Model your entire cement production line — from raw meal preparation through the rotary kiln to clinker cooling and finish grinding. Understand energy flows, material balances, and particle size distributions at every stage.
Try it Free →Cement production is energy-intensive and tightly coupled. Small changes cascade through the entire process.
Rotary kilns consume massive amounts of thermal energy. Understanding heat transfer and combustion efficiency is critical for cost reduction.
Cement quality depends heavily on the particle size distribution after grinding. Predicting and controlling PSD across mill circuits is essential.
Preheater, kiln, and cooler are thermally linked. Adjusting one unit affects everything downstream. Simulation helps predict these interactions.
Build your cement flowsheet step by step and analyze every stage.
Set up inlet streams with composition, temperature, pressure, and particle size distribution. Use kyuu's material database for common cement raw materials like limestone, clay, and gypsum.
Connect preheater stages, the rotary kiln, and clinker cooler in a visual flowsheet. Configure heat transfer parameters, residence times, and combustion conditions.
Model ball mills, vertical roller mills, and air classifiers. Analyze how breakage functions and separation efficiency affect your final product's particle size distribution.
Run simulations and inspect mass balances, energy flows, and PSD at every point. Use process analysis to identify bottlenecks and test "what if" scenarios without touching the real plant.
Start with the free tier — no credit card, no installation.
Get Started Free →