Process cooling, chillers, cold rooms, freezers, low-load control, defrost and condensing temperature.
Food & beverage integrated-energy audit case cluster
Audit beverage, dairy, brewery, bakery and cold-chain plants as integrated energy systems.
This cluster collects representative engineering examples for food and beverage plants where compressed air, refrigeration, CIP heat, boilers, HVAC, demand and heat recovery must be diagnosed together.
- Representative engineering examples, not claimed customer projects.
- Each case maps to the same report structure: baseline, target gap, measures, overlap control and M&V.
- Use the completed FB-001 case first, then replace assumptions with your own plant data.
Industry energy map
Food and beverage plants usually waste energy at system boundaries.
The same facility may heat, cool, compress, ventilate and clean at the same time. The diagnosis must keep physical kWh savings, thermal offsets and demand-charge impact separated before summing value.
Plant air, instrument air, packaging air and high-pressure PET blow air are not one operating boundary.
Sanitation, pasteurization, cleaning and hot-water loops define the thermal recovery cap.
Refrigeration, compressors, pumps and packaging lines can create demand-charge value beyond kWh savings.
Production area temperature, humidity, exhaust and make-up air can interact with process energy.
Condenser heat, compressor heat, boiler losses and condensate recovery must be capped by usable demand.
Representative case portfolio
Ten food and beverage cases to build industry-level trust.
Only FB-001 currently has a completed public workbench demo. The remaining cases define the coverage map and are expanded into data packages one by one.
Low-pressure plant air, high-pressure PET blow air, refrigeration, CIP heat, boiler energy and demand management.
View casePasteurization, refrigeration, cold storage, CIP, hot water and heat recovery across milk, yogurt or fresh dairy lines.
Brewhouse heat, fermentation cooling, compressed air, boiler efficiency and condensate recovery.
Oven exhaust, make-up air, HVAC, compressed air, packaging loads and heat recovery.
Low-temperature refrigeration, defrost, cold-room envelope, doors, air leakage and peak demand.
Cold chain, washdown hot water, ventilation, compressed air and sanitation windows.
Evaporation, cooling, CIP, heat integration and thermal recovery opportunities.
Frying or baking heat, exhaust losses, packaging electricity and compressed-air optimization.
Retorts, steam, cooling water, compressed air, cold storage and heat recovery timing.
Cooking, rapid cooling, refrigeration, hot water, HVAC and variable production schedules.
How each case is diagnosed
Same report structure, different process boundary.
The case portfolio is not a list of calculators. Each case follows the same engineering report contract so users can compare systems and understand which savings are physical, thermal or demand-cost related.
Report module
Food & beverage meaning
Output
Evidence
Baseline and target gap
Electricity, thermal energy, production volume, energy cost and unit energy intensity.
Current baseline, unit cost and priority system gap.
Bills, production records or screening assumptions.
Equipment selection
Chillers, refrigeration compressors, boilers, air compressors, pumps, fans and heat recovery assets.
Oversizing, wrong pressure or temperature, low efficiency and replacement candidates.
Nameplate data, curves, library factors and operating logs.
System control
Production schedule, low-load operation, temperature, pressure, defrost, CIP and peak windows.
Setpoint, sequencing, staging, schedule and demand-management actions.
Trend data improves precision; screening still includes engineering estimates.
Distribution and end-use
Cold rooms, piping, ducts, leaks, insulation, make-up air and terminal conditions.
Leakage, thermal losses, pressure/head/temperature drop and terminal waste.
Field readings, walkdown records and optional time-series.
Multi-energy boundary
Compressor heat, condenser heat, boiler losses, condensate and heat pump replacement.
Separate thermal offset and cost impact without double-counting electricity savings.
Demand cap, sanitary boundary and overlap policy.
Start with the completed bottling case, then run your own plant data.
Use FB-001 to inspect the report depth first. When the structure fits your project, open the workbench and replace the sample assumptions.