Lecture 02: Natural Gas Composition Explained | CH₄, NCV, GCV & Carbon Number, Sm³ Ammonia process

Natural Gas Composition, Ammonia Plant, CH4, Methane, Natural Gas Quality, NCV, GCV, Carbon Number, Compressibility Factor, Molecular Weight, Hydrogen Production, Steam Reforming, Ammonia Process, Fertilizer Plant, Chemical Engineering, Process Engineering, HDS, Hydro Desulfurization, Fusion Engineering Classes, Ammonia process Natural Gas Composition Explained | Ammonia Plant Process Series | Lecture 02 Welcome to Fusion Engineering Classes. In Lecture 02 of the Ammonia Plant Process Series, you will learn everything about Natural Gas Composition and why Natural Gas is the most important feedstock for Hydrogen production in an Ammonia Plant. 📚 In this lecture, you will learn: ✅ What is Natural Gas? ✅ Why Natural Gas is used in an Ammonia Plant ✅ GAIL Natural Gas Composition ✅ Methane (CH₄) Importance ✅ Ethane, Propane & Heavy Hydrocarbons ✅ Molecular Weight ✅ Carbon Number ✅ Net Calorific Value (NCV) ✅ Gross Calorific Value (GCV) ✅ Compressibility Factor (Z) ✅ What is Sm³ (Standard Cubic Meter) ✅ Why Natural Gas is measured in Sm³ ✅ Interview Questions & Practical Concepts This lecture is specially designed for: ✔ Diploma Chemical Engineering Students ✔ B.Tech Chemical Engineering Students ✔ Ammonia Plant Operators ✔ Fertilizer Industry Engineers ✔ Process Engineers ✔ GATE Aspirants ✔ Interview Preparation 📌 Next Lecture: Hydro Desulfurization (HDS) – Why Natural Gas passes through HDS before entering the Reformer. 📌 Playlist 🎥 Ammonia Plant Process Series by Fusion Engineering Classes 🔔 Subscribe If you want to master the complete Ammonia Plant Process from Natural Gas to Ammonia Production, subscribe to Fusion Engineering Classes. #AmmoniaPlant #NaturalGas #ChemicalEngineering #ProcessEngineering #Hydrogen #SteamReforming #FertilizerPlant #NCV #GCV #Methane #EngineeringStudents #FusionEngineeringClasses