aerial view of concrete road beside body of water

Hydraulic Structures Expert

We provide design, engineering, and consultancy services to ensure the safe and sustainable management of water resources. Our solutions are tailored to local site conditions, combining regulatory compliance with technical precision.

Design and Project

Functional and cost-effective projects for dams, ponds, canals, HEPPs etc., in line with engineering principles

Site-specific technical modelling, hydraulic, structural and hydrological calculations, and cost optimization studies

Site supervision, project revisions, and technical advisory support during implementation processes

Engineering
Consultancy

Why BENT?

A team of specialized engineers with experience in large-scale public and private sector projects

high-angle photography of landscape
high-angle photography of landscape
Experienced Engineering Team

"6 strong reasons" to choose us

Interdisciplinary Project Management

Integrated management across hydraulic, structural, environmental, and implementation processes

Proven, Site-Specific Solutions

Engineering solutions tested in practice, combining theoretical accuracy with real-world site conditions

Effective use of up-to-date engineering tools for modeling, analysis, and design processes

Projects compliant with current regulations, ensuring reliability and traceability

Çevre ve ekosistemle uyumlu, uzun ömürlü, kaynak verimliliğini esas alan mühendislik anlayışı.

Modern Software and Calculation Tools
Compliant and Reliable Practices
Sustainable and Eco-Friendly Approach

Services & Projects

Hydroelectric Power Plants

Preparation of feasibility studies, energy yield and profitability analyses, turbine selection, and final design for dam and river-type HEPP projects

Dams and
Ponds

Hydraulic and structural design of dams and ponds for storage, irrigation, and energy generation across all types and scales

Flood Control and River Rehabilitation

Design of flood control structures such as check dams and detention basins, and rehabilitation of natural rivers and channels

Hydraulic Structures

Design of bridges, culverts, weirs, siphons, and energy dissipation structures in accordance with flow conditions and structural requirements

2D Flood Analysis and Flood Inundation Mapping

Two-dimensional flood simulations are performed using HEC-RAS software to model the spread and impact of river flows over land surfaces.

3D terrain models prepared in TIN format are used, and detailed mesh structures are generated based on site-specific cell sizes.

The analysis provides water depth, flow velocity, and flood boundaries, enabling the identification of risk zones and supporting planning decisions.

Water Supply
Pipelines

Design of water transmission systems from source to end user, including route planning, hydraulic design, and structural detailing

Irrigation Systems

Route planning, hydraulic design, and structural detailing of main transmission lines starting from ponds or regulators

Infrastructure Systems

Design of water supply, wastewater, and stormwater networks, including road grading and compact treatment units

Coastal and Port Structures

Design of ports, breakwaters, groynes, and embankments considering wave impact and sediment transport conditions

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Archimedes Screw Turbines

Design of micro hydropower plants with Archimedes screw turbines in sites where conventional systems are not feasible due to low flow, low head, land acquisition issues, or efficiency losses; enabling eco-friendly and fish-friendly energy generation

Inflatable Rubber Dams

Design of water- or air-inflated rubber weirs that adapt to natural flow regimes, automatically deflate during flood conditions, and can be installed without altering the natural stream cross-section; offering a flexible and environmentally sensitive solution

Additional Planning and Engineering Services

  • Design of auxiliary hydraulic structures such as regulators, spillways, energy dissipators, intake structures, cofferdams, valve chambers, and retaining walls;

  • Sedimentation ponds and storage dams for safe containment of mining waste;

  • Optimization of dam design, structural and hydraulic calculations, cost assessments, planning and feasibility reports;

  • Hydrology studies and determination of flood characteristics.

Contact