Why has CINAR created MI-CFD?

CINAR was seeking to meet the needs of the industry that did not have a model capable of simulating both fluid motion and there actions (combustion, calcinations and clinkerisation). For this reason MI-CFD was created, a software designed to simulate these reactions allowing to compute combustion and to meet the co-processing needs of the industry. In MI-CFD, it is possible to understand how heat istransferred and its influence on clinker phase formation, besides monitoring calcinations and combustion, inside of the equipment.

Advantages of using MI-CFD technology

A CINAR ao desenvolver o MI-CFD encapsulou a sua extensa experiência em processamento de minerais, entendendo de maneira profunda os seus elementos para criar modelos matemáticos eficazes para simulação de processos envolvendo combustão. Esta tecnologia permite:

Developing MI-CFD, CINAR has encapsulated its extensive experience in mineral processing, deeply understanding its elements to create effective mathematical models for simulating industrial processes involving combustions. This technology enables companies to:

Improve flame stability in kilns

Optimize processes

Reduce pollutant emissions

Increase combustion efficiency

Evaluate alternative fuels

Simulate accurately

Why should you use this technology?



MI-CFD allows “3-D virtual tours” inside equipment, revealing both performance and limitations.



The MI-CFD software is unique in simulating the combustion of multiple fuels, with several sizes and shapes, coupled with the mineral interactions (calcination, clinker formation and sintering) and the emissions formation.



Reduce the trial-and-error approach, and its costs, and ensure that only high-ROI modifications are implemented.

CINAR Brasil provides customized solutions related to industrial combustion.

Technologies only available in MI-CFD

Combustion, Calcinatio nand Clinkerisation

The only simulation software capable of coupling combustion, calcinations and clinkerisation.

It simulates multiple fuels.

It calculates the thermal radiation accurately.

It calculates NOx, SNCR/SCR and “reburn”.

It models the SO2/SO3 cycle.

Several fuels modeling.

MI-CFD has an extensive database and validated physical-chemicalmodels, enabling more accurate simulations.