Contribuição à modelagem, simulação, implantação e controle inteligente de sistemas de combustão

Abstract

The energy from combustion process performs na important role on World energy cenary and should be like that for a long time. The ambiental impact due to burn emissions joined to the rising fuel cost, justify new thechnological improvments on projects to control those process increasing energy efficience and emissions reducing. The proposal of this project is to reserch instrumentation technics, actuation and control in pulse and conventional combustion opperation process, applied to prototypes and industrial plants. The use of low cost instrumenatation and actuators on pulse furnace showed to br feasible since the design considerated high integration between fluid dynamics, sensors and actuators. On the traditional combustion issue, yhe use of neural net glue us a significant reduction on digital processing time at fuel burn chemical simulation giving a very good tool to control emissions and energetic efficiency.