Newsletter Archive - Page 8 of 12 - REGENESIS Remediation Solutions

The Complete Guide to Making Your Brownfield a Successful Investment

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In Situ Treatment of PFAS

Innovative Enhanced Reductive Dechlorination Design Cleans Up Large, Fast Moving Plume at Dry Cleaning Site

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In Situ Treatment of PFAS

Jeremy Birnstingl PhD Discusses Biological Degradation of Chlorinated Solvents and Groundwater Remediation Innovative Enhanced Reductive Dechlorination Design Cleans Up Large, Fast Moving Plume

Remediation of Chlorinated Solvents at an Industrial Facilty Combined Remedies Approach Addresses Contaminants at a Former NJ Lock Manufacturing Site

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In Situ Treatment of PFAS

Preventing Petroleum Hydrocarbon Migration with PlumeStop

Planning a Remediation Project? Request a Design.

June 2019 Newsletter

June 9, 2019 REGENESISEstimated Reading Time: 5 minutes

Patriot Engineering was tasked to develop a remediation approach to address dissolved phased petroleum-impacted groundwater caused by leaking underground and above ground storage tanks. REGENESIS worked with Patriot to conduct an on-site beta test of PetroFix Remediation Fluid. Patriot decided to move forward to a full-scale PetroFix application after the pilot test proved highly successful.

Groundbreaking Application of PetroFix Successfully Treats Petroleum Hydrocarbons

PetroFix Pilot Study Leads to Successful Full-Scale Application

This case study reviews a former bulk petroleum storage facility where a groundbreaking application of PetroFix Remediation Fluid, a micro-scale carbon suspension with soluble electron acceptors, is successfully treating petroleum hydrocarbons to regulatory standards.

REGENESIS worked with Patriot Engineering and Environmental to develop a remediation solution using PetroFix, which is uniquely designed to address petroleum hydrocarbon contaminants. The site was considered a viable candidate for the beta test, due to the high contaminant levels and provided a good test of the product’s performance at high concentrations. REGENESIS and Patriot agreed to move forward with the development of the beta test with the intention of evaluating its possible full-scale use following the results of the test. The promising results from the beta test and 12 months of post-injection monitoring indicate PetroFix to be a viable remedial option for this site. Download the full case study to learn more.

Apply Activated Carbon Under Low Pressure to Treat Petroleum Hydrocarbons

PetroFix is an activated carbon remediation technology that is easily injected in situ under low pressure, distributes in the subsurface without fracturing, and includes electron acceptors to stimulate biodegradation of petroleum contaminants in soil and groundwater. This cost-effective technology is designed to remediate petroleum spills and provide immediate results for gas station and UST sites. It works with the PetroFix Design Assistant™, an online design tool that enables users to individually tailor their site designs and self-apply PetroFix.

Client Spotlight: Matt Valentine, Regional Manager at Woodard & Curran

For Matt Valentine, Regional Manager for Woodard & Curran, a career in environmental remediation was an easy choice as it combined his love of the outdoors with his passion for science. The variety in his work has helped to provide an excellent outlet for combining the many skills he learned over the years in hydrogeology and geochemistry, with a practical approach to addressing real-life problems affecting people and our planet. He shares, “I enjoy finding solutions to problems of all kinds, including solving technical challenges related to a project, making complex issues easier to understand, or mentoring our younger staff.” Valentine started out as a staff-level geologist in 1990 and advanced to the role of Project Manager, which he held for 13 years prior to merging with Cummings/Riter Consultants, which became Woodard & Curran. He continues, “Although my functional position is Regional Manager, I also serve as a Senior Project Manager, and in terms of company ownership, I am a Senior Principal with the firm.” Learn more in our client spotlight.

Webinar Recording Now Available

Cutting-Edge Technology to Improve Site Performance

In this webinar we are pleased to have a special guest presentation by Matt Burns, Technical Fellow and the U.S. Contaminated Land National Service Line Director for WSP. In this webinar he will discuss project case studies where in situ remediation was chosen as an alternative compared to conventional liability management strategies due to significant cost-savings. Matt Burns will be joined by Maureen Dooley, Director of Strategic Projects at REGENESIS.

Upcoming Events

	2019 Per- and Polyfluoroalkyl Substances: Second National Conference 6/10 – 6/12/2019, Boston, MA Visit conference website
	The PFAS Management, Mitigation, and Remediation Conference 6/19 – 6/20/2019, Westerville, OH Visit conference website
	SAME Camp Pendleton Day 6/20/2019, Oceanside, CA Visit conference website
	PFAS Training Workshop 6/21/2019, Raleigh, NC Visit conference website
	Remedy Selection Workshop 6/26/2019, Lebanon, NH Visit conference website
	Georgia Environmental Conference 8/21 – 8/23/2019, Jekyll Island, GA Visit conference website
	Northwest Remediation Conference 10/3/2019, Tacoma, WA Visit conference website
	Remediation Technologies Symposium 2019 10/16 – 10/18/2019, Banff, AB Visit conference website
	35th Annual International Conference on Soils, Sediments, Water, and Energy 10/21 – 10/24/2019, Amherst, MA Visit conference website
	Railroad Environmental Conference 10/22 – 10/23/2019, Urbana, IL Visit conference website
	GRA Remediation Conference 11/13 – 11/14/2019, Santa Ana, CA Visit conference website
	NGWA Groundwater Week 12/3 – 12/5/2019, Las Vegas, NV Visit conference website

Questions?

REGENESIS has remediation experts based worldwide to assist you in your brownfield site cleanup. As the technology leader in advanced bioremediation solutions, we can help ensure success on your next remediation project. Use the map on our website to find your regional REGENESIS contact today.

May 2019 Newsletter

June 9, 2019 REGENESISEstimated Reading Time: 5 minutes

An office building located on the San Francisco Peninsula was left vacant for multiple years. The building is located on top of a capped landfill which is a known methane producer. After a recent change in ownership, it was important for the new owner to make the necessary improvements to the building so that the new tenants could move in quickly. One of these improvements was to update the vapor mitigation system to ensure the tenant’s safety from any harmful vapor intrusion.

The owner enlisted the expertise of Langan to update the vapor mitigation system. Langan proposed using Retro-Coat Vapor Intrusion Coating System because of its proven resistance to harmful vapors and its durability. The owner was thoroughly pleased with this application because it accomplished two goals with a single product: it mitigated the harmful vapor intrusion and provided a durable coating for the floor of the basement level. Retro-Coat’s multi0functionality saved the site owner time and money.

Client Spotlight: Sigrida Reinis, PhD, PE, Associate at Langan

Ask Sigrida Reinis, PhD, what she likes most about her work, and she’ll likely respond by saying she enjoys the challenge of addressing complex environmental remediation projects, much like a modern day detective. It’s just one reason Reinis, an Associate at Langan Engineering and Environmental Services, looks forward to her work. Shares Reinis, “I like solving mysteries, and in the environmental engineering world, we are often confronted with the unexpected – weird data, odd trends, and bizarre existing site conditions, to name just a few. Figuring out how the dots are connected or how to make the best of a less than perfect situation is what makes the work both interesting and engaging.” The day-to-day challenges associated in the cleanup of various sites, coupled with the continued growth of Langan Engineering and Environmental Services are, in part, why Reinis has continued to enjoy her role with the Langan team for more than 20 years. Learn more in our client spotlight.

10 Reasons to Consider Retro-Coat to Protect Your Property Investment

Vapor intrusion occurs when there is migration of vapor-forming chemicals from any subsurface contaminant source into an overlying building. When vapor intrusion is detected, it becomes necessary to design a solution to mitigate the problem. Retro-Coat™, a chemically resistant coating designed to resist aggressive chemical vapors, is a cost- effective technology with many advantages over alternative options for existing structures and has been gaining popularity and acceptance as an effective vapor intrusion mitigation. Download the Retro-Coat ebook to learn more.

9 Reasons to Consider Geo-Seal to Protect Your Property Investment

Bio-Dechlor INOCULUM® Plus (BDI Plus) is designed to provide rapid and effective treatment of undesirable anaerobic dechlorination intermediates such as dichloroethene (DCE) and vinyl chloride (VC), and is a low-cost means of enhancing the anaerobic biodegradation process. Once in place, this microbial consortium accelerates the rate of chlorinated contaminant degradation from parent compounds to intermediates like DCE and VC and completely through to harmless end products such as ethene and ethane. It is highly compatible with a range of electron donors.

Upcoming Webinar: In-Situ Remediation vs Pump and Treat

In this webinar we are pleased to have as a special guest speaker Matt Burns, Technical Fellow and the U.S. Contaminated Land National Service Line Director for WSP. In this webinar he will discuss project case studies where in situ remediation was chosen as an alternative compared to conventional liability management strategies due to significant cost-savings. Matt Burns will be joined by Maureen Dooley, Director of Strategic Projects at REGENESIS.This live webinar starts Thursday, May 30th, 2019 at 11am pacific/2pm eastern.

PFAS Webinar Recording Now Available

In this webinar we are pleased to have a special guest presentation by Virginia (Ginny) Yingling, Senior Hydrogeologist in the Environmental Health Division of the Minnesota Department of Health. Ginny discusses PFAS contamination in Minnesota, including lessons learned from the state’s investigation of a chemical production facility, contaminant fate and transport, and reducing exposure. She is joined by Kristen Thoreson, PhD, Director of Research and Development at REGENESIS.

REGENESIS Photos from Battelle

Highlights of the Battelle Bioremediation Conference in Baltimore included numerous posters, panel sessions, and learning labs. Topics included eliminating risk from PFAS, colloidal ammendments and remediation design best pratices, a new PetroFix technology to treat petroleum contaminants. We’ve documented the week in photos.

Upcoming Events

	ITRC Annual Meeting and PFAS Training 3/29/2019, Boston,MA Visit conference website
	Washington State Brownfields Conference 5/29 – 5/30/2019, Spokane, WA Visit conference website
	SAME Camp Pendleton Day 6/20/2019, Oceanside, CA Visit conference website
	Remediation Technologies Symposium 2019 10/16 – 10/18/2019, Banff, AB Visit conference website
	NGWA Groundwater Week 12/3 – 12/5/2019, Las Vegas, NV Visit conference website

Questions?

April 2019 Newsletter

May 1, 2019 REGENESISEstimated Reading Time: 6 minutes

Due to the owner’s objective to sell their property, a multi-tenant commercial plaza in Bedford, Massachusetts required remediation of tetrachloroethylene (PCE) contamination in groundwater associated with a historical operator. Because contamination had been identified during due diligence, it was very important to implement a time-effective remediation strategy with minimal disruption to the various operating businesses.

Wilcox & Barton, Inc. chose a combined remedial approach to treat the PCE contamination. This included liquid activated carbon (PlumeStop), an enriched microbial consortium (BDI Plus), and an engineered, hydrogen release compound (HRC). They chose this approach because it combines the fast-acting capabilities of PlumeStop with the reductive dechlorination process enhanced by HRC and BDI. Overall, the combined remedy was considered extremely effective in reducing the PCE contamination in the groundwater at a fast rate.

Turn Polluted Aquifers into Purifying Filters with PlumeStop

PlumeStop Liquid Activated Carbon is a break-through groundwater remediation technology that reduces dissolved phase contaminant plumes in days. Composed of extremely fine particles of activated carbon (1‐2μm) suspended in water through a proprietary dispersion chemistry, PlumeStop flows into the subsurface at low pressure and achieves consistent, reliable distribution – a capability unlike any other form of activated carbon used for groundwater remediation today.

Low-cost Bioremediation of Chlorinated Solvents

HRC® is an engineered, hydrogen release compound designed specifically for enhanced, in situ anaerobic bioremediation of chlorinated compounds in groundwater or highly saturated soils. HRC enables enhanced anaerobic biodegradation by adding hydrogen (an electron donor) to groundwater and/or soil to increase the number and vitality of indigenous microorganisms able to perform the naturally occurring process of enhanced reductive dechlorination. Due to its capability of being applied via permanent wells, direct-push, and excavations, this reagent allows for clean, low-cost, non-disruptive application.

Accelerated Treatment of Intermediate Compounds

Amy Roth, Associate Vice President and Senior Geologist at Wilcox & Barton

Over the course of her career, Amy Roth, Associate Vice President and Senior Geologist at Wilcox & Barton, Inc., has clearly established herself as an expert in the field of environmental remediation. With a background that includes several positions, such as Project Director, Senior Geologist, and Operations Manager, among others, Roth has been exposed to a broad spectrum of the environmental sciences industry, and in the process, has helped shape the continued growth of Wilcox & Barton, Inc. In her current role, Roth manages and provides technical direction for the firm’s Massachusetts-focused environmental scientists and engineers. “I also direct and/or manage larger projects,” she says, “I act as the Licensed Site Professional (LSP) of Record for a wide range of sites and clients. I enjoy digging into the details of a project and helping people work through the technical and regulatory challenges.” Learn more about Amy Roth in our client spotlight.

Upcoming Webinar on Reducing Exposure to PFAS

In this webinar we are pleased to have a special guest presentation by Virginia (Ginny) Yingling, Senior Hydrogeologist in the Environmental Health Division of the Minnesota Department of Health. Ginny will discuss PFAS contamination in Minnesota, including lessons learned from the state’s investigation of a chemical production facility, contaminant fate and transport, and reducing exposure. She will be joined by Kristen Thoreson, PhD, Director of Research and Development at REGENESIS.This live webinar starts Tuesday, April 30th, 2019 at 11am pacific/2pm eastern.

About the Presenters:

Ginny Yingling
Senior Hydrogeologist, Minnesota Department of Health Environmental Health Division

Ginny Yingling is a Senior Hydrogeologist in the Environmental Health Division of the Minnesota Department of Health. She works with a team of Health Risk Assessors to evaluate human exposures to harmful chemicals in drinking water related to man-made contaminated sites. Since 2003, she has been the agency’s lead investigator of per- and polyfluoroalkyl substances (or PFAS). She has a B.S. from Penn State, and a M.S. from the University of Wyoming, both in Geology, and has over 25 years of experience working on contaminated sites. Ginny is also the co-chair of the Interstate Technology and Regulatory Council’s PFAS Team, a group of over 390 environmental professionals drawn from state and federal agencies, academia, industry, consulting, and public interest groups. The team has developed a series of seven fact sheets on PFAS, conducts PFAS training events, is developing a PFAS risk communication tool-box, and is preparing a detailed report on the current state of knowledge regarding PFAS.

Kristen Thoreson, PhD
Director of Research and Development, REGENESIS

Dr. Kristen Thoreson is the lead inventor of PlumeStop® Liquid Activated Carbon™. She heads the chemical research and product development program at REGENESIS. Her team is focused on developing advanced technologies for the treatment of recalcitrant compounds in mixed environmental media. She is trained as a chemist, and her graduate and post-doctorate research focused on mechanistic investigations of chlorinated ethene degradation pathways using molecular models and compound specific isotope analysis (CSIA) for both biotic and abiotic systems. She obtained her BSc in chemistry from the University of Wisconsin – La Crosse, and her PhD in inorganic chemistry from the University of Minnesota. She also spent time as a postdoctoral associate at the Helmholtz Zentrum in Munich, Germany as a part of the Research Unit for Environmental Organic Isotope Chemistry.

PFAS Webinar Recording Now Available

In this webinar we are pleased to have a special guest presentation by Steve Sliver of Michigan Department of Environmental Quality. Mr. Sliver discusses challenges of PFAS in groundwater and lessons learned from Michigan’s survey of community water. Mr. Sliver is joined by Patricia Byrnes Lyman, Investigation/Remediation Manager at Michigan Dept of Military and Veterans Affairs, and Ryan Moore, Great Lakes District Manager at REGENESIS.

Upcoming Events

	ITRC Annual Meeting and PFAS Training 3/29/2019, Boston,MA Visit conference website
	Washington State Brownfields Conference 5/29 – 5/30/2019, Spokane, WA Visit conference website
	SAME Camp Pendleton Day 6/20/2019, Oceanside, CA Visit conference website
	Remediation Technologies Symposium 2019 10/16 – 10/18/2019, Banff, AB Visit conference website
	NGWA Groundwater Week 12/3 – 12/5/2019, Las Vegas, NV Visit conference website

Questions?

March 2019 Newsletter

April 2, 2019 REGENESISEstimated Reading Time: 7 minutes

REGENESIS proposed a design including two horizontal wells which would administer a total of four injection events, with enhanced fluid recovery (EFR) events being performed before and after each injection. The existing vertical wells on site and horizontal wells would be used for the EFR activities. The in situ chemical oxidation technology, PetroCleanze™, would be administered to desorb the hydrocarbons and allow for a successful enhanced recovery. The first injection event was performed in 2018, with three additional injection events planned for 2019. Download the case study to learn more about this innovative in situ application.

Achieve Significant Contaminant Mass Removal

PetroCleanze™ is a customized formulation of the widely used RegenOx in situ chemical oxidation (ISCO) technology. This two-part reagent contains purposefully enhanced, detergent-like properties which significantly increase the desorption rates of hydrocarbons bound in saturated soils. Once the hydrocarbons are liberated into the dissolved-phase, they are more readily available for removal using a range of enhanced recovery techniques. PetroCleanze is designed to increase the viability and efficiency of enhanced recovery techniques such as dual-phase extraction, vacuum enhanced extraction and pump and treat systems.

Client Spotlight: Monica Young, Project Manager/ Environmental Scientist with CGRS

With over 20 years of environmental experience, Monica Young, Project Manager/Environmental Scientist with CGRS, a leading environmental consulting firm, brings a diverse and accomplished background to her work. In addition to the broad experience she’s garnered while at CGRS over the past 16 years, Young has also served as an Environmental Protection Specialist for the U.S. Environmental Protection Agency in Denver, Colorado, where she performed inspections, managed contractors, and worked as a Project Officer for several states. She is also a Recognized Environmental Professional (REP) with the Colorado Division of Oil and Public Safety (OPS) and works primarily assessing and remediating petroleum hydrocarbon releases. “As the REP,” says Young, “I am responsible for the assessment, risk characterization, and remediation of petroleum releases to the environment. I also represent my clients with the various regulatory agencies.” Learn more about Monica Young in our client spotlight.

Upcoming Webinar on Challenges of PFAS in Groundwater

In this webinar we are pleased to have a special guest presentation by Steve Sliver, Executive Director of the Waste Management and Radiological Protection Division of Michigan Department of Environmental Quality. Mr. Sliver will discuss challenges of PFAS in groundwater and lessons learned from Michigan’s survey of community water. Mr. Sliver will be joined by Patricia Byrnes Lyman, Investigation/Remediation Manager at Michigan Dept of Military and Veterans Affairs, and Ryan Moore, Great Lakes District Manager at REGENESIS. This live webinar starts Wednesday, March 20th, 2019 at 11am pacific/2pm eastern.

About the Presenters:

Steve Sliver

Executive Director of the Waste Management and Radiological Protection Division, Michigan DEQ

Steve Sliver was named the Executive Director of the Michigan PFAS Action Response Team (MPART) in February 2019. A 32-year veteran of state government, he is the former assistant director of the Michigan Department of Environmental Quality’s (MDEQ’s) Waste Management and Radiological Protection Division. He was assigned to MPART in April 2018 where he served as MDEQ’s senior representative within the organization. In that role, Sliver led several major MPART initiatives, including the recently completed sampling of public water systems and schools throughout the state for PFAS. He obtained his bachelor’s degree in environmental engineering from Michigan Technological University in 1985.

Patricia Byrnes Lyman, MSInvestigation/Remediation Manager, Michigan Department of Military Veterans Affairs

Patricia Byrnes Lyman, MS
Investigation/Remediation Manager, Michigan Department of Military Veterans Affairs

Patricia Byrnes Lyman has over 25 years’ experience in the environmental industry. Ms. Lyman has worked as an Environmental Engineer for multiple large, international environmental consulting firms; contributing technical input on commercial, military, and industrial facility projects throughout New England and Michigan. Her experience includes complex hazardous waste site investigations and remediation activities involving contaminants of concern such as PCE, TCE, PAHs, petroleum constituents, munitions, and PFAS. Prior to her current role as Investigation/Remediation Manager for the Michigan Department of Military Veterans Affairs (MDMVA), Ms. Lyman most recently worked as a Plant and Systems Engineer managing an anaerobic digester and industrial wastewater pre-treatment facility. In her position with the MDMVA, Ms. Lyman is the PFAS Lead and manages environmental investigation and remediation efforts across the state at Michigan Army National Guard facilities.

Ryan MooreGreat Lakes District Manager, REGENESIS

Ryan Moore
Great Lakes District Manager, REGENESIS

Ryan Moore has 18 years of experience as an environmental project manager and laboratory account executive relating to multimedia contamination sites throughout the U.S. His experience focused on site investigations of soil and groundwater contamination, corrective action evaluations, operation & maintenance of remediation systems, large soil removal remedial projects, in situ groundwater and soil treatment, vapor intrusion assessments, and environmental laboratory operations such as QA/QC evaluations, data interpretations, and business development. Ryan holds a B.S. of Environmental Studies from Manchester College, North Manchester, IN.

Vapor Mitigation Webinar Recording Now Available

In this webinar we were pleased to have a special presentation by vapor intrusion expert, James Fineis P.G., President and Owner of Total Vapor Solutions. During this webinar presentation, Mr. Fineis discussed large-scale vapor intrusion projects, with a focus on challenges and the necessity of collecting consistent, high-quality data. Mr. Fineis was joined by Jordan Knight, Southeast District Manager at Land Science, who discussed technologies to mitigate vapor intrusion.The full recording is available here.

Are You Going to Battelle?

REGENESIS Platform Sessions at Battelle

PRESENTER: “In Situ Carbon PFAS Barrier Longevity Prediction: From Lab to Field,” Jeremy Birnstingl, PhD
PRESENTER: “Estimation of Sorbed-Phase Biodegradation Rate in Activated Carbon Barriers Using Microbial Diagnostics, CSIA and In Situ Microcosms,” Jeremy Birnstingl, PhD
PRESENTER: “Colloidal Activated Carbon for In Situ Remediation of PFAS: A Review of Multiple Case Studies,” Kristen Thoreson, PhD
PRESENTER: “Performance of a New Activated Carbon Amendment for Bioremediating Petroleum-Impacted Sites,” Kristen Thoreson, PhD
SESSION CHAIR, D9: “Innovative Tools for Evaluating Vapor Intrusion Risk,” Tom Szocinski, CEP
SESSION CHAIR, A2: “Fate and Transport of PFAS,” Kristen Thoreson, PhD
SESSION CHAIR, D2: “Advances in Amendment Formulation,” Paul Erickson, PhD

REGENESIS Poster Presentations at Battelle

POSTER: “Quantification of Competitive Sorption of Chemical Species onto Activated Carbon: Unlocking the Modeling of Complex Mixtures,” Jeremy Birnstingl, PhD
POSTER: “Eliminating Risk of Exposure to PFAS in Groundwater: Full–Scale In Situ Remediation with Colloidal Activated Carbon,” Scott Wilson
POSTER: “Concurrent Implementation of Combined Remedies Incorporating Enhanced Reductive Dichlorination and Electrical Resistance Heating Reduces Shallow Solvent Plume by Three Orders of Magnitude,” Craig Sandefur

REGENESIS Learning Labs and Panel Discussions at Battelle

LEARNING LAB: “Best Practices for Mixing and Injecting Colloidal In Situ Remediation Amendments,” John Freim, PhD, James Harvey and Scott Mullin
LEARNING LAB: “Design Verification Program – Lessons Learned from Pre-Application Assessments at In Situ Remediation Sites,” Craig Sandefur and Chris Lee
PANEL DISCUSSION: “Remediation Geology: Geology’s Role in Successful Remediation,” Craig Sandefur

Platforms Featuring REGENESIS Products

PLATFORM: “A Study of the Effectivness of Collodial Activated Carbon as an In Situ Treatment to Mitigate PFAS Migration in Groundwater at Michigan Air National Guard Site,” Patricia Byrnes Lyman, Michigan Department Of Military & Veterans Affairs
PLATFORM: “Employing CSIA to Determine the Origin of Indoor Air Contaminants,” Sam Rosolina, Micobial Insights

To learn more, visit Battelle’s conference website.

Upcoming Events

29th Annual International Conference on Soil, Water, Energy, and Air

3/18 – 3/21/2019, San Diego, CA

Visit conference website

ITRC Annual Meeting and PFAS Training

3/29/2019, Boston,MA

Visit conference website

Clemson Hydrogeology Symposium

4/4/2019, Anderson, SC

Visit conference website

Questions?

February 2019 Newsletter

February 22, 2019 REGENESISEstimated Reading Time: 5 minutes

Vapor intrusion occurs when there is migration of vapor-forming chemicals from any subsurface contaminant source into an overlying building. Retro-Coat is a cost-effective technology with many advantages over alternative options for existing structures and has been gaining popularity and acceptance as an effective vapor intrusion mitigation. Download the ebook to learn how Retro-Coat can protect your property investment.

A Simple, Long-Term Solution to Mitigate Vapor Risk

The Retro-Coat Vapor Intrusion Coating System is a complete product line that consists of chemically resistant materials to properly protect existing structures from the threat of contaminant vapor intrusion. Developed by experienced vapor intrusion specialists specifically for vapor intrusion protection within existing structures, it is resistant to aggressive chlorinated compounds such as TCE, PCE and petroleum hydrocarbons.

Tutorial VIDEO: How to Apply Retro-Coat Vapor Intrusion Coating

Vapor intrusion can cause significant uncertainty for building owners. Retro-Coat provides a simple and proven solution to a complex problem. Applying Retro-Coat can provide a building owner with long-term assurance that the vapor intrusion risk has been successfully mitigated, while at the same time, reducing the overall mitigation cost and avoiding the need to alter the building’s foundation. This video tutorial will walk you through the simple, safe steps to install a Retro-Coat vapor intrusion barrier in an existing building.

For Jarrett Baggett, Environmental Services Director for Geo-Hydro Engineers, Inc., a leading environmental consulting and engineering firm and valued Land Science client, growing up on a dairy farm instilled a deep affection for our environment. An affection that ultimately would lead to his professional vocation where he could make a difference on behalf of our planet. In his current position as a Director at Geo-Hydro Engineers, Baggett can reflect on his work, and look forward, knowing he is indeed making an impact. He shares, “To see a property go from a dilapidated eyesore that poses potential risks to the community, to a property that can be utilized and enjoyed by all as a result of your hard work is very rewarding.” Learn more in our client spotlight.

Upcoming Vapor Intrusion Webinar with James Fineis PG

Land Science is pleased to present a webinar with vapor intrusion expert, James Fineis P.G., President and Owner of Total Vapor Solutions. During this webinar presentation, Mr. Fineis will discuss large-scale vapor intrusion projects, with a focus on challenges and the necessity of collecting consistent, high-quality data. This live webinar starts Thursday, February 21st, 2019 at 11am pacific/2pm eastern.

About the Presenters:

James Fineis P.G. is President and owner of Total Vapor Solutions. Total Vapor Solutions provides a full range of services dealing with vapor intrusion sites. Services include work plan development, sample collection, risk analysis and mitigation consulting services. In addition providing all the services mentioned above, Mr. Fineis is an instructor in Hartman Geosciences “Practical Guide to Vapor Intrusion” 2 day course. The training has been given to over 20 regulatory agencies and over 500 students. Additionally, Mr. Fineis speaks at various vapor intrusion conferences each year.

Jordan Knight
Southeast District Manager, Land Science

Jordan Knight is the Southeast US District Manager of the Land Science division of REGENESIS, Inc. Jordan’s role includes providing technical support in the design and installation of Geo-Seal and Retro-Coat vapor mitigation systems, and educating the environmental community on advancements in vapor intrusion barrier technology, implementation, and quality control by making presentations to environmental firms, regulatory agencies and developers.

Expert Presenters Featured in Upcoming Free Webinars

Todd Herrington
Global PetroFix Product Manager
REGENESIS

Tuesday, March 5th, 2019 Register here

Steve Sliver
Assistant Director of the Waste Management and Radiological Protection Division, Michigan Dept of Environmental QualityDiscusses Short & Long Term PFAS Exposure Relating to Public Health Concerns
Wednesday, March 20th, 2019

Upcoming Events

	RemTec Remediation Technology Summit 2/26 – 2/28/2019, Denver, CO Visit conference website
	29th Annual International Conference on Soil, Water, Energy, and Air 3/18 – 3/21/2019, San Diego, CA Visit conference website
	ITRC Annual Meeting and PFAS Training 3/29/2019, Boston,MA Visit conference website
	2019 Bioremediation Symposium 4/15 – 4/18/2019, Baltimore, MD Visit conference website

Questions?

January 2019 Newsletter

February 12, 2019 REGENESISEstimated Reading Time: 5 minutes

As the Principal Scientist of Scissortail Environmental Solutions, John Wilson PhD, a distinguished REGENESIS Scientific Advisory Board member, has transferred a deep reservoir of remediation experience from the U.S. Environmental Protection Agency to his own business, creating a comprehensive suite of consulting services for both industry and government. He shares, “The importance of ground water to economic development and the quality of life in the US will continue to grow as the demand for groundwater increases. We must do everything we can to protect and restore the quality of ground water.” Read more in our industry expert spotlight.

Defining Cleanup Success for Groundwater Remediation

In this webinar we are pleased to have a special guest presentation by John Wilson PhD, leading authority on monitored natural attenuation and Principal Scientist at Scissortail Environmental Solutions, LLC. In this webinar Dr. Wilson poses the question: Do we need a better definition of success for cleanups at sites contaminated with residual NAPL hydrocarbons? The recording is now available to view here.

When REGENESIS launched its new PetroFix^® Remediation Fluid, a new and revolutionary carbon-based solution, they realized the importance of having an experienced remediation technologist leading the product’s introduction and global marketplace management. Enter Todd Herrington, REGENESIS’ new PetroFix Global Product Manager, and a 15-year veteran with the company. With a background that includes engineering design, oversight services, and research across a broad spectrum of environmental remediation applications, Herrington brings deep experience and success in low-cost in situ remediation to lead the PetroFix product management team.

Introducing PetroFix, a Liquid Activated Carbon Remedial Fluid That Immediately Eliminates Dissolved-Phase Contaminants

PetroFix^® is a new affordable, reliable remediation product designed to remove and biodegrade petroleum hydrocarbons, remediating petroleum spills and providing immediate results for gas station and UST sites. This technology works hand-in-hand with the PetroFix Design Assistant, an online tool that enables users to design and apply individually-tailored remediation plans. You design. You apply.

VIDEO Case Study: PetroFix Beta-Test Cleans Up PHCs

This video documents a beta-test of PetroFix at a petroleum bulk storage facility in the Midwest. Environmental consulting and engineering firm Patriot Engineering was tasked to develop a remediation approach to address dissolved phased petroleum-impacted groundwater caused by leaking underground and above ground storage tanks at the site. Steve Sittler of Patriot discusses the excellent results from the PetroFix application, eliminating contaminants one month post-injection, as well as signs that indicate biodegradation is occurring. Patriot believes that PetroFix is a viable remedial option for this site and is planning a full-scale application to successfully address the state regulatory agency’s request for compliance. View the case study video here.

Learn More About How PetroFix Destroys PHC Contaminants

The remediation strategy employed when applying PetroFix is to adsorb contaminants on activated carbon and kickstart biodegradation by adding a nitrate/sulfate blend to establish a diverse microbial community. After the added nitrate and sulfate are exhausted, petroleum degradation will continue via syntrophic processes, meaning the continuous addition of electron acceptors is not required. The combination of an injectable form of activated carbon that can adsorb contaminants and contain them in a finite zone with electron acceptors that will initially degrade the contaminants via anaerobic pathways and promote syntrophic conditions that sustain degradation will expedite the remediation of petroleum-impacted sites. Download the technical bulletin to find out how this technology works.

Tutorial VIDEO: How to Use the Online PetroFix Design Assistant

To make applying PetroFix simple and easy to use, REGENESIS created an innovative and effective online tool for developing recommended dosage and designs for your site. The PetroFix Design Assistant equips environmental professionals with the tools to design individually-tailored remediation plans. This self-design, self-apply tool guides users toward effective designs that will yield the best results and allows users to easily order PetroFix through REGENESIS’ customer service. This video tutorial will walk you through using the PetroFix Design Assistant.

Webinar Recording Now Available

In this webinar we were pleased to have a special presentation by Heather Lord PhD, Environmental Research & Development Manager for Maxxam. Dr. Lord discussed analytical challenges and solutions when using PlumeStop Liquid Activated Carbon for in situ remediation of chlorinated solvents in groundwater. Joining Heather Lord was Rick McGregor, President of InSitu Remediation Services Ltd, who shared case studies of sites using the analytical strategies discussed in Dr. Lord’s presentation. The full recording is available here.

Upcoming Events

	NGWA Groundwater Week 12/3 – 12/6/2018, Las Vegas, NV Visit conference website
	Florida Remediation Conference 12/5 – 12/6, Orlando, FL Visit conference website
	Conference on Environmental Liabilities, Risk Assessment, and Remediation 12/10 – 12/11/2018, Carmel, IN Visit conference website

Questions?

December 2018 Newsletter

February 8, 2019 REGENESISEstimated Reading Time: 5 minutes

Anticipated Shut-off of Pump and Treat System for PFAS at Superfund Site Due to past operations at a former solvent recovery facility, the soil and groundwater were contaminated with PFAS. PlumeStop, a cost-effective colloidal activated carbon technology, was applied in situ to rapidly adsorb the PFAS contaminants in the upgradient water onto the micron-scale activated carbon.

After the initial application of PlumeStop, the PFAS concentrations have quickly decreased within the application area. Additionally, sampling shows that the water is not exceeding any of the EPA-determined triggers that are being tested downgradient. The anticipated cost savings that this mode of operation will provide the client is approximately $400,000 per year.

Turn Polluted Aquifers into Purifying Filters with PlumeStop

Contaminant retardation is now a controllable variable with PlumeStop. PlumeStop Liquid Activated Carbon is a break-through groundwater remediation technology that reduces dissolved phase contaminant plumes in days. Composed of extremely fine particles of activated carbon (1‐2μm) suspended in water through a proprietary dispersion chemistry, PlumeStop flows into the subsurface at low pressure and achieves wide-spread distribution – a capability unlike any other form of activated carbon used for groundwater remediation today.

Colloidal ZVI with Excellent Reactivity and Longevity

AquaZVI is proven to promote In Situ Chemical Reduction (ISCR) of contaminants within the subsurface environment. It is delivered as a colloidal suspension at 40% ZVI by weight with particle size in the range of less than 5 micron. AquaZVI is an aqueous suspension manufactured employing a state-of-the-science sulfidation process resulting in a particle coating which increases activation toward specific contaminants and extends performance longevity. While this remediation product destroys contaminants abiotically, it can also be employed to stimulate ISCR-enhanced bioremediation.

Client Spotlight: Bruce Thompson, Senior Project Director and Board Member at de maximis

For Bruce Thompson, the rigorous training of the U.S. Naval Academy, where he earned his BS degree in Oceanography, provided the appropriate foundation for a successful career in environmental project management. As a Senior Project Director and board member at de maximis, inc., Thompson continues to leverage the leadership and management experience he garnered as a commissioned Naval officer to make an impact in the field of environmental remediation. He shares, “I was hired right out of the U.S. Navy, where I had been teaching leadership and management to newly commissioned officers.” Now in his 27th year at de maximis, inc., Thompson clearly enjoys his work, and continues to help the firm pursue its overarching goal as the leading provider of comprehensive project coordination and management services for environmental investigation and remediation projects. Read more in our client spotlight.

Upcoming Webinar on Cost-Effective Remediation

In this webinar we are pleased to have a special presentation by Rich Derosiers, Associate Principal and Hydrogeologist at GZA GeoEnvironmental, Inc. In this presentation he will discuss cost-effective remediation through enhanced characterization.This live webinar starts Wednesday, December 12th, 2018 at 11am pacific/2pm eastern.

Case Study: WSP Significant Reduces VOCs at Rail Site

Groundwater contamination was caused by discrete releases of chlorinated solvents at a Rail Site in Quebec. A combined remedy approach using PlumeStop and AquaZVI was chosen because it allows for the highest treatment efficiency at the lowest possible cost. A pilot test was conducted in early November. WSP constructed in situ microcosms (ISMs) using aquifer material which were deployed before the amendment injection, with the amendment successfully applied under low pressure, despite wintery conditions. After conducting the pilot test, data for samples collected within the treatment barrier indicated significant contaminant concentration decreases.

Featured Environmental Consultants

Matthew Burns
Technical Fellow
Contaminated Land
National Service Line Lead
WSP USA

Luc Turbide
Project Manager
WSP Canada

Webinar Recording Now Available

Upcoming Events

	NGWA Groundwater Week 12/3 – 12/6/2018, Las Vegas, NV Visit conference website
	Florida Remediation Conference 12/5 – 12/6, Orlando, FL Visit conference website
	Conference on Environmental Liabilities, Risk Assessment, and Remediation 12/10 – 12/11/2018, Carmel, IN Visit conference website

Questions?

November 2018 Newsletter

February 8, 2019 REGENESISEstimated Reading Time: 5 minutes

Combined Remedy Addresses PFAS Risk at Superfund Site

Due to past operations at the Solvents Recovery Service of New England, the soil and groundwater were contamnated with PFAS. PlumeStop, a cost-effective, in situ colloidal activated carbon technology was applied in a barrier trench application that allows groundwater to flow through a sheet pile wall that was constructed as part of a legacy pump and treat system. The PFAS contamination in the upgradient water is adsorbed by PlumeStop, and the water flows downstream without threatening the downgradient water quality. The potentially responsible party group expects to save an estimated $400,000 annually as a result of the pump and treat system being shut down.

Turn Polluted Aquifers into Purifying Filters with PlumeStop

Colloidal ZVI with Excellent Reactivity and Longevity

Client Spotlight: Mike Gefell, Principal Scientist at Anchor QEA

For Mike Gefell, Principal Scientist at Anchor QEA, understanding the complexities of groundwater and protecting this resource deserves great attention, and it is an aspect of our environment he has devoted his entire career to. His specialized field, known as quantitative hydrogeology, involves the analysis of hydrologic processes, including precipitation, groundwater flow, water-well yield, discharge to surface water, and water quality. With 29 years of industry experience in hydrogeology, Gefell has become a highly respected specialist. “I really enjoy quantitative hydrogeology,” says Gefell. “All my work focuses on protecting ecological and human receptors and water resources, and understanding the relationships between water and environmental risk.”

Scott Wilson Answers Your PFAS Questions

This article published in Wiley’s Remediation Journal reviews a site impacted with petroleum hydrocarbons, perfluorooctane sulfonate (PFOS), perfluorooctanoic acid (PFOA), and other perfluoroalkyl sulfonates (PFAS). A single application of PlumeStop resulted in a significant reduction of contaminant concentrations to below standards for 18+ months since the injection. Modeling indicates that the PlumeStop application event should keep the PFAS contained within the source area for upwards of 100 years. Details of the remedial design approach are provided along with results of its implementation.

Webinar Recording Now Available

In this webinar we were pleased to have a special presentation by Heather Lord PhD, Environmental Research & Development Manager for Maxxam. Dr. Lord discussed analytical challenges and solutions when using PlumeStop Liquid Activated Carbon for in situ remediation of chlorinated solvents in groundwater. Joining Heather Lord was Rick McGregor, President of InSitu Remediation Services Ltd, who shared case studies of sites using the analytical strategies discussed in Dr. Lord’s presentation. The full recording is available here.

Upcoming Events

NGWA Groundwater Week

12/3 – 12/6/2018, Las Vegas, NV
Visit conference website

Florida Remediation Conference

12/5 – 12/6, Orlando, FL
Visit conference website

Conference on Environmental Liabilities, Risk Assessment, and Remediation

12/10 – 12/11/2018, Carmel, IN
Visit conference website

Questions?

October 2018 Newsletter

February 8, 2019 REGENESISEstimated Reading Time: 4 minutes

A former dry-cleaner in Sacramento released chlorinated solvents and petroleum compounds in groundwater. Electrical Resistance Heating (ERH) was selected to remove contaminant mass in the source area. During ERH, 3-D Microemulsion® was used for Enhanced Reductive Dechlorination in order to treat the distal plume. Fugro USA Land, Inc. and REGENESIS collaborated on the site design and remedial application, resulting in a reduction in the PCE plume to nearly one-third its original size and reduced the highest PCE concentrations by 2 orders of magnitude.

Long-Term, Low-Cost Remediation of Chlorinated Solvents

3-D Microemulsion® is an injectable electron donor optimized for low cost, long-lasting in situ remediation of chlorinated solvents. Its engineered, wide-area subsurface distribution significantly reduces the number of injection points and events required, resulting in time and cost savings. A viable, long-term source of staged-release hydrogen on the order of 2-4 years from a single application, this technology is faster and often lower cost than lengthy natural attenuation approaches.

Accelerated Treatment of Intermediate Compounds

Client Spotlight: Jeffrey Holden, Senior Engineer at GEI Consultants, Inc.

For Jeffrey Holden, Senior Engineer at GEI Consultants, Inc., a leading environmental services firm and valued REGENESIS client, helping to preserve our planet’s environment began upon graduation from Clarkson University, where he earned bachelor’s degrees in both Mechanical and Aeronautical as well as Civil and Environmental Engineering. He worked for nearly 25 years at a leading global design, engineering and management consulting company, ultimately managing roles as a Senior Engineer, Vice President, and Principal in Charge. He shifted gears to join GEI in December of 2016 and immediately found himself immersed in new and refreshing multi-disciplinary roles. Read more in our client spotlight.

Webinar on Analytical Challenges and Solutions

In this webinar we are pleased to have a special presentation by Heather Lord PhD, Environmental Research & Development Manager for Maxxam. In this presentation she will discuss analytical challenges and solutions when using PlumeStop Liquid Activated Carbon for in situ remediation of chlorinated solvents in groundwater. Joining Heather Lord will be Rick McGregor, President of InSitu Remediation Services Ltd, who will share case studies of sites using the analytical strategies discussed in Dr. Lord’s presentation. This live webinar starts Thursday, November 15th, 2018 at 11am pacific/2pm eastern.

Webinar Recording Now Available

In this webinar we were pleased to have a special presentation by vapor intrusion experts, Dr. Blayne Hartman of Hartman Environmental and Dr. Mark Kram of Groundswell Technologies. In this presentation they discussed updates regarding vapor intrusion pathway issues, as well as the use of continuous monitoring data. The full recording is now available here.

Upcoming Events

	2018 EPI Symposium 11/13/2018, Johnston, IA Visit conference website
	NGWA Groundwater Week 12/3 – 12/6/2018, Las Vegas, NV Visit conference website
	Florida Remediation Conference 12/5 – 12/6, Orlando, FL Visit conference website
	Conference on Environmental Liabilities, Risk Assessment, and Remediation 12/10 – 12/11/2018, Carmel, IN Visit conference website

Questions?

September 2018 Newsletter

February 8, 2019 REGENESISEstimated Reading Time: 6 minutes

An aerospace manufacturing facility required remediation for a deep and heavily impacted Chlorinated Volatile Organic Compound (cVoc) plume. The extensive depth and size of the plume contributed to the difficulty facing remediation efforts. After conducting pilot tests, Alta Environmental and REGENESIS concluded that Enhanced In Situ Bioremediation (EISB) technology was both cost-effective and feasible for successful remediation of this site. The observation wells continue to be sampled quarterly and are displaying successful reductions in cVOCs.

Long-Term, Low-Cost Remediation of Chlorinated Solvents

**A Liquid Iron Based-Reagent for the Enhanced In Situ Chemical Reduction (ISCR) of Chlorinated Contaminants**

CRS® (Chemical Reducing Solution) is an iron-based amendment for in situ chemical reduction (ISCR) of halogenated hydrocarbon contaminants such as chlorinated ethenes and ethanes. This highly efficient in situ remediation technology contains a form of liquid iron which provides better distribution than can be achieved by directly injecting a solid iron material into the subsurface. The product allows for seamless integration with anaerobic bioremediation, and is easy to apply with the electron donor 3-D Microemulsion.

Accelerated Treatment of Intermediate Compounds

Client Spotlight: Matt Hall, Senior Engineer and Senior Project Manager at Terracon

For Matt Hall, Senior Engineer and Senior Project Manager at Terracon Consultants, Inc., a leading environmental consulting and engineering firm and valued REGENESIS client, choosing a career in environmental remediation started with an interest in cleaning up our environment., Once he became immersed in his studies however, he quickly became passionate about the “how-to” aspects that drive the science behind remediation. Shares Hall, “My initial interest soon morphed into a fascination with understanding the science behind the products and the engineering design for remediation implementation.” Eventually, Hall’s commitment to the earth’s environment lead to earning a dual bachelor’s degree from Tulane University in Ecology, Evolution, & Organismal Biology (EEOB), and Environmental Studies. After graduation, he worked as a staff level professional at an environmental engineering firm and worked his way up the ranks before joining Terracon, seven years ago, where he enjoys a diverse range of responsibilities. Read more in our client spotlight.

Special Webinar with Leading Vapor Intrusion Experts

In this webinar we are pleased to have a special presentation by vapor intrusion experts Dr. Blayne Hartman of Hartman Environmental Geoscience and Dr. Mark Kram of Groundswell Technologies. During this webinar presentation, Dr. Hartman and Dr. Kram will discuss updates regarding the vapor intrusion risk pathway, as well as the use of continuing monitoring data. This live webinar starts Wednesday, October 17th, 2018 at 11am pacific/2pm eastern.

Featured Presenters

Blayne Hartman, PhD
Hartman Environmental GeoScience
Dr. Hartman is a nationally recognized expert on soil vapor sampling, soil vapor analysis, and vapor intrusion. He has provided training on soil gas methods and vapor intrusion to state regulatory agencies in over 30 states. His organization, Hartman Environmental Geoscience, provides vapor intrusion, soil gas and analytical expertise and specializes in VI and soil gas training, real-time continuous monitoring of TCE & other VOCs in indoor air, and vapor intrusion regulatory guidance.

Mark Kram, PhD
Groundswell Technologies, Inc.
Dr. Mark Kram is the Founder and CTO for Groundswell Technologies, Inc., a group specializing in automated Cloud based monitoring and modeling of environmental sensor and analytical instrumentation networks. Dr. Kram earned his Ph.D. in Environmental Science and Management from the University of California at Santa Barbara, an M.S. degree in Geology from San Diego State University, and his B.S. degree in Chemistry from the University of California at Santa Barbara. He has over 30 years of experience using innovative environmental assessment techniques, has authored articles, national standards and book chapters on the subject, and has taught graduate level courses on related topics. Dr. Kram is the recipient of the NGWA’s prestigious Technology Award, and received the 2014 ASTM Committee D18 Technical Editors Award.

When to Use Continuous Monitoring to Resolve Vapor Intrusion Challenges

Several common questions arise when investigating a site for potential vapor intrusion related challenges. Often it is difficult to discern whether vapor intrusion is occurring and if so, where it is entering the building. Once vapor intrusion is discovered and mitigation ensues, an added concern is whether or not the mitigation achieved key risk reduction objectives or actually increased potential exposures. This guest blog post will explain when to use continuous monitoring to measure contaminant vapors in indoor air.

Webinar Recording Now Available

Oregon Health & Science University (OHSU). In this presentation he discussed in situ chemical reduction (ISCR), specifically with regard to its core concepts and their engineering implications. The full recording is now available here.

Upcoming Events

	Northwest Remediation Conference 9/20/2018, Tacoma, WA Visit conference website
	First Annual Western Groundwater Congress 9/25 – 9/27/2018, Sacramento, CA Visit conference website
	34th Annual International Conference on Soils, Sediments, Water, and Energy 10/15 – 10/18/2018, Amherst, MA Visit conference website
	Florida Remediation Conference 12/5 – 12/6, Orlando, FL Visit conference website

Questions?

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REGENESIS® offers remediation professionals a suite of innovative technologies and services to treat a wide range of contaminants, including petroleum hydrocarbons, chlorinated solvents, PFAS and metals, via enhanced bioremediation, bioaugmentation, in situ chemical oxidation, reduction (ZVI), sorption, desorption, immobilization and vapor intrusion mitigation.

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Archives

Groundbreaking Application of PetroFix Successfully Treats Petroleum Hydrocarbons

Apply Activated Carbon Under Low Pressure to Treat Petroleum Hydrocarbons

Client Spotlight: Matt Valentine, Regional Manager at Woodard & Curran

Webinar Recording Now Available

Upcoming Events

2019 Per- and Polyfluoroalkyl Substances: Second National Conference

6/10 – 6/12/2019, Boston, MA Visit conference website

The PFAS Management, Mitigation, and Remediation Conference

6/19 – 6/20/2019, Westerville, OH Visit conference website

SAME Camp Pendleton Day

6/20/2019, Oceanside, CA Visit conference website

PFAS Training Workshop

6/21/2019, Raleigh, NC Visit conference website

Remedy Selection Workshop

6/26/2019, Lebanon, NH Visit conference website

Georgia Environmental Conference

8/21 – 8/23/2019, Jekyll Island, GA Visit conference website

Northwest Remediation Conference

10/3/2019, Tacoma, WA Visit conference website

Remediation Technologies Symposium 2019

10/16 – 10/18/2019, Banff, AB Visit conference website

35th Annual International Conference on Soils, Sediments, Water, and Energy

10/21 – 10/24/2019, Amherst, MA Visit conference website

Railroad Environmental Conference

10/22 – 10/23/2019, Urbana, IL Visit conference website

GRA Remediation Conference

11/13 – 11/14/2019, Santa Ana, CA Visit conference website

NGWA Groundwater Week

12/3 – 12/5/2019, Las Vegas, NV Visit conference website

Questions?

Client Spotlight: Sigrida Reinis, PhD, PE, Associate at Langan

10 Reasons to Consider Retro-Coat to Protect Your Property Investment

9 Reasons to Consider Geo-Seal to Protect Your Property Investment

Upcoming Webinar: In-Situ Remediation vs Pump and Treat

PFAS Webinar Recording Now Available

REGENESIS Photos from Battelle

Upcoming Events

ITRC Annual Meeting and PFAS Training

3/29/2019, Boston,MA

Washington State Brownfields Conference

5/29 – 5/30/2019, Spokane, WA

SAME Camp Pendleton Day

6/20/2019, Oceanside, CA

Remediation Technologies Symposium 2019

10/16 – 10/18/2019, Banff, AB

NGWA Groundwater Week

12/3 – 12/5/2019, Las Vegas, NV

Questions?

Turn Polluted Aquifers into Purifying Filters with PlumeStop

Low-cost Bioremediation of Chlorinated Solvents

Accelerated Treatment of Intermediate Compounds

Amy Roth, Associate Vice President and Senior Geologist at Wilcox & Barton

Upcoming Webinar on Reducing Exposure to PFAS

About the Presenters:

Ginny Yingling Senior Hydrogeologist, Minnesota Department of Health Environmental Health Division

Kristen Thoreson, PhD Director of Research and Development, REGENESIS

PFAS Webinar Recording Now Available

Upcoming Events

ITRC Annual Meeting and PFAS Training

3/29/2019, Boston,MA

Washington State Brownfields Conference

5/29 – 5/30/2019, Spokane, WA

SAME Camp Pendleton Day

6/20/2019, Oceanside, CA

Remediation Technologies Symposium 2019

10/16 – 10/18/2019, Banff, AB

NGWA Groundwater Week

12/3 – 12/5/2019, Las Vegas, NV

Questions?

Achieve Significant Contaminant Mass Removal

Client Spotlight: Monica Young, Project Manager/ Environmental Scientist with CGRS

Upcoming Webinar on Challenges of PFAS in Groundwater

About the Presenters:

Steve Sliver

Executive Director of the Waste Management and Radiological Protection Division, Michigan DEQ

Patricia Byrnes Lyman, MS Investigation/Remediation Manager, Michigan Department of Military Veterans Affairs

Ryan Moore Great Lakes District Manager, REGENESIS

Vapor Mitigation Webinar Recording Now Available

Are You Going to Battelle?

6/10 – 6/12/2019, Boston, MA
Visit conference website

6/19 – 6/20/2019, Westerville, OH
Visit conference website

6/20/2019, Oceanside, CA
Visit conference website

6/21/2019, Raleigh, NC
Visit conference website

6/26/2019, Lebanon, NH
Visit conference website

8/21 – 8/23/2019, Jekyll Island, GA
Visit conference website

10/3/2019, Tacoma, WA
Visit conference website

10/16 – 10/18/2019, Banff, AB
Visit conference website

10/21 – 10/24/2019, Amherst, MA
Visit conference website

10/22 – 10/23/2019, Urbana, IL
Visit conference website

11/13 – 11/14/2019, Santa Ana, CA
Visit conference website

12/3 – 12/5/2019, Las Vegas, NV
Visit conference website

Ginny Yingling
Senior Hydrogeologist, Minnesota Department of Health Environmental Health Division

Kristen Thoreson, PhD
Director of Research and Development, REGENESIS

Patricia Byrnes Lyman, MS
Investigation/Remediation Manager, Michigan Department of Military Veterans Affairs

Ryan Moore
Great Lakes District Manager, REGENESIS

Jordan Knight
Southeast District Manager, Land Science