Factory Utility Checklist
Organize required services, available supply and missing project data by equipment.
- Utility type and connection
- Pressure, quality and temperature
- Peak and average demand
Online tools / factory engineering
Turn equipment demand into a coordinated food-factory utility plan.
Estimate steam, air, electrical, cooling, water, wastewater and space requirements, then carry the preliminary loads into qualified facility engineering.
What can these utility tools establish?
They create a transparent early load register from equipment quantities, operating assumptions and production schedules. They cannot size final boilers, compressors, transformers, refrigeration systems, drainage or hygienic zones without simultaneous-demand analysis, local codes, process validation and detailed engineering.
11 calculatorsLoads, consumption, space and operating cost
7 utility streamsSteam, air, power, cooling, water, wastewater and space
1 coordinated registerState units, diversity, peak basis and design margin
Start with the load basis
Project register
Thermal utility
Pneumatic utility
Electrical utility
Refrigeration
Hygiene resource
Environmental load
Facility footprint
Steam economics
Air economics
Power economics
Factory utility and facility tools
Use demand tools first. Cost calculators should use the resulting operating load and schedule, not connected power or equipment nameplate values alone.
Steam Consumption Estimator
Estimate process steam from product heating, equipment use and operating time.
- Mass and temperature rise
- Batch or continuous demand
- Preliminary peak load
Compressed Air Demand
Combine machine air consumption, use cycles and simultaneous operation.
- Normal and peak flow
- Pressure basis
- Air-quality boundary
Electrical Load Estimator
Separate connected equipment power from estimated operating and coincident demand.
- Installed kW
- Load and diversity factors
- Preliminary demand
Product Cooling Load
Estimate sensible product-cooling duty from mass flow, heat capacity and temperature change.
- Product load
- Cooling time
- Excluded facility loads
Cleaning Water Consumption
Estimate cleaning water from zones, equipment, frequency and event duration.
- Cleaning events
- Flow and duration
- Daily and annual use
Factory Wastewater Load
Build a preliminary wastewater flow and organic-load estimate from process streams.
- Flow volume
- Concentration basis
- Daily pollutant load
Factory Floor Space
Translate equipment footprint into an early allowance for access, hygiene and logistics.
- Equipment area
- Access allowance
- Support-space boundary
Steam Operating Cost
Convert useful steam demand into preliminary fuel, water and operating cost.
- Steam use and schedule
- Efficiency assumption
- Utility price basis
Compressed Air Cost
Estimate electricity cost for compressed-air demand and operating hours.
- Flow and pressure basis
- Specific power assumption
- Operating schedule
Electricity Cost
Estimate machinery electricity use from actual load, hours and tariff.
- Operating kW
- Annual hours
- Energy price
Recommended order
From process list to engineering brief
A utility plan is a coordinated system. Calculate each stream on the same production schedule before selecting supply equipment.
01
Define production
Products, shifts, batches, cleaning windows and expansion case.
02
Register equipment
Connections, consumption, quality, pressure and operating cycles.
03
Build load profiles
Average, peak, simultaneous and standby requirements by time.
04
Coordinate facilities
Routes, drainage, zoning, access, plant rooms and heat rejection.
05
Engineer and verify
Local codes, detailed sizing, controls, commissioning and records.
Research-backed guidanceFacility planning Compressed air Steam
Factory utility planning guides
Use these support pages to understand the assumptions and engineering limits behind key factory-planning decisions.
Food factory layout and hygienic zoning
Separate flows and hygiene risks while preserving access, cleaning, maintenance and future change.
Read the zoning guide →Food-grade compressed-air planning
Define contact risk, required air quality, treatment, monitoring and point-of-use verification.
Read the compressed-air guide →Steam-system planning for food processing
Separate demand calculation, steam quality, pressure, distribution, condensate and process risk.
Read the steam guide →Engineering boundary
Preliminary estimates are not final utility sizing.
Final systems depend on local regulations, climate, elevation, water and fuel quality, utility tariffs, redundancy, pressure loss, heat rejection, sanitation, fire protection, environmental permits and validated food-process requirements.
Before requesting supplier quotations
- Issue one controlled equipment and utility schedule.
- Separate connected, normal, peak and coincident demand.
- State pressure, temperature and quality at each point of use.
- Define production, cleaning, startup and expansion cases.
- Assign design responsibility and acceptance criteria.
Who uses this section?
Planning support across the project team
Factory ownersCompare project scope and expose missing infrastructure before purchase.
Process engineersConvert equipment operation into coordinated load cases and interfaces.
Facility engineersReceive clearer point-of-use requirements for detailed system design.
Equipment buyersAsk suppliers for comparable utility data instead of incomplete nameplate lists.
Online Tools / Factory Utilities
All Factory Utilities supporting guides
Plan power, steam, air, water, cooling, drainage and space. Every guide below links evidence and planning assumptions to the next practical project decision.
Food Factory Cleaning Water and Wastewater Planning
Research-backed planning guidance with assumptions, limits, worked methods and source references.
Food Factory Electrical Load Planning Guide
Research-backed planning guidance with assumptions, limits, worked methods and source references.
Food Factory Floor Space Planning Guide
Research-backed planning guidance with assumptions, limits, worked methods and source references.
Food Factory Layout and Hygienic Zoning Guide
Research-backed planning guidance with assumptions, limits, worked methods and source references.
Food-Grade Compressed Air Planning Guide
Research-backed planning guidance with assumptions, limits, worked methods and source references.
Food Product Cooling and Refrigeration Load Guide
Research-backed planning guidance with assumptions, limits, worked methods and source references.
Steam System Planning for Food Processing Plants
Research-backed planning guidance with assumptions, limits, worked methods and source references.
Utility data contract
Name the load basis before sizing the service
Connected, operating, peak and coincident demand are different values. Final service sizing requires the equipment list, duty profile and local design rules.
Power and energy
Record nameplate or connected kW, estimated operating kW, peak demand, coincidence, voltage, phase, frequency and kWh per defined production period.
Steam, air, and water
Steam needs mass flow, pressure, quality and duty; compressed air needs FAD, pressure and duty cycle; water needs flow or volume, temperature, quality and use period.
Heat rejection basis
Cooling-water or refrigeration demand needs heat load, supply and return temperatures, ambient design point, diversity and operating schedule.
Values from this tool are preliminary planning inputs, not final transformer, boiler, compressor, pipe, chiller or utility-contract sizes. Confirm connected loads and coincident peaks against the approved equipment schedule.