MCP For Claude Marketplace
Paste Backfill Pipeline Design

Paste Backfill Pipeline Design MCP Connector for Claude

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Design mining transport pipelines for paste backfill, calculating diameters, pressure drops, and pump needs.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized hydraulic design tools for mining engineers. It enables the calculation of optimal pipe diameters, total pressure losses across routes, and specific pump requirements for non-Newtonian paste backfill transport. Use calculate_pipe_diameters to find suitable pipe sizes, estimate_pressure_drop to determine energy losses, and determine_pump_requirements to specify motor power and pressure capacity.

paste-backfillrheologypipeline-designmining-engineeringfluid-dynamics

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

analyze_rheology_profile

Evaluates the flow characteristics of a specific paste mixture

calculate_pipe_diameters

Suggests optimal pipe diameters based on required throughput and material properties

determine_pump_requirements

Determines the necessary pump capacity and power to move the paste through the design

estimate_pressure_drop

Calculates the total pressure loss across a specific pipeline route

See how to talk to your AI agent using Paste Backfill Pipeline Design.

What pipe diameters are suitable for a throughput of 150 m3/h with a yield stress of 200 Pa, viscosity of 1.5 Pa·s, and density of 1800 kg/m3?

The suggested pipe diameters are 250 mm and 300 mm, with flow velocities of 2.83 m/s and 1.77 m/s respectively.

Calculate the pressure drop for a 500m pipe with a 10m vertical drop, using a 250mm diameter and a yield stress of 200 Pa.

The total pressure drop is 450,000 Pa, consisting of 467,500 Pa in friction loss and a 17,500 Pa gain from the vertical drop.

What pump is needed for a 500,000 Pa pressure drop at 150 m3/h throughput?

The required pump must provide a minimum power of 32,640 Watts and a rated pressure of 500,000 Pa.

You can use the `calculate_pipe_diameters` tool by providing the required throughput, yield stress, viscosity, and density of your material.

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