John Spencer, PG
John Spencer is a Principal Hydrogeologist based in Florida with more than 15 years of experience focused on groundwater-supply development and implementation, environmental project management, remedial design and implementation, and fieldwork performance at sites contaminated with chlorinated volatile organic compounds, petroleum, metals, and pesticides.
Specialties
Production Well Design and Installation; Hydrogeological Investigations; Source Water Quality Investigations; Spring Water Supply Investigations and Permitting
Practice Areas
Water and Natural Resources; Geotechnical and Geoenvironmental Engineering
Education
MS, Hydrogeology, University of South Florida, 2008; BS, Geology, University of Wisconsin – Madison, 2003
Registration
Professional Geologist: Florida PG #2886, Missouri RG #2014030122
Client Service
John’s practice has involved managing water resource projects of varying sizes, including production-well design and installation, state and federal water-supply permitting, and groundwater-quality permitting. In addition, he has provided technical expertise for various projects involving hydrogeological investigations. He has also supported construction management for the installation of potable-water-supply infrastructure with a focus on the food and beverage and energy sectors.
During his career, John has worked on water resource projects throughout the southeastern United States, including using multiple drilling methods to install production wells in Florida, Georgia, Louisiana, and Arkansas. Additionally, he offers experience with soil, groundwater, surface water, and vapor sampling; tracer studies; and remedial system design, implementation, operation, optimization, and monitoring.
Contact John at JSpencer@Geosyntec.com.
John Spencer is a Principal Hydrogeologist based in Florida with more than 15 years of experience focused on groundwater-supply development and implementation, environmental project management, remedial design and implementation, and fieldwork performance at sites contaminated with chlorinated volatile organic compounds, petroleum, metals, and pesticides.
