Clarity through Complexity

Expertise in Water Resources and Coastal Engineering

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Field Data Collection

Supporting models with bathymetry and water quality.

Collaborative Physical Model Studies

Enhancing insights through national partnerships.

Flood Modelling
Hydrology Models

Innovative Solutions for Water Resources

At Stvenant, we specialize in numerical modeling for water resources and coastal engineering, providing comprehensive solutions for various hydrological challenges.

Aerial view of a coastal area featuring a distinct boundary between vibrant blue water and sandy shoreline with patches of green vegetation. The image displays intricate patterns created by water channels in the sand.
Aerial view of a coastal area featuring a distinct boundary between vibrant blue water and sandy shoreline with patches of green vegetation. The image displays intricate patterns created by water channels in the sand.
Contact
An expansive coastal scene with two artificial breakwaters extending into the sea, forming a large, sheltered bay. Calm ocean waves roll gently towards the shore under a vast blue sky that is partly cloudy. A stone wall in the foreground provides a vantage point over the maritime landscape.
An expansive coastal scene with two artificial breakwaters extending into the sea, forming a large, sheltered bay. Calm ocean waves roll gently towards the shore under a vast blue sky that is partly cloudy. A stone wall in the foreground provides a vantage point over the maritime landscape.
An aerial view of a coastal area with a prominent dam or bridge crossing a body of water. The landscape includes lush greenery, small boats scattered in the water, sandy beaches, and cultivated fields. The shoreline curves with dense vegetation and residential areas visible near the coast.
An aerial view of a coastal area with a prominent dam or bridge crossing a body of water. The landscape includes lush greenery, small boats scattered in the water, sandy beaches, and cultivated fields. The shoreline curves with dense vegetation and residential areas visible near the coast.

Who We Are

Our expertise includes flood models, hydrology, sediment transport, and water quality, supported by field data collection and national collaborations for physical studies.

Numerical Modelling Solutions

Expertise in flood, hydrology, and coastal engineering models for effective water resource management.

Field Data Collection
Aerial view of a coastal region with a contrast between deep blue ocean waters and lighter turquoise areas. A visible sediment plume enters the ocean from a river, creating a mix of colors in the water. Coastlines are detailed with lush green vegetation and small scattered clouds cast shadows on the water surface.
Aerial view of a coastal region with a contrast between deep blue ocean waters and lighter turquoise areas. A visible sediment plume enters the ocean from a river, creating a mix of colors in the water. Coastlines are detailed with lush green vegetation and small scattered clouds cast shadows on the water surface.

We gather essential data like bathymetry and water quality to enhance model accuracy.

A person stands next to a large screen displaying diagrams and illustrations related to weirs and water management. They are gesturing towards the images, possibly explaining or presenting the information. The room appears to be a professional setting, with white walls and additional individuals seated and facing the screen.
A person stands next to a large screen displaying diagrams and illustrations related to weirs and water management. They are gesturing towards the images, possibly explaining or presenting the information. The room appears to be a professional setting, with white walls and additional individuals seated and facing the screen.
A coastline featuring a sandy beach with wooden barriers running alongside the shore. The water appears calm under a cloudy sky, and the beach is lined with vegetation and distant trees. The wooden structures seem weathered, indicating coastal protection against erosion.
A coastline featuring a sandy beach with wooden barriers running alongside the shore. The water appears calm under a cloudy sky, and the beach is lined with vegetation and distant trees. The wooden structures seem weathered, indicating coastal protection against erosion.
Physical Model Support

Collaborating nationally to support physical model studies and validate numerical modelling solutions.

Comprehensive modelling for hydropower, sediment transport, and water quality assessments.

Advanced Modelling Services

Modeling Solutions

Expert numerical modeling for water resources and coastal engineering.

Aerial view of a coastline with blue and turquoise sea water meeting large concrete tetrapods used for coastal protection. The water shows varying shades of blue, while the tetrapods range from white to brown hues, scattered across the shoreline.
Aerial view of a coastline with blue and turquoise sea water meeting large concrete tetrapods used for coastal protection. The water shows varying shades of blue, while the tetrapods range from white to brown hues, scattered across the shoreline.
Flood Modeling

Comprehensive flood modeling for effective risk management solutions.

A coastal scene with a line of wooden breakwaters extending into the distance. The breakwaters are weathered and covered with green seaweed. Waves gently lap against the rocks and sand, creating a serene shoreline environment.
A coastal scene with a line of wooden breakwaters extending into the distance. The breakwaters are weathered and covered with green seaweed. Waves gently lap against the rocks and sand, creating a serene shoreline environment.
Hydrology Models

Advanced hydrology models for accurate water resource management.

A coastal scene with a rocky shore and man-made barriers extending into the ocean. The foreground features a narrow channel filled with clear water, flanked by concrete paths with railings. In the distance, the horizon meets the sea under a sky scattered with clouds.
A coastal scene with a rocky shore and man-made barriers extending into the ocean. The foreground features a narrow channel filled with clear water, flanked by concrete paths with railings. In the distance, the horizon meets the sea under a sky scattered with clouds.
An aerial view of a coastal area with a green sea, a shoreline with sandy beaches, and dense vegetation. A road runs parallel to the coast, with several buildings and structures among the trees. Breakwaters extend into the sea, creating sheltered areas along the coast.
An aerial view of a coastal area with a green sea, a shoreline with sandy beaches, and dense vegetation. A road runs parallel to the coast, with several buildings and structures among the trees. Breakwaters extend into the sea, creating sheltered areas along the coast.
Sediment Transport

Innovative sediment transport models for environmental assessments.

Water Quality

Robust water quality models for sustainable resource management.

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Stvenant's numerical modelling solutions transformed our understanding of water resources. Their expertise in flood and hydrology models is unmatched. Highly recommend their services!

John Doe

Aerial view of a coastal landscape featuring a network of winding rivers and channels surrounded by various shades of green and brown land. The water appears turquoise and clear, leading into a vast body of water on the horizon.
Aerial view of a coastal landscape featuring a network of winding rivers and channels surrounded by various shades of green and brown land. The water appears turquoise and clear, leading into a vast body of water on the horizon.

★★★★★

Solutions

Expert numerical modeling for water and coastal engineering.

Models

Data

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