In this webinar we were pleased to have special guest speaker Matthew Ambrusch, PE, MBA, Associate Principal at Langan. His presentation examined the key design considerations uniquely required for effective methane mitigation systems. He was joined by Ryan Miller, Director of Land Science.
Learn the following in this free webinar:
- How methane-driven mitigation systems differ from VOC-based designs — and why those differences affect safety, effectiveness, and protectiveness
- Key methane-specific design considerations, including explosion/fire risk, settlement, landfill gas constituents, and materials of construction
- Critical system components and strategies, such as seal-off fittings, indoor air sensors and alarms, and hybrid system configurations
- Product-level design features that make Land Science solutions well suited to the unique challenges of methane mitigation
To view this free webinar, please complete the form on this page.
About the Presenters:
Matthew Ambrusch, PE, MBA
Associate Principal, Langan
Matthew Ambrusch is an environmental professional with expertise in in-situ remediation and pneumatic remedial systems. His experience spans the entire remedial process, including the investigation and characterization of various environmental media; design, OM&M, and optimization of remedial systems; observation of remedial system installation; and preparation of reports, permits, and other environmental regulatory documents. His proficiency also extends to the testing, evaluation, design, and optimization of vapor intrusion mitigation systems spanning traditional and innovative approaches.
Ryan Miller
Director, Land Science
Ryan Miller is the Director of the Land Science® division of REGENESIS, Inc., and is based in northern New Jersey. Ryan’s role includes providing technical support in the design and installation of TerraShield, EverShield, MonoShield and Retro-Coat vapor mitigation systems, and educating the environmental community on the advancements in vapor intrusion barrier technology, implementation, and quality control by making presentations to environmental firms, regulatory agencies, and developers. Ryan has extensive experience in the environmental consulting industry, focusing on brownfield redevelopment projects and specializing in vapor intrusion mitigation. Ryan earned a MBA from Montclair State University and a Bachelor of Science degree in Environmental Studies from Siena College.