Clean ammonia is rapidly emerging as a cornerstone of the global energy transition, but its commercial success depends on navigating complex engineering, carbon-intensity requirements, and evolving regulatory frameworks. As the white paper notes, “designing and operating blue ammonia plants presents challenges including complex process interactions, uncertainties in new energy and CCUS integration, and increased demands for safety, efficiency, and reliability.” Digital twin technology offers a powerful solution by unifying process simulation, energy modeling, and real-time operational data into a single, dynamic environment.
By adopting digital twins early in the project lifecycle, operators can reduce engineering uncertainty, accelerate schedules, improve carbon intensity tracking, and enhance long term asset performance. As the paper states, “digital twins enable real time optimization, predictive maintenance, operator training, and improved design outcomes,” making them a strategic necessity for companies entering or scaling clean ammonia production.
In this whitepaper you will learn
About the Author
Bob Oesterreich
Market Development Manager - Hydrogen, Yokogawa
Bob has over 25 years of experience in industrial gas applications, business development and operations across a variety of industries, including hydrogen energy, steelmaking, aluminum, water treatment, photovoltaics and the LCFS carbon credit market. Prior to joining Yokogawa, Bob spent 15 years developing the hydrogen energy business in the US and globally for the supply of technologies, equipment and applications along the hydrogen value chain. This included leadership roles in sales and operations, developing & creating partnerships and JVs, building cross functional teams, identifying strategic investments, and creating new product offerings along the hydrogen energy value chain.
Previously Bob served on the Boards of the CA Hydrogen Business Council, Texas Hydrogen Association, AVINA Clean Hydrogen and HTEC Corp. Bob holds a Bachelor of Science degree in Chemical Engineering.