Define the design cases
Identify normal, minimum, maximum, startup and peak-demand conditions that matter.
Industrial Thermal Design
Convert process requirements and operating data into traceable heat balances, equipment duties and practical thermal-system decisions.
Applications
Thermal questions this service can address
System-level calculations are built around defined operating cases, energy flows and the decision the project needs to make.
- Heat and mass balances for industrial processes
- Steam generation, consumption and peak-demand profiles
- Steam accumulator preliminary sizing and cycle checks
- Boiler duty, load variation and capacity review
- Condensate return, flash steam and blowdown opportunities
- Process-heating and thermal-fluid system checks
- Waste-heat recovery and energy-efficiency screening
- Startup, normal, turndown and peak operating cases
Project workflow
From process requirement to design basis
Every calculated duty is tied to stated inputs, property methods, assumptions and an operating case.
Collect process data
Review flows, pressures, temperatures, compositions, schedules and available measurements.
Build the balance
Calculate mass flow, heat duty, steam demand, losses and recoverable energy.
Size or check capacity
Compare required duty with equipment, storage, utility and control-system capability.
Test sensitivities
Check uncertain inputs, turndown, fouling, ambient conditions and demand variation.
Document the basis
Deliver calculation results, assumptions, margins, limitations and recommended actions.
What you receive
Typical deliverables
- Design basis and operating-case matrix
- Heat and mass balance calculations
- Steam-demand or process-duty profile
- Preliminary equipment or storage sizing
- Capacity, margin and sensitivity checks
- Energy-flow diagrams and result tables
- Engineering report with recommendations
What is needed
Typical project inputs
- Process flow diagram and equipment arrangement
- Flow, pressure and temperature data
- Fluid composition or relevant properties
- Operating schedule and load profile
- Boiler, heater or utility performance data
- Condensate, makeup-water and blowdown information
- Design constraints and required margins
Tools and technical resources
Steam-system design support already available
Use the calculator for preliminary screening, then follow the engineering guides to understand the assumptions and sizing workflow.
Steam Accumulator Calculator
Estimate stored steam, discharge duration, charging rate, water inventory and pressure-cycle behavior.
Open the calculator →How to Size an Accumulator
Work from peak demand and operating pressures to required storage and preliminary vessel volume.
Read the sizing guide →Steam Accumulator Fundamentals
Understand charging, discharging, controls and where storage can improve boiler-load stability.
Read the introduction →Scope boundary
System design before detailed equipment design
Thermal Design establishes the process duty, utility demand, operating cases and system capacity. Detailed exchanger geometry, mechanical design, pressure-vessel compliance and fabrication drawings require their own defined scope.
Important: Online calculators provide preliminary engineering estimates. Final design must use verified project data, applicable codes, equipment-vendor information and independent safety review.
Related services
Use Combustion Optimization when boiler performance is driven by fuel, emissions or air distribution. A future Heat Exchanger Design service will address detailed thermal rating and equipment-specific selection.
Project enquiry
Need a heat balance or steam-system check?
Share the process conditions, equipment data, load profile and decision your team needs to make. CADBoostPro can review the information and propose an appropriate calculation scope.
Discuss your thermal project →A useful starting point
Provide one normal operating case and the most demanding peak case, including measured flow, pressure and temperature data where available.