((CH3)(CH2)OH)) or Methanol CH3OH etc. basically it's hydrogen and carbon. why we need Hydrogen for Hydrocorbon, Oil & Gas or Green Energy...why hydrogen everywhere. There are so many elements & chemical compounds present in the Periodic Table.

Processes by which CO2 can be converted into Synthetic Fuels Sabatier Process: Captured CO2 is reacted with hydrogen (H2) to produce methane (CH4), which can be used as a synthetic natural gas or further converted to liquid fuels. Fischer-Tropsch Synthesis: Captured CO2 is converted into syngas (a mixture of CO and H2) and then catalytically converted into synthetic hydrocarbons. Methanol Synthesis: CO2 is converted into methanol using hydrogen, which can be directly used as a fuel or as a feedstock for other synthetic fuels. ·#NetZero #RenewableEnergy #CCUS #EnergyIndependence #CO2 #GreenHydrogen #Carboncapture #Investment 

USA is dominating the global CCS market. With the highest number of projects both operational and in development. 260 out of 564. Most of these capture CO₂ from ethanol facilities in the Midwest, with natural gas and hydrogen production following suit, especially in Texas. What the three processes have in common is a purer CO₂ stream that keeps capture costs lower. #CCS #climatetech #Energytech

The production of turquoise #hydrogen is achieved through the pyrolysis of #methane, accompanied by the formation of solid carbon. This process utilises #naturalgas as a feedstock, which is widely available worldwide and is a commonly used #fossilfuel. Methane #pyrolysis represents an effective method for the #decarbonisation of natural gas, resulting in the generation of #cleanhydrogen with no #carbondioxide #emissions.

Join our new Poten Webinar: Hydrogen, Ammonia, and Methanol - The Answers to Decarbonisation? Our senior consultants, Aline Ingram and Eduard Lindner will explore these alternative fuels and assess their viability for the future. Key Topics: • How do #hydrogen, #ammonia, and #methanol help meet global decarbonisation goals? • What are the latest advancements and challenges in producing hydrogen, ammonia, and methanol? • What are the current and future market drivers for these fuels? • What infrastructure is needed for handling these fuels, and what could be the implications for the #LNG industry? Register to join and be part of the discussion https://hubs.ly/Q02FdSpb0

Module Monday | Our NEW Hydrogen Production module covers the following topics: - Hydrogen production overview - Steam methane reforming - Electrolysis - Other methods of Hydrogen production This module is for anyone interested in an awareness of what Hydrogen is and how it can be used in various industries to assist in the energy transition to a lower carbon-emitting future. Module details here: https://buff.ly/3VYMYqk #PetroSkills #hydrogen #HydrogenProduction #oilandgas #oilgas #petroleum #petroleumindustry #oilandgasindustry #oilfield #oil #elearning #training #module

Methane pyrolysis is a cutting-edge technology for producing low-carbon hydrogen by converting methane into hydrogen gas and solid carbon. It competes directly with blue hydrogen — #hydrogen from steam methane reforming and carbon capture and sequestration — for producing low-carbon hydrogen from natural gas. In this analyst insight, we provide a comprehensive overview of the technology landscape for methane pyrolysis among the different players and regions: https://lux.works/49WyoCO

Levelised Cost of Hydrogen Calculator https://lnkd.in/eT4n8TtN