Preparing for an Injection

2.0 PDHs 

Injection flow rates and related pressures are a critical component for distribution of in-situ technologies to achieve contact with a range of contaminants. At the same time, we’re relying less on advective distribution – especially for sites with less velocities – and more on higher injection volumes. Lower injection rates and higher volumes means higher remediation costs and more injection points. Do I use direct push or injection wells and how do I optimize the injection performance?

On this webinar you will learn about what it takes to prepare for an injection so that you’re saving your client money. 

Presenters:

Eric Lundy, Environmental Remediation Specialist, DeepEarth Technologies

John Fontana, PG, President/CEO, vista GeoScience

After spending more than a decade as DeepEarth Technologies, Inc.’s Senior Field Application Leader, in 2018 Mr. Lundy stepped into the role of Environmental Remediation Specialist, utilizing his vast technical field knowledge for site design, project management, estimating, consulting and health and safety. Mr. Lundy has implemented well over 250 soil and groundwater remedial applications on nearly every type of site (from gas stations to chemical plants, large and small) with many different contaminants (hydrocarbons, halogenated compounds, brine and coal tar) all across the states. Mr. Lundy studied Chemistry at Bemidji State University.

Contact: [email protected] // (815) 312-8678

As President, CEO and owner of Vista GeoScience, John’s expertise includes environmental drilling and sampling, high resolution site characterization (HRSC) tools, 2D and 3D data modeling and interpretation, in-situ remediation design and injections technologies, stray gas migration and soil gas investigations. As a professional geologist and licensed water well driller in multiple states, he has over thirty years of experience in these fields, and has co-authored over 100 presentations, keynotes, papers, and workshops, including Battelle. He has provided support services for many large investigation and remediation projects (up to $1.5 million) at DOD, DOE and commercials sites. John is currently serving on two ITRC teams: Optimizing In-Situ Remediation Performance & Injection Strategies, and Implementing the Use of Advanced Site Characterization Tools. In 2013, he was nominated to the EPA’s Science Advisory Board on Hydraulic Fracturing. John earned a degree in Geology, Oceanography and Physics from Humboldt State University in California in 1981. 

Contact: [email protected] // (720) 308–1703