MCP For Claude Marketplace
Filter Sizing Design

Filter Sizing Design MCP Connector for Claude

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Technical sizing for dewatering equipment based on slurry characteristics.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools for dewatering equipment design. It allows AI agents to calculate critical parameters such as filter area, cycle time, and filtration rate by analyzing slurry solids concentration, target moisture, and throughput. Users can utilize query_filter_sizing to determine design requirements, validate_feed_suitability to assess feasibility, compare_filtration_modes to evaluate vacuum versus pressure filtration, and estimate_cake_resistance to model cake permeability.

filtrationdewateringslurrysizingindustrial-design

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

compare_filtration_modes

Compares the required filter area and expected cycle times between vacuum and pressure filtration for the same feed

estimate_cake_resistance

Calculates the resistance offered by the filter cake based on particle characteristics

query_filter_sizing

Calculates the primary design parameters (Area, Cycle Time, Rate) for a specific dewatering scenario

validate_feed_suitability

Determines if a specific slurry can realistically be dewatered to a target moisture level using the chosen method

See how to talk to your AI agent using Filter Sizing Design.

Calculate the filter area needed for a slurry with 30% solids, 15% target moisture, and 50 m3/h throughput using vacuum filtration.

The required filter area for this vacuum filtration scenario is 125 m2 with a cycle time of 45 minutes.

Is it feasible to reach 10% moisture using vacuum filtration for a slurry with 25% solids concentration?

No, vacuum filtration is not feasible for this target; the risk level is high due to the low moisture requirement.

Compare vacuum and pressure filtration for 40% solids and 12% target moisture at 100 m3/h throughput.

Pressure filtration requires 45 m2 of area, whereas vacuum filtration requires 180 m2, providing an area reduction factor of 4.0.

You can use the `query_filter_sizing` tool by providing the slurry solids concentration, target moisture, required throughput, and the filtration type.

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