Hydraulic assessment
Review of channel flow capacity and flood conditions using project data.
River Rehabilitation and Hydraulic Design
Engineering design for river channel rehabilitation, bank protection and flood defence structures. Assess solutions for your site conditions and project needs.
Service scope and deliverables
Final deliverables, input data and project requirements are agreed during the quotation stage.
Protection structure calculations
Calculations for bank protection, flood walls and erosion-control options as required.
Design and technical reporting
Preparation of selected solutions, design assumptions and project outputs within the quoted scope.
What information is needed for a quote?
- Project location, study boundary, existing channel and site surveys.
- Discharge/hydrological study, cross sections and existing structure information.
- Areas to protect, observed erosion issues and technical specifications, if available.
If some data is not ready, share what you have so we can discuss how the gaps affect the study scope.
How the work progresses
- We review the location, project purpose and available data to define the scope.
- Methods, scenarios and technical outputs are defined in the quote.
- Analysis and reporting proceed within the agreed scope and data conditions.
Discuss your project scope
Share the location, project purpose, available data and required report. Scope and schedule are determined after the data review.
Modern Stream Restoration
Stream Rehabilitation is essential for managing urban runoff and protecting living spaces from seasonal flooding. Our approach combines hydraulic efficiency with ecological sensitivity, ensuring that riverbeds can handle peak discharges while maintaining stable banks.
We utilize advanced 1D/2D modeling to design stone riprap, concrete linings, or bio-engineering solutions that fit the specific needs of the terrain and meet DSİ (State Hydraulic Works) technical specifications.
Flood Protection Walls
Design of reinforced concrete or masonry walls to contain high-frequency flood events within urban stream corridors.
Erosion Control & Riprap
Calculating required stone sizes and thickness for riverbank protection to withstand high-velocity scouring.
Nature-Based Solutions
Integrating vegetation and natural materials to stabilize banks while promoting local biodiversity and aesthetics.
Project Showcase
A visual example of a river corridor with bank protection, walkways and landscaping.
Frequently Asked Questions
The main goal is to control flood risk in riverbeds, prevent erosion, and ensure safe discharge of water without causing environmental damage.
The designs include stone riprap, retaining walls, interceptor channels, culverts, and drop structures.
Yes, we design bioengineered riprap and vegetation-based green solutions that preserve the river ecosystem instead of hard concrete channels.