Integrated Hydro Systems, LLC

Water Resources and Environmental Engineering Consulting

We provide a range of water resources and environmental engineering consulting services to U.S. and international clients. We specialize in the development, application and evaluation of advanced numerical models.

We assess hydrologic, hydraulic and water quality impacts of land use changes and operations on natural and/or managed integrated surface water-groundwater systems.

We evaluate impacts of complex subsurface remedial designs & operations on the surrounding hydrology & environment using advanced groundwater modeling software.

......and plan, coordinate and evaluate environmental field drilling, sampling and monitoring activities.

Flagstaff, Arizona

We evaluate things like post fire flooding impacts on developed, urban areas and infrastructure performance.

High-Resolution Urban Flood Model

We develop mine water supply & dewatering strategies, and evaluate mining impacts on surrounding water resources and water quality.

....and assess impacts of individual features, or entire mine footprint, operations and closure plans on surrounding water resources and water quality.

We simulated years of integrated, hourly hydrologic response to different closure designs in the decommissioning of the former U.S. DOE nuclear parts Rocky Flats manufacturing plant in Colorado.

.....and simulated continuous, long-term, hourly integrated hydrologic response to alternative closure riparian/wetland configurations

We used high-resolution integrated models to evaluate long-term hydrologic/hydraulic response to different closure designs for two former facility RCRA landfills.

Using the MIKESHE code, we simulated years of integrated hydrologic response to hourly, distributed ERA5 climate inputs over entire Nushagak Watershed area (~12,000 sq.mi.)

All five species of Pacific Salmon spawn within the Nushagak River Watershed. It drains directly into the Bristol Bay, home to one of the world's most important Salmon Fisheries

Actual Evapotranspiration

Nushagak Watershed, Alaska

Precipitation

Overland Ponded Depth

Stream-Aquifer Flow

MODIS Leaf Area Index (8-day)

Weekly Snow Storage

Using the MIKESHE code, we simulated 14 years of integrated hydrologic response to hourly, distributed NLDAS weather inputs over the entire Middle Rio Grande River system (Cochiti Reservoir to Elephant Butte Reservoir)

All major Irrigation Canals, Surface Drains, and Dynamic Irrigation Application to more than 73,000 acres based on seasonal crop-stress simulated in model. Comprehensive and detailed water balances developed by river reach, including sub-daily Actual Evapotranspiration depletions and detailed subdaily stream-aquifer flow estimates for all rivers, drains, wetlands and canals.

A 3-dimensional Hydrostratigraphic Model of the system constructed from surficial geology, logs, geophysics and X-sections forms the framework for the MIKESHE model.

A local high-resolution lithologic model was created for the Middle Verde Valley.

An integrated MIKESHE model was created for the Big Chino-Upper Verde River hydrologic system to assess impacts of changes in landuse, management and climate change.

Key Consulting Service Areas

Water Resources and Environmental Service Areas

Water Resources Services

Services