Dr. Samir J. Serhan

Air Products & Chemicals, Inc

Chief Operating Officer

Dr. Samir J. Serhan is chief operating officer for Air Products. He joined Air Products in 2016 as executive vice president, leading the company’s Technology, Engineering, Project Execution, Procurement, Manufacturing, Construction and Start-up functions, as well as having profit and loss responsibility for the Equipment Sales and Plant Support, Liquefied Natural Gas technology and equipment, Air Products Membrane Solutions, Gardner Cryogenics and Rotoflow businesses. In 2018, Dr. Serhan’s role was expanded to include the identification, development and commercial negotiation for all large projects. In 2019, he assumed full responsibility for the company’s business in the Middle East. In early 2020, he assumed reporting responsibility for Americas Operations, and HyCO franchises and stand-alone plants. In May 2020, he was appointed chief operating officer and assumed full profit and loss responsibility for the Americas, Air Products’ largest operating region. In late 2020, he assumed responsibility for Global Product Offerings, the India commercial organization and Kochi plant operations, and Global Operational Excellence. Prior to joining Air Products, Dr. Serhan was employed by Praxair, Inc. as president, Global HyCO. From 2000-2014, he worked in leadership positions in the U.S. and Germany for The Linde Group, culminating in his role as managing director, Linde Engineering. Dr. Serhan began his career at Parsons Corporation, where he held various senior engineering positions. Dr. Serhan holds a Ph.D. in engineering mechanics from Virginia Tech. He also was an adjunct professor at The Pennsylvania State University and Temple University.

Sessions With Dr. Samir J. Serhan

Monday, 7 March

  • 03:40pm - 04:20pm (CST) / 07/mar/2022 09:40 pm - 07/mar/2022 10:20 pm

    Will Hydrogen Deliver--and When?

    Panel Hydrogen/Clean Tech & Power

    Hydrogen is now recognized as a key part of the energy transition. However, the scale of production and maturity of the industry are still under development. What is needed for hydrogen to become a significant contributor to the energy mix? What is the time frame for development?