MCP For Claude Marketplace
Sediment Basin Designer

Sediment Basin Designer MCP Connector for Claude

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Design erosion control sediment basins using settling theory and NRCS standards.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools for designing sediment basins for erosion control. It uses sediment settling theory and NRCS design criteria to calculate physical dimensions, evaluate particle capture performance, and predict maintenance needs. Use calculate_basin_dimensions to determine volume and area, estimate_settling_performance to verify particle capture, calculate_cleanout_schedule for maintenance planning, and validate_nrcs_compliance to ensure safety standards are met.

erosion-controlsedimentnrcshydrologybasin-design

4 tools expose this connector's capabilities to your AI agent.

calculate_basin_dimensions

Determines the physical size requirements (volume, area, depth) of the basin

calculate_cleanout_schedule

Predicts how often the basin must be emptied of sediment

estimate_settling_performance

Evaluates if the designed basin can meet the trapping efficiency for specific particle sizes

validate_nrcs_compliance

Checks if the proposed basin design adheres to NRCS safety and stability standards

See how to talk to your AI agent using Sediment Basin Designer.

Calculate the dimensions for a basin with a 50 acre drainage area and a 2-inch design storm.

The required basin volume is 12,500 cubic meters with a surface area of 4,200 square meters and a maximum depth of 3.5 meters.

Will a basin with 500 square meters of surface area capture 0.05mm particles with a 24-hour detention time?

Yes, the capture probability for 0.05mm particles is 85% given the current surface area and detention time.

Check if a basin with 2m depth and 2:1 side slopes is NRCS compliant.

The design is compliant with NRCS standards for the provided depth and side slope ratio.

You can use the `validate_nrcs_compliance` tool to check if your design adheres to NRCS safety and stability standards regarding depth, side slopes, and freeboard.

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