WHEN:

Wednesday June 5, 202020 from 12:00 – 1:00 PM EDT

The webinar has concluded.   Thank you everyone for attending.  If you would like to download a copy of the presentation, please click here.  Also a recording of the webinar is available here.

Topics:

• Basic properties of 1,4‐dioxane relative to remediation

• A discussion of applicable reliable remedial technologies with case studies
  • Ex situ
  • In situ

• Promising remedial in situ technologies
  • Phytoremediation
  • Air Stripping
  • Thermally enhanced soil vapor extraction
  • Bioremediation / Monitored Natural Attenuation

Feel free to forward this email to colleagues/friends who might be interested in this informative webinar.   Can’t attend live?  Please register anyway, we will be sending out a post-presentation email with a video link and slides (upon request).

Presenters:

PRESENTER and SPONSOR
Michael Marley, M.Sc., CT LEP
XDD Environmental

Mike is president and co-founder of XDD, LLC and has over 37 years of experience in environmental and civil engineering. Mr. Marley is a nationally-known expert who focuses on strategies for site closure, including the development and application of innovative remediation technologies for contaminated soils and ground water.  He has been at the forefront of developing design and application protocols for soil vapor extraction, sparging and in-situ chemical oxidation (ISCO) technologies. He reviews articles for several remediation journals and has published numerous articles and written chapters in several monographs and books on in-situ remediation.  marley@xdd-llc.com

 

PRESENTER and SPONSOR
Dennis Keane, M.Sc., P.G. (NH)
XDD Environmental

Dennis is a Geologist at XDD’s Stratham, NH office with over 18 years remediation experience. He has an in-depth technical and a practical understanding of many in-situ technologies. In addition, Dennis has extensive experience in focused Phase II and pre-design site investigations, including geostatistical interpretation of available data to yield high quality sampling programs. Mr. Keane’s extensive understanding of subsurface mass estimation, hydrogeologic, and fate and transport modeling has enabled timely and cost effective evaluations of remedial options and design configurations for his clients.