Logistics Center Selects MonoShield to Protect Occupants Long-Term
Case study highlights:
- Developer saves time and money, selecting an easier to install vapor mitigation solution offering more protection long-term
- MonoShield provides unmatched durability, ease of installation, and superior chemical resistance compared to thin-mil plastic barriers
- Selecting Edgeboro to install MonoShield is a bottom-line cost-savings and investment-protection decision
Scheduling delays and continuous repairs to a 20-mil plastic vapor barrier at a major new logistics complex in New Jersey prompted the project team to change course, engaging Edgeboro, one of the region’s most experienced vapor barrier installation specialists. Edgeboro introduced the development team to Land Science and Monoshield. The MonoShield contaminant vapor barrier system offered the promise of performance and was proven to stand up to heavy construction activities. In addition, the installation speed and the key benefits provided by MonoShield led the developer to select Edgeboro and MonoShield for the rest of the buildings planned.
VOC Risk Mitigated at Site of Former Chemical Manufacturer
Project snapshot highlights:
- TerraShield chosen as most protective, economical vapor intrusion mitigation solution for large logistics facility
- Future occupants protected against volatile organic compounds
- TerraShield successfully installed on time and within budget
A long-vacant San Francisco Bay Area brownfield was once the site of a former chemical plant that produced chlorofluorocarbons, fuel additive anti-knock compounds, and titanium dioxide from 1956 to 1997. With onsite rail service and more than three million households within 50 miles, the property was considered a prime location for a new 2.2 million square foot logistics development. However, the site’s prior industrial history left residual volatile organic compounds (VOCs) in the subsurface and posed a potential vapor intrusion risk. Following a cost-benefit analysis and thorough evaluation of contaminant vapor barrier systems available, TerraShield® Metalized Nitrile Contaminant Vapor Barrier was selected for the new logistics building.
September 2021 Land Science Newsletter
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June 2021 Land Science Newsletter
For Patrick Lowery, Sr. Environmental Manager with SUMMIT Engineering, Laboratory & Testing, Inc., a multi-disci
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May 2021 Land Science Newsletter
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Land Science is pleased to be 2021/2022 Annual Platinum Sponsors for AVIP! The purpose of AVIP is to build a community of professionals dedicated to advancing the industry and providing a forum for informational exchange of knowledge and science related to Vapor Intrusion (VI); as well as establishing a central resource for technology, guidance, standards, credentialing and best practices for both those in the industry and those seeking VI related services.







SAN CLEMENTE, Calif.–(BUSINESS WIRE)–Land Science, a division of REGENESIS, is pleased to announce its support and involvement in the newly launched 

When developing properties on sites with known environmental impacts, one of the biggest issues is the risk to human health. Failure to address these issues can result in adverse health effects and millions of dollars in legal exposure. TerraShield was designed specifically to eliminate risk of exposure by employing innovative technologies to provide best-in-class chemical resistance and durability. Backed by a robust warranty and installed by Land Science-certified applicators, each TerraShield installation is rigorously tested to ensure the quality of every seal and ultimately the complete vapor barrier system installed.

Land Science is pleased to be 2021/2022 Annual Platinum Sponsors for AVIP! The purpose of AVIP is to build a community of professionals dedicated to advancing the industry and providing a forum for informational exchange of knowledge and science related to Vapor Intrusion (VI); as well as establishing a central resource for technology, guidance, standards, credentialing and best practices for both those in the industry and those seeking VI related services.
Nitra-Seal is an update/improvement on current vapor barrier systems. Originally, passive vapor barrier systems were waterproofing systems adapted for use as contaminant vapor barriers. An acknowledged weakness in these systems is in the penetration and perimeter termination locations, where spray-applied core material composed of Styrene-Butadiene (SBR)- modified asphalt is used. While excellent at repelling water, aggressive chemicals such as petroleum solvents and chlorinated volatile organic compounds (VOCs), will permeate into the SBR-modified asphalt at a relatively high rate particularly in sensitive areas of the building construction. Nitra-Seal offers a substantial upgrade as it employs a more chemically resistant nitrile latex instead of the more susceptible SBR material. Nitrile is recognized throughout the environmental engineering industry as being more chemically resistant than rubber or SBR and is often used in personal protective equipment when working on hazardous waste sites (e.g. nitrile gloves).
A growing manufacturer looking to expand its operations purchased a vacant industrial facility in Lansing, Michigan, where chlorinated solvents were used and spilled into the subsurface. The environmental consultant was asked to address the suspected vapor intrusion concerns resulting from the former industrial operations. In working with the Michigan Department of Environment, Great Lakes & Energy (EGLE), the consultant proposed utilizing the Retro-Coat® Vapor Intrusion Coating System, in combination with passive venting, to ensure safe indoor air for the future workers.










A new indoor sports training facility in Michigan includes two open-field playing areas, encompassing approximately 20,000 square feet. The facility was constructed near a former landfill, and a combination of soil gases act as potential vapor intrusion sources, including methane, petroleum hydrocarbons, and chlorinated solvents. The building’s foundation consists of caissons with grade beams in the areas spanning the waste material and trench footings along the edges. The engineering consultant, SME, compared the soil gas results to the listed screening levels to support the design of the vapor mitigation system. The project development team selected MonoShield® over a 20-mil, taped-seam vapor barrier due to its superior chemical resistance and quality control testing by a Land Science certified applicator, making the application more efficient and providing a high degree of confidence to the project stakeholders.

