December 2025 Land Science Newsletter
Project Snapshot | MonoShield Protects Logistics Facility from Methane Vapor Risks
Project Highlights:
- MonoShield safeguards the new 86,000-sf logistics facility from methane vapor intrusion.
- Installed with rigorous testing and CQA procedures for long-term performance.
- Provides regulatory compliance and a safe operating environment for future occupants.
eBook | Why Smart Developers Are Choosing MonoShield
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Free Upcoming Webinar | Cracking the Case: Non-Traditional Sampling Tools for Unraveling Vapor Intrusion Mysteries
The webinar starts Thursday, January 22, 2026, @ 11 am Pacific / 2 pm Eastern
Learn the following in this free webinar:
- Explore innovative sampling methods: Learn how non-summa canister techniques provide flexibility for vapor intrusion investigations
- Leverage a diverse toolkit: Understand the role of a wide range of field meters and equipment in solving complex challenges
- Adapt to unique project conditions: Discover strategies for addressing international projects, large geographic areas, and preferential pathways with versatile field solutions
2025 Webinars | Missed it Live? Catch Every 2025 Webinar On Demand
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Construction Quality Control During VIMS Installation | ||
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Methane Vapor Intrusion: An Immediate Threat and a Possible Long-Term Liability | ||
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Retro-Coat: An Effective Solution for Mitigating Existing VI Issues | ||
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Parkinson’s Disease Linked to Chlorinated Solvent Exposure on Large U.S. Marine Base | ||
The Land Science team wishes you and your loved ones a joyful holiday season. Thank you for your partnership and support. We look forward to continuing our work together in the New Year!
Have a Vapor Intrusion Project? Get Started Today!
To receive a custom vapor intrusion solution, please call 949.481.8118 or visit landsciencetech.com/contact-us
Mixed-Use Redevelopment Safeguarded with TerraShield
Project highlights:
- Over 30,000 Square Feet of TerraShield Installed
- Development protected from potential chlorinated VOC vapor intrusion
- Passive SSDS installed utilizing TerraVent, a low-profile passive venting system
Environmental assessments for a Northern Michigan redevelopment project identified residual volatile organic compounds (VOCs)—primarily perchloroethylene (PCE), trichloroethylene (TCE), and dichloroethylene (DCE)—within subsurface soils and groundwater on land slated for a downtown redevelopment initiative. The potential for vapor intrusion prompted the development team to integrate a proven vapor mitigation system into the new construction design.