SBIR Phase I: Active Stabilization and Control Strategies for Smart Burner Design

科学系统公司计划为商业规模的燃烧室开发一种基于主动模型的控制系统。在电力、航空航天和废物管理等工业部门，需要对燃烧过程进行主动控制，以运行高性能、低排放的燃烧器、燃气发生器、动力涡轮机和垃圾焚烧炉。将发展理论和实验方法来验证燃烧动力学的分析模型。具体来说，Science Systems，Inc.将使用实验和创新的系统识别工具来构建燃烧过程的动态模型，制造和测试喷油器和火焰稳定机构，并使用模糊监督模型预测控制和自适应控制的框架。实验将在麻省理工学院自适应控制实验室的燃烧设施中进行。

Scientific Systems Co. Inc. propose to develop an active model-based control system for commercial scale combustors. Active control of combustion processes is needed to operate high performance, low emission burners, gas generators, power turbines and waste incinerators, in industry sectors such as power, aerospace and waste management. Theoretical and experimental methods will be developed to validate analytical models of combustion dynamics. Specifically, Scientific Systems, Inc. will use experiments and innovative System Identification tools for constructing dynamic models of combustion process, fabricate and test fuel injector and flame stabilization mechanisms and use the framework of fuzzy supervised Model Predictive Control and Adaptive Control. Experiments will be conducted at the combustion facility in the Adaptive Control Laboratory at MIT.