Water Resource Engineering and Habitat Restoration

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Your water resource challenges deserve solutions that work for both your bottom line and the ecosystem. Kleinschmidt brings hydrologists, hydraulic and civil engineers, fisheries, and terrestrial scientists to the same table, turning complex constraints into cost-effective, habitat-smart designs. From the first feasibility study through regulatory approvals and construction oversight, we keep the process seamless and the outcomes dependable.

We balance local ecology, hydraulics, and your operational goals to create environmental enhancements and conveyance structures built to last. By grounding every design in field data and advanced modeling, we deliver projects that satisfy public, private, and regulatory stakeholders, so you can move forward with confidence and measurable results.

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Our Water Resource Engineering and Habitat Restoration Leaders

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Water Resource Engineering and Habitat Restoration Projects

Shikellamy Nature-like Fishway

The Pennsylvania DCNR required engineering support for the evaluation of an existing nature-like fishway (NLF) design and subsequent final design and construction support for the revised fishway at the Adam T. Bower Memorial Dam (an inflatable dam).

Shikellamy Nature-like Fishway

The Pennsylvania DCNR required engineering support for the evaluation of an existing nature-like fishway (NLF) design and subsequent final design and construction support for the revised fishway at the Adam T. Bower Memorial Dam (an inflatable dam).

Wilmington Harbor North NEPA Environmental Assessment

Diamond State Port Corporation (DSPC) required regulatory consulting support to develop an Environmental Assessment (EA) under the National Environmental Policy Act (NEPA).

Wilmington Harbor North NEPA Environmental Assessment

Diamond State Port Corporation (DSPC) required regulatory consulting support to develop an Environmental Assessment (EA) under the National Environmental Policy Act (NEPA).

Hoover Dam Jet Flow Gate Analysis

Steel-Fab, Inc. (Steel-Fab) required hydraulic engineering support to complete a three-dimensional (3D) computational fluid dynamics (CFD) hydraulic modeling analysis of a proposed jet gate that was being designed for the City of Columbia, Ohio’s Hoover Dam.

Hoover Dam Jet Flow Gate Analysis

Steel-Fab, Inc. (Steel-Fab) required hydraulic engineering support to complete a three-dimensional (3D) computational fluid dynamics (CFD) hydraulic modeling analysis of a proposed jet gate that was being designed for the City of Columbia, Ohio’s Hoover Dam.

HEC-RAS Two-Dimensional Professional Education Training

A group of government employees from the Idaho Fish and Game Commission and local engineering consultants in Boise, Idaho requested two-dimensional (2D) hydraulic modeling training using the U.S. Army Corps of Engineers Hydrologic Engineering Center’s River Analysis System (HEC-RAS) software.

HEC-RAS Two-Dimensional Professional Education Training

A group of government employees from the Idaho Fish and Game Commission and local engineering consultants in Boise, Idaho requested two-dimensional (2D) hydraulic modeling training using the U.S. Army Corps of Engineers Hydrologic Engineering Center’s River Analysis System (HEC-RAS) software.

Bascule Gate Replacement

The client’s original Bascule gate was damaged and became wedged against the abutment plates preventing operation of the gate.

Bascule Gate Replacement

The client’s original Bascule gate was damaged and became wedged against the abutment plates preventing operation of the gate.

FLOW-3D CFD Modeling for Emergency Spillway Design

The original emergency spillway was comprised of a concrete gate structure with stanchion gates and a downstream channel that consisted of an earthen channel covered with vegetation.

FLOW-3D CFD Modeling for Emergency Spillway Design

The original emergency spillway was comprised of a concrete gate structure with stanchion gates and a downstream channel that consisted of an earthen channel covered with vegetation.

Leaburg-Walterville Hydro Development

During a routine safety inspection in October 2018, piping was observed at two sections of the five-mile-long outboard embankment.

Leaburg-Walterville Hydro Development

During a routine safety inspection in October 2018, piping was observed at two sections of the five-mile-long outboard embankment.

Carmen Dam Breach Analysis

EWEB requested a dam breach analysis and inundation mapping for Carmen Dam in support of FERC Part 12 relicensing requirements.

Carmen Dam Breach Analysis

EWEB requested a dam breach analysis and inundation mapping for Carmen Dam in support of FERC Part 12 relicensing requirements.

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