Refinery Energy Balance

Refinery Energy Balance MCP Connector for Claude

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Audit and optimize refinery energy consumption and efficiency.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized calculation engines to audit refinery energy consumption, efficiency, and fuel utilization. It connects AI agents to core energy balance methodologies, allowing for precise calculation of energy intensity, fuel equivalents, and cogeneration performance. Use get_energy_intensity to measure efficiency per barrel, calculate_fuel_equivalent to standardize energy carriers, evaluate_cogeneration_performance to assess CHP systems, and identify_optimization_targets to find cost-reduction opportunities.

refineryenergy-balanceefficiencycogenerationindustrial-automation

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

evaluate_cogeneration_performance

Evaluate the efficiency of the combined heat and power (CHP) system

get_energy_intensity

Calculate energy intensity per unit of production

identify_optimization_targets

Identify significant opportunities to reduce energy costs and improve efficiency

calculate_fuel_equivalent

Calculate total energy consumption expressed in a single standardized fuel unit

See how to talk to your AI agent using Refinery Energy Balance.

What is the energy intensity if we consumed 500,000 GJ for 100,000 barrels?

The energy intensity is 5.0 GJ per barrel.

Calculate the fuel equivalent for 100 units of fuel, 50 units of electricity (factor 0.34), and 20 units of steam (factor 0.75).

The total fuel equivalent is 132.0 units.

Is our cogeneration system performing well if we input 1000 units of fuel and produce 650 units of total energy (electricity + steam)?

Yes, the cogeneration efficiency is 65%, which is considered high performing.

You can use the `get_energy_intensity` tool to calculate the energy consumed per unit of production, such as energy per barrel of crude.

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