Computational Fluid dynamic (CFD) is a powerful predictive tool used in combustion research. CFD is used for evaluation and optimization of burner and OFA port sizing and location. The numerical modeling provides the detailed boiler performance information that could not be obtained through physical modeling or plant testing. Improper combustion results in either increased level of nitrogen oxide causing air pollution or unburned char particles.
CFD Analysis of CFBC Boiler have lots of complication in flow physics, like like combustions, fluidization ,heat transfer, chemical reactions ,erosion. so Mech-well have massive experience in flow modeling, simulation of CFBC boilers with help of CFD. Major problems CFBC boiler are erosion of Nozzles, erosion of the front & rear water walls, erosion of SH Panels, erosion in Cyclone, high temperature in Cyclone, erosion in second pass of boiler.
Mech-well provides the solution by studying the various aspects of fluidization & combustion such as
Modern cement plants have Calciner to increase the productivity of the plant. Inside Caliciner have a strong endothermic reaction known as the calcination process, and another process is the combustion of pulverized solid fuels.
By CFD analysis pulverized fuel particles injection & trajectories can be optimized because it directly affects the energy consumption.
In Kiln major problem of the erosion of the castables & Flame length propagation & Emissions from the kiln.
Mech-well provides the solution by studying the various aspects of in Kilns & Calciners
Combustion in Tangential Fired boiler
Mewchwell have massive experience in flow modeling, simulation and combustion analysis give the solutions in Tangential coal fired boiler with help of CFD major problem in Sub-critical & super-critical Boilers is that left to right wall have always temperature difference of 40 to 50 deg C.
Mechwell provides the solution by studying the various aspects of Combustion such as