Geosyntec announces our 2025 class of Principals and Senior Principals. These individuals exemplify the values that define the firm: collaboration, inclusion, innovation, safety, and passion for excellence.
Many Geosyntec practitioners will make significant contributions to the World of Coal Ash (WOCA) Conference 2022 on May 16 through 19, 2022 in Covington, Kentucky.
Geosyntec is pleased to announce the promotion of Chris Conkle, Christine LaPrade, Cindy Bartlett, Craig Browne, Doug Bielskis, Emmie Chen, Garry Stanley, Heather Rectanus, Herwig Goldemund, Jane Barnes, Jarad Champion, Jeff Thompson, Jessica Yeager, John Barrett, Lane Dorman, Maygan Cline, Nick Muenks, Teresa Fischer, Thom Amstadt, Wayne Amber, and Yonas Zemuy to the position of Principal within the Geosyntec family of companies.
Allison Kreinberg (Ohio) presented "Approval of an Alternate Source Demonstration Under Oklahoma's State CCR Program" and Lane Dorman, P.G. (Florida) Presented "Case Study: High Resolution Site Characterization (HRSC) to Inform CCR Groundwater Remedial Design and Implementation" at the Utility Solid Waste Activities Group (USWAG) Coal Combustion Residual (CCR) Workshop's Session 1 on June 18, 2020.
Lane Dorman is a Senior Principal Hydrogeologist based in Florida with more than 12 years of professional experience focused on the assessment and remediation of arsenic, coal combustion residuals (CCR), and chlorinated solvent groundwater plumes.
Geosyntec was awarded a 2019 Environmental Stewardship Award for "Environmental Stewardship: Student Education on Watershed Management and Water" from Partners for Environmental Progress (PEP) at the PEP 2019 Annual Membership Meeting in Mobile, Alabama on April 4, 2019.
Geosyntec Consultants is pleased to announce our new location serving the Mobile, Alabama area.
Geosyntec’s expertise in efficient site characterization, including sites that exhibit complex groundwater-flow regimes, has distinguished our firm as a leader in groundwater assessment and groundwater remediation. Our practitioners address a broad suite of contaminants, including metals, chlorinated organic chemicals, petroleum hydrocarbons, and emerging contaminants, and use award-winning, technology-based remediation strategies that are often first-to-field. Many of our hydrogeologists specialize in modeling the fate and transport of contaminants through the most difficult types of media, including fractured and karst bedrock.
Hydrogeological characterization and fate and transport modeling affects the performance of any remediation technology deployed at a site. To effectively remediate a site and optimize the use of time and resources, contamination must be sufficiently characterized using sound judgment to interpret available data. By delineating and understanding the geology and hydrogeology, our experts design strong conceptual site models, remediate groundwater, and employ beneficial reuse of sediments.
Geosyntec is a preferred partner for innovative, cost-effective, and successful remediation solutions because we approach each project with technical expertise and creativity. For every client, we develop a clear understanding of how to achieve best-value outcomes using the most appropriate technologies and management strategies for individual projects. When the nature of the problem, like an emerging contaminant, requires a new type of remedy, our professionals set the standard for developing innovative science into novel and effective solutions for environmental remediation. From advanced vapor intrusion evaluation strategies to sophisticated bioaugmentation techniques and beyond, Geosyntec delivers practical environmental management solutions that meet project-specific needs and achieve our clients' objectives. Along with our expertise in treatability and pilot tests, Geosyntec practitioners are adept at conducting feasibility studies that develop, screen, and provide detailed evaluations of alternative remedial solutions for impacted sites. Our studies help clients determine the optimum performance they can expect from a remediation system and the expected cost of implementing a remedy. We also provide detailed remediation system design and design/build services for a wide range of innovative and traditional remediation strategies, including those that employ groundwater pump and treat systems; bioremediation and bioaugmentation solutions; chemical oxidation; the injection of nanoscale zero-valent iron; soil vapor extraction; indoor air venting and treatment; and much more. Geosyntec applies the principles of future optimization at the forefront of the design process, positioning the client for long-term savings opportunities, with strategies like modular unit operations of an ex situ treatment train to reduce chemical and energy costs as influent concentrations decrease, or incorporating flexibility into injection systems such as allowing for alternating passive and active flow fields or the ability to add additional components to target residual source zones. Geosyntec is the leading provider of remedial design services, particularly for complex sites where the challenges – whether from unconventional contaminants, difficult geology and site setting, multi-party groups of responsible parties, or all of the above – make the exit strategy difficult to envision. Our collaborative, global network provides our clients with access to the most talented group of environmentally-focused professionals in the industry. We also approach every project as a time-critical action, recognizing that when our clients require remediation services, they should expect to see the positive results of those actions in a timely manner.
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