TerraTherm, Inc.

We’re attending the 2025 NJ Site Remediation Conference next week from March 26-27. Nicole Bryson, Client Services Manager, will be there on behalf of the TerraTherm team. Whether you've got questions about a specific thermal remediation technology, or if you'd like to discuss how we can support you on your projects, she's ready to connect. We are looking forward to seeing you there! #NJSRC #Remediation #Thermal

Things are heating up in our third webinar of the "Nuts & Bolts of Thermal Remediation" series! In this comprehensive presentation, thermal remediation expert, Steffen Griepke Nielsen, will walk us through designing the heating, extraction, and monitoring components of the system based on your Conceptual Site Model (CSM). He will explore the role of numerical modeling and how it can help ensure effective heating across the treatment zone at all depths and locations, as well as predict the operational timelines, utility requirements, and equipment sizing. He will also specify which parameters to monitor and at what frequency. Join us next week on March 26, at 1:00 PM Eastern. There will be time for Q&A after the presentation so be sure to bring your questions for the opportunity to have them answered! Register here: https://lnkd.in/gkRYZ_er #ThermalModeling #WellfieldDesign #ThermalRemediation #ThinkThermal

Is electrical resistance heating (ERH) more energy efficient than thermal conduction heating (TCH)? "No. We often hear from clients who think TCH consumes a lot more energy because the heaters operate at 500°C to 700°C, the soil around and in between the heaters is dried out and "overheated," and it causes an excess influx of groundwater into the treatment zone due to boiling at the heaters. We looked at data from randomly selected ERH, TCH, and SEE sites, and that data shows that ERH is not more energy efficient than TCH. The amount of energy required to heat and remediate a site is dependent on the site conditions, COCs (e.g., VOCs or SVOCs), treatment goals, and the rate or amount of groundwater influx, not the specific technology.” – Alejandro Daza, Design Engineer Discover 6 other common misconceptions about thermal remediation here: https://lnkd.in/gEDYZqh6 #ThermalRemediation #TCH #ERH

Considering thermal remediation for your site? We offer free thermal evaluations, including CSM review and applicability assessment, technology screening and selection, concept design, preliminary cost estimate, and identification of data needs and next steps. Strengthen your remedial alternatives evaluation with valuable insights to help you plan your project with confidence. Contact us today to get started: https://lnkd.in/g5Je8py2

Wondering if thermal remediation is the right solution for your project? Let our experts help you explore your options in a customized, free Lunch & Learn session. Whether you’re facing complex contamination challenges or just want guidance on thermal best practices, we’re here to provide tailored insights. During the session, we’ll cover: ·         High-level thermal remediation concepts ·         Common site challenges and proven solutions ·         Q&A time to address your team’s specific questions We’ll tailor the discussion to focus on what matters most to your project goals, whether you prefer an in-person or a virtual session. Schedule your Lunch & Learn today: https://lnkd.in/gbZKUyUt #LunchAndLearn #ExpertInsights #ThermalRemediation

We've got another Fun Fact to share in honor of our 25th anniversary! In 2004, the TerraTherm team used Thermal Conduction Heating (TCH) to remediate the first manufactured gas plant (MGP) site. That same year, our team also performed the first successful in situ treatment of dioxins. Both of these projects were performed in situ and required heating to >300C.   Whether your site has MGP wastes, dioxins, PCBs, PFAS, or more typical CVOCs, we are here to support your remedy evaluation.  Contact us today to find out how easy and quick it is for us to provide a concept design and preliminary costing for your project.    Contact us here: https://lnkd.in/g5Je8py2 #ThinkThermal #TCH #MGP #CompanyOfFirsts

In our recent webinar, "Using Conceptual Site Models to Guide Thermal Technology Choice," expert Erin Hauber demonstrated how knowing your precise source zone delineation through high resolution site characterization (HRSC) can ensure successful remediation while saving your project budget. If you missed the session, no worries! You can access the presentation on demand now to hear all of her CSM insights. Watch on demand here: https://lnkd.in/g3Eb_mWm #ThermalRemediation #COCs #HRSC #ThinkThermal

Looking for a convenient way to stay up-to-date on all things thermal? Subscribe to our quarterly newsletter, The Thermal Digest! You'll get all the latest updates on cutting-edge thermal remediation technology, as well as links to expert-led educational webinars, and insights from real-world case studies delivered straight to your inbox. Sign up now: https://lnkd.in/gCM4jH8s #TerraTherm #Newsletter #ThermalRemediation

A Conceptual Site Model (CSM) is a powerful tool in determining which thermal technology is best for your project site. Here are some of the key data points that will help guide your remediation approach: - COC(s) chemical and physical properties  - Remediation goals  - Depth and volume of contamination  - Geology and groundwater flow  - Presence of underground structures or utilities  - Geotechnical considerations  Join us tomorrow, February 26, at 1:00 PM Eastern as Erin Hauber, our Principal Engineer, explains how to use this data to help you select the optimal technologies for your remediation goals. With less than 24 hours to register and submit your questions to our experts, save your spot now.  Register here: https://lnkd.in/gr3c9N6i #ThermalRemediation #COCs #HRSC #ThinkThermal

Did you know that the first electric Thermal Conduction Heating (TCH) demonstration project was completed by TerraTherm in 1997? At that time, the company was known as TerraTherm Environmental Services, a subsidiary of Shell Oil. In that same year, TerraTherm was the first to treat soil impacted with PCBs by heating it to 500 °C using TCH.   If you have a site with soil, sediment, or other media impacted with PCBs or other recalcitrant contaminants such as PFAS, PAHs, Dioxins, and MGP waste, contact us to see if TCH is applicable and to receive a free conceptual design and cost estimate. https://lnkd.in/g5Je8py2 #FunFacts #ThermalConductionHeating #TerraTherm