MCP For Claude Marketplace
Slop Oil Recovery System

Slop Oil Recovery System MCP Connector for Claude

A+

Technical design tool for sizing equipment and calculating economic yields for industrial slop oil treatment.

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

This MCP server provides specialized engineering tools for industrial slop oil management. It allows AI agents to calculate recovery yields, size treatment equipment, estimate economic value, and analyze water waste streams. By using calculate_recovery_yield, users can determine the volume of oil extracted from waste. The size_treatment_equipment tool helps determine necessary vessel volumes and residence times based on emulsion difficulty. Additionally, estimate_recovered_value provides economic insights, while analyze_water_waste assesses the purity and volume of byproduct water.

oil-recoveryslop-oilequipment-sizingeconomic-yieldwater-separation

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

analyze_water_waste

Calculates the volume and characteristics of the byproduct water stream after oil separation

calculate_recovery_yield

Determines the total volume of oil that can be successfully extracted based on current waste parameters

estimate_recovered_value

Provides the economic valuation of the recovered oil stream

size_treatment_equipment

Calculates the required capacity for processing equipment to handle the slop stream

See how to talk to your AI agent using Slop Oil Recovery System.

Calculate the oil recovery for a system producing 500 m3/day of slop with 20% oil content and a 90% recovery target.

The total available oil is 100 m3. With a 90% recovery target, the recovered oil volume is 90 m3, and the lost oil volume is 10 m3.

What equipment size is needed for a 100 m3/day slop rate with an emulsion difficulty of 0.8?

For a slop generation rate of 100 m3/day and an emulsion difficulty of 0.8, the required vessel volume is 45 m3, with a minimum residence time of 10.8 hours and a throughput capacity of 100 m3/day.

What is the value of 50 m3 of recovered oil if the market price is $600 per m3?

The total economic value of the recovered oil is $30,000.

You can use the `size_treatment_equipment` tool. Provide the slop generation rate and the emulsion difficulty coefficient to receive the required vessel volume, minimum residence time, and throughput capacity.

Related Connectors

Pollution Prevention Opportunity Assessment

Pollution Prevention Opportunity Assessment MCP

4 tools Official

Identify and evaluate pollution prevention opportunities using P2 methodology.

A+ View details →
Terminal Spill Response Plan

Terminal Spill Response Plan MCP

4 tools Official

Develop oil spill response plans by modeling discharge scenarios, environmental risk, and resource deployment.

A+ View details →
Tanker Spill Response Modeling

Tanker Spill Response Modeling MCP

4 tools Official

Models oil spill trajectory, weathering, and shoreline impact.

A+ View details →
Crude Oil Assay Analysis

Crude Oil Assay Analysis MCP

4 tools Official

Analyze crude oil properties, yield distributions, and blend compatibility.

A+ View details →