How do I use the Indirect Rotary Kiln Thermal Energy & Residence Solver?

Enter your specific project or financial parameters into the input fields above. The engine recalculates outputs dynamically in real time and updates visual charts and summary metrics.

Can I export and share these results?

Yes, you can generate shareable state links, export clean CSV spreadsheets, or print high-resolution executive reports with a single click.

Is this calculator free to use?

Yes, all calculation engines on ToolsVault are 100% free with no account registration or paywall required.

🔬 Industrial Thermal Desorption Thermodynamics & Condenser Physics

Indirect Rotary Kiln Energy & Oil Recovery Solver

Size high-throughput indirect-fired thermal desorption units (TDU): continuous kiln feed rate ($12\text{ tons/hr}$), sensible & latent vaporization heat ($\text{MMBTU/hr}$), oil condenser recovery yields ($98.5\%$), and post-treatment clean soil $\text{TPH} < 250\text{ ppm}$.

⚙️ Rotary Kiln Dimensions & Feed Parameters

Continuous Kiln Feed Rate (Tons / Hr Continuous Feed)

tons/hr

Feed Solids Moisture (% Water by Weight)

Feed Oil Hydrocarbon Cut (% Base Oil by Weight)

Kiln Operating Temperature (Drum Temperature °F)

°F

Rotary Kiln Drum Length (Feet Total Length)

📊 Kiln Thermodynamics & Recovery Pro-Forma

Thermal Burner Energy Demand

14.15 MMBTU/hr Thermal Burner Load

Synthetic Base Oil Recovery Rate

11.0 Barrels Oil Recovered / Hour (7.7 GPM)

Kiln Solids Residence Time

24.5 Minutes Residence Time in 45 ft Drum

Treated Clean Soil Residual TPH

250 ppm Residual TPH (< 0.05% Wt)

Indirect Heating Inert Safety	Zero oxygen flame contact eliminates hydrocarbon combustion hazard in drum
Condenser Two-Phase Separation	Chilled multi-stage tubular condensers separate clean synthetic oil from condensed water
Clean Soil Beneficial Reuse Standard	Meets EPA RCRA and State DEQ Category 1 unrestricted soil reuse guidelines