MCP For Claude Marketplace
Winery Wastewater Treatment Sizing

Winery Wastewater Treatment Sizing MCP Connector for Claude

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Calculate wastewater volumes, BOD loads, and treatment system capacities for wineries.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides specialized engineering calculations for winery wastewater management. It allows AI agents to determine peak daily wastewater volumes and organic mass using calculate_daily_load. Users can size physical infrastructure like ponds or aeration tanks with size_treatment_system based on biological degradation kinetics. The server also provides financial forecasting via estimate_operational_cost and ensures environmental safety through validate_discharge_compliance to verify that effluent meets regulatory limits.

wastewaterwinerybodsizingenvironmental

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

calculate_daily_load

Determines the volume and organic mass generated during peak production periods

estimate_operational_cost

Provides a financial estimate for running the treatment process

size_treatment_system

Calculates the physical dimensions or aeration requirements of the treatment infrastructure

validate_discharge_compliance

Checks if a proposed system configuration will meet environmental regulations

See how to talk to your AI agent using Winery Wastewater Treatment Sizing.

Calculate the daily wastewater load for a winery with 5000 tons of crush capacity, 100 liters of water per ton, and 1500 mg/L BOD concentration, assuming a peak factor of 1.5.

The peak daily wastewater volume is 50,000 liters with a daily BOD mass of 75 kg.

Estimate the annual cost for an aerated treatment system processing 50,000 liters daily at a cost of $0.05 per gallon.

The estimated daily cost is $6.60 and the annual cost is $2,409.00.

Will a system with 400 mg/L influent BOD and 20 mg/L effluent BOD comply with a regulatory limit of 30 mg/L?

Yes, the system is compliant with a margin of safety of 10 mg/L.

Use the `calculate_daily_load` tool. Provide the annual crush capacity, water use per ton, and the seasonal peak factor to account for harvest concentration.

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