Complimentary Roux Webinar: Renewable Energy Production on Contaminated Properties

Renewable Energy Production on Contaminated Properties

Monday, November 20th • 2:00pm (EST) • Meredith Harris, P.E.

 

Owners of contaminated properties are looking for ways to offset costs associated with long-term operations and maintenance. Renewable energy companies need land for new installations. Bringing the two together can create a win-win situation that results in cost savings, beneficial reuse of underutilized property, and green energy production.

This webinar, presented by Meredith Harris, P.E., Principal Engineeer, will provide an overview of considerations for both landowners and renewable energy developers, including the types of sites that may be appropriate for development, potential cost savings, engineering considerations, regulatory considerations, and the roles of the various parties involved in these sites. A case study will also be presented to demonstrate a practical application and important lessons learned.

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Roux Complimentary Webinar – Property Transfer Environmental Due Diligence: Regulations vs. Reality

Property Transfer Environmental Due Diligence: Regulations vs. Reality

Monday, November 13th • 2:00pm (EST) • Mitchell A. Wiest, P.G., LEP, Principal Hydrogeologist

 

Often the only environmental due diligence completed as part of property transfer deals are All Appropriate Inquiry (AAI)/ASTM 1527-13 compliant Phase I Environmental Site Assessments (Phase I ESAs). However, regulatory compliant Phase I ESAs often overlook environmental liabilities that may impact redevelopment costs and schedules, as well as tenant usability and desirability. Whether caused by the commodification of Phase I ESAs, time constraints, or inexperienced project teams, regulatory compliant Phase I ESAs may not only fail to identify environmental conditions that result in the reduction of property values, but also conditions that may result in unanticipated remediation, compliance, demolition, or constructions costs. Similarly, AAI/ASTM compliant Phase I ESAs that fail to consider state regulations may put both buyer and seller at risk by overlooking notification and reporting obligations.

This webinar, presented by, Mitchell A. Wiest, P.G., LEP, Principal Hydrogeologist, will provide a primer on the differences between compliant Phase I ESAs and what developers need to know to understand best case/worst case scenarios and the real-world implications of often overlooked conditions that are reported as simply “out of scope” data gaps, or even more vaguely as “Business Environmental Risks,” if at all. Case study examples will be used to highlight several common pitfalls and how these can be avoided.

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Roux Complimentary Webinar – Heavy Metals in Groundwater: Understanding the Big Picture

Heavy Metals in Groundwater: Understanding the Big Picture

Thursday, August 31st • 3:00pm (EST) • Walt McNab Jr., Ph.D., P.G.

Heavy metals represent a unique class of groundwater contaminants at certain types of industrial sites. Aquifer contamination can occur from direct anthropogenic input (e.g., improper handling and disposal). However, in addition, metals such as chromium, nickel, copper, zinc, and other elements occur naturally at trace levels in many different environmental settings. Consequently, indirect contamination of groundwater can also occur when the chemical environment of the aquifer is altered in such a way that mobilizes these elements. The complex behavior of heavy metals in groundwater environments requires an accurate conceptual model of the contaminants’ sources and the processes impacting their fate.

This webinar, presented by Walt McNab Jr., Ph.D., P.G., will introduce the topic of heavy metal behavior in groundwater through an example problem involving multiple metals that were mobilized at a site as a result of changes in aquifer acidity. A multi-process numerical model was employed to posit and test a conceptual model for the site and, subsequently, to help evaluate remedial design options. Application of such models requires careful consideration of the questions at hand, the quantity and quality of available data, and judgement calls by the modeling expert. The lessons learned provide insights into possible conceptual model development for similar sites, in both remediation and environmental forensics contexts.

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