NACE International Podcasts

In the first episode, NACE International President and Principal Consultant for Consulex, Terry Greenfield, is interviewed from the loud and lively floor of the global attractions industry’s premier event. Greenfield shares insights into how attractions owners can assess and minimize risk, benefits of corrosion management planning, and his thoughts on the outlook for the future of the amusements industry in the area of corrosion prevention and control. Brought to you by: NACE International

Episode Two of the Flint Phenomenon series (brought to you by CORROSION journal) continues the roundtable discussion surrounding the water crisis in Flint, Michigan. In this chat, panelists explore the science behind the problem while evaluating the difficulty in monitoring lead in water systems; the use of corrosion inhibitors and water filters; the changing standards of lead in metals and drinking water; and how Flint is doing today. Panelists include John Scully, Technical Editor in Chief of CORROSION journal; Virginia Tech’s Marc Edwards, who led the team that collected the water samples; and the U.S. Environmental Protection Agency’s Darren Lytle.

The first episode of NACE International's Flint Phenomenon series discusses the water crisis in Flint, Michigan, including the causes of lead release in the drinking water and how the situation was handled. It includes discussion on the difficulty in identifying and replacing lead pipe in Flint and throughout the United States. The episode includes discussion with panelists Marc Edwards, who lead the team that collected the water samples in Flint, and Darren Lytle with the U.S. Environmental Protection Agency (EPA). Meet the Panelists Darren Lytle, U.S. Environmental Protection Agency Darren Lytle is an environmental engineer with EPA’s Office of Research and Development, National Risk Management Research Laboratory in Cincinnati, Ohio. Since beginning work at EPA in 1991, his primary goal has been to research the quality of drinking water. Over the years, Lytle has investigated and published works on drinking water systems, including work on distribution system corrosion control and water quality (e.g., red