Professional engineers, geologists, and hydrologists with extensive experience in siting, permitting, drilling, installation and testing of wells including high capacity production wells, aquifer storage and recovery (ASR) and monitor wells
Preparation of Technical Specifications for Well Drilling/Construction
Oversight of drilling and pump contractors to document that rehabilitation and development activities are optimized for the unique conditions at each well
Development of new and existing wells to optimize well performance which leads to significant client cost savings, including savings in power costs, and extended well life
Well testing to aid with well performance evaluation, establish baselines for water quality and production capacity, recommend pump setting and capacity, and identify potential problems
Testing of older wells to examine specific issues, including decreased well performance, water quality, or sand and/or air in the discharge
Use of surface and downhole geophysical techniques to aid in well siting and design
Groundwater treatment systems design/build for groundwater pump and treat systems
Expertise in soil vapor extraction, air stripping, liquid and vapor phase carbon, ion exchange, and filtration
System designs providing for contaminant capture and control, and including civil and electrical installation associated with sizing and development of the equipment, piping, instrumentation, and system controls.
Water storage, treatment and distribution experience for potable use, aquifer recharge, or irrigation
Development of groundwater models to support applications for Assured and Adequate Water Supply (AAWS), Underground Storage Facilities (USF), adjudication of Water Rights Settlements and compliance with National Environmental Policy ACT (NEPA) and Endangered Species Act (ESA) requirements
Highly-experienced hydrologists and computer modelers routinely use and adapt the latest regional groundwater flow models published by government agencies, including the U.S. Geological Survey (USGS) and state departments of water resources
Hydrologists and computer modelers discuss model details, assumptions, and upgrades with the government model authors, keeping regional models up-to-date; incorporating the most recent Assured Water Supply approved demands
Matrix modelers are proficient at adapting models to support project requirements
Provide industry-leading hydrogeologic solutions including development of successful groundwater flow and contaminant transport models meeting clients’ needs and exceeding expectations
Implement state-of-the-art modeling techniques, enabling the use of the latest scientific advancements to evaluate complex hydrostratigraphic environments, potentiometric surfaces, water producing zones, contamination pathways, and contaminant volume
3D computer visualization capabilities to evaluate subsurface geology, groundwater flow paths, contaminant plumes and contaminant mass estimates