Jim Latini, Chief Engineer for DCAMM and Mark Molewyk, Director of Special Projects, MBTA’s Office of the Chief Engineer, join us for this webinar
9:30 AM Zoom Breakout Networking, 10:00 - 12 Noon Zoom Webinar
An ACEC/MA Webinar Program
Featuring:
New: Jim Latini, Chief Engineer, DCAMM
New: Mark Molewyk, MBTA's Director of Special Projects
Learning Objectives:
$55 ACEC/MA Member: If your firm is an ACEC/MA Member, You’re an ACEC/MA Member. Contact us for your individual Login and Password to register yourself online. Please don't share the Login and Password with anyone else; these are by individual!
2021 ACEC/MA Corporate Sponsors - For 2021 ACEC/MA Sponsorship Opportunities, contact acecma@engineers.org
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Larry Schoen, Principal Engineer, Schoen Engineering Inc. | PDF of Presentation |
Ellen Blackburn, CMC, VP, Environmental Services, PES Associates | PDF of Presentation |
Ken Wertz, MFAA Exec. Director | PDF of Presentation |
Richard J. Rago, Senior Associate | Lead Scientist, Haley & Aldrich, Inc.
Richard Rago, Senior Associate at Haley & Aldrich, is the lead author of a new article in Groundwater Monitoring & Remediation, “Indoor air background levels of volatile organic compounds and air-phase petroleum hydrocarbons in office buildings and schools.” Rich partnered with Andy Rezendes of Alpha Analytical to develop and implement the study, which included collaboration with Haley & Aldrich experts Jay Peters, Kelly Chatterton, and Arun Kammari, and technical review and support from Gina Plantz. U.S. Environmental Protection Agency (EPA) and the Massachusetts Department of Environmental Protection provided input on the anonymous study’s design, which included the collection of 25 school building samples and 61 office building samples. The study generated 14,668 new indoor air background data points, with samples collected from buildings located in 26 cities in 18 states (Arizona, California, Connecticut, Indiana, Kansas, Maine, Massachusetts, Minnesota, Montana, New Hampshire, New Jersey, New York, Nevada, North Carolina, Ohio, Texas, Utah, and Washington). The study identified some volatile organic compounds (VOCs) ubiquitously in indoor air background, and some at concentrations which exceeded risk-based regulatory screening levels. These study results provide useful and updated information on indoor air background and air quality in offices and schools. The results can be used in future regulatory guidance considerations, for further examination of relationships between these data and residential indoor air background, in human health risk assessments and risk communications, and in planning future studies. |
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