Vice President of Engineering and Technology।Electrons to Molecules E2M|Passionate for Sustainability Innovation Technologies & Process Plant Conf Development| |Green Hydrogen & Derivatives Syn Gas , g-Steel & e-Fuels|
Exciting advancements in hydrogen production for refineries! Methane pyrolysis, a sustainable method, reduces CO₂ emissions by converting CH₄ into C and H₂. This process, requiring high temperatures, offers various reactor types such as thermal, catalytic, and molten media reactors for efficient hydrogen production. Efficiency metrics like thermal efficiency, Faradaic efficiency, and carbon conversion efficiency play crucial roles. Key technical challenges include high temperature requirements, reactor material durability, and solid carbon management. To overcome these challenges, the integration of renewable energy sources and heat recovery systems is essential. In refineries, methane pyrolysis can be integrated into hydrogen production units, waste heat utilization, and carbon management processes. By leveraging advanced materials, efficient designs, and renewable energy, refineries can effectively address the challenges associated with methane pyrolysis, paving the way for a more sustainable hydrogen production process. #HydrogenProduction #Refineries #Sustainability #MethanePyrolysis #RenewableEnergy #CarbonManagement
Looks like the refining industry is heating things up with methane pyrolysis! Not only reducing CO₂ emissions, but also tackling those pesky technical challenges. Integrating renewable energy and heat recovery systems? That's what I call a sizzling solution! 😉
Very informative
Engineer at Hindustan Urvarak and Rasayan Ltd( Ammonia plant)
5moVery informative! But in India this types of reaction and reactor already works in few carbon manufacturing industries like PCBL,Continantal,himadri, and Epsilon carbon. They were worked on both CBFS as well as natural gas to manufacture Carbon as well as H2 but they use H2 and remain Ch4 ,co2 etc as a off gas.