Incineration- Energy, Simulation
TEIDE REFRACTORY SOLUTIONS SIMULATES COMBUSTION IN A CREMATION FURNACE
The technical department and simulation departments of TEIDE REFRACTORY SOLUTIONS are firmly committed to using finite element solftware in thermal fluid-dynamic calculations of cremation furnaces
Calculation example. What contaminant temperatures, paths and concentrations exist in a cremation furnace?
The following illustrations, obtained by numerical simulation, allow you to know the distribution of temperatures inside a cremation furnace.
Distribution of temperatures inside a cremation furnace.
Distribution of NOx and paths inside a cremation furnace.
TEIDE REFRACTORY SOLUTIONS offers its customers its finite element calculation tools, allowing them to perform a complete analysis of their cremation furnaces and design the best refractory solutions for these furnaces.
- Don’t hesitate to contact our sales staff if you need advice on thermal calculation with finite elements using HEATEIDE®, CFDTEIDE® and COTEIDE®.
![distribution,of,temperatures,inside,a,cremation,furnace](https://www.teiderefractories.com/uploads/187dbfafd68bfae62150cf71422d5695.png)
![distribution,of,nox,and,paths,inside,a,cremation,furnace](https://www.teiderefractories.com/uploads/697acfb2a33ea182af7e8becbe3332e1.png)