Global Hydrogen Review’s Post

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 

Alongside opportunities presented by hydrogen, there are also serious risks. Although safer to handle than some other commonly used fuels, hydrogen is still highly combustible and an asphyxiant gas. Let’s talk Hydrogen safety: https://hubs.ly/Q02SmJvg0 #gasdetection #flamedetection #hydrogen #techstarsolutions #MSA

#MethaneSteamReforming (SMR) Currently, the process responsible for most of the hydrogen produced industrially is steam methane reforming. The process incurs carbon dioxide emissions of approximately 7 kg of carbon dioxide per kg of hydrogen produced, and it is the source of nearly 3% of the global industrial sector's CO2 emissions. In steam methane reforming, the chemical energy stored in methane is converted to another chemical energy, hydrogen. The two main reactions that occur in steam methane reforming follow: CH4(g)+H2O(g)→CO(g)+3H2(g) CO(g)+H2O(g)→CO2(g)+H2(g) #SteamMethaneReforming #Hydrogenproduction

🚀 Get a Grip on Hydrogen Pressure with Emerson! Ready to boost your hydrogen refueling game? 🔋 Join our on-demand webinar where Paul Kondratyev from Emerson spills the beans on managing hydrogen gas pressure like a pro. From choosing the perfect valves to keeping things running smooth and safe, we’ve got you covered! 🛠️ Don’t miss out on the tips and tricks you need to stay ahead in the hydrogen industry. Watch the webinar now and power up your knowledge! 🎓💡 #Hydrogen #AlternativeEnergy #Emerson #Webinar #Hydrogen #AlternativeEnergy #Emerson #Webinar https://lnkd.in/dEdi7zp3

We recently published a report that gives a full picture of the global hydrogen refueling station market. The report includes a database of current or planned hydrogen refueling stations, with comprehensive data of station types, configurations, geo-location, vehicle type, pressure and more. With a trend in the hydrogen market shifting towards commercial vehicles as the technology explores a broader spectrum of suitable applications, knowledge of the infrastructure and forecasts of planning and construction gain signifiance. Read our latest insight on the trends here: https://lnkd.in/dyd9WC6N Download a product brochure for our report here, or reach out to discuss our work with us directly: https://lnkd.in/ef37vu_e #hydrogen #refuelingstations #alternativefuel

Noble Gas Systems has received the world's first Approval in Principle from DNV for its conformable hydrogen storage vessel, confirming its general feasibility. Read more here: https://fcw.sh/o2TkSA #hydrogenStorage #HydrogenNow #CleanHydrogen

Steam methane reforming of natural gas and other light hydrocarbons is the most common method of hydrogen production. Learn about the hurdles of increasing blue hydrogen supply with our industry specialist. Don’t miss out on key insights! http://emr.as/ssF350RbeoV #HydrogenProduction #BlueHydrogen #SustainableIndustry

I will be more than happy to welcome you during this webinar! Steam methane reforming of natural gas and other light hydrocarbons is the most common method of hydrogen production. Learn about the hurdles of increasing blue hydrogen supply with our industry specialist. Register for our webinar series today: The link to the event is: https://lnkd.in/dPvufXPV #HydrogenProduction #Hydrogen #BlueHydrogen 

📢 Don't miss the next webinar from Emerson: "How advanced #measurementsolutions will enhance #bluehydrogen production" Sign up now 👇 #hydrogenproduction #bluehydrogen #sustainableindustry #webinar

💡Do you know just a tiny amount of impurities, such as CO, in a H2 fuel cell can cause significant power loss ? To put it into perspective, 0.5ppm (1 CO molecule per 2 million H2 molecules) can result in a 3-4% power drop! ⚡   💡Did you also know that most natural gas (NG) pipelines set to be converted for H2 will be most likely never capable of transporting Grade D Hydrogen ? This is due to the desorption of sulfur compounds that have been transmitted as odorization in NG. 🌟 To know more, join our upcoming webinar on hydrogen quality ! 🌟I will be joined by Thomas Bacquart from the National Physical Laboratory (NPL), a recognized expert in the field. 📅 Date: June 11th at 3PM CET 📍 Location: Online Webinar (Link below) #Hydrogen #FuelCell #MobilityFuture