rotary kiln intelligent control

Acontrolstructure that combines both feedforward (FF)controlmodels and high-level feedback (FB)controllers, strengthened with certain capabilities for adaptation and constraint handling, was developed and tested in a demandingrotary kiln controlapplication.

Juuso E., Järvensivu M., Ahava O. (2001)IntelligentSupervisoryControlof an IndustrialRotary Kiln. In: Leiviskä K. (eds) Industrial Applications of Soft Computing. Studies …

Rotary kiln processis a strongly coupled multivariable nonlinear system with large lag. It has complexcontroltarget with less manipulate variables thancontrolledvariables, and the boundary...

Based on the analysis of the major factors affecting the temperature field in above zone, anintelligent controlsystem forcoke calcinationinrotary kilnis presented to stabilize the temperature field and maximizecoke calcination rotary kiln performanceby expert hybrid reasoning method combining case-based reasoning with rule-based reasoning in this paper.

Rotary kilnis important equipment in heavy industries and itscalcination processis the key impact to the product quality. Due to the difficulty in obtaining the accurate algebraic model of thecalcination process, anintelligent modelingmethod based on ANFIS and clustering algorithms is studied.

Rotary kilnsuse an inclined cylinder as thecombustion chamber, whichrotatesslowly to accomplish mixing of the materials and to attempt to expose all

Recently, as awareness ofintelligentsystems has grown, industrial problems and implementations have fortunately received increasing attention. In this paper, anintelligentsupervisory-level system implemented at one of the major Finnish pulp mills tocontrola limekilnfired with producer gas generated from biomass is presented.

Design and Application ofIntelligent ControlSystem of aRotary KilnProcess for Alumina Production {J}. Journal of East China University of Science and Technology (Natural Science Edition). 2006, 32(7): 745-749. Google Scholar; Batzias F.A.RotaryCementKiln Controlfor …

Juuso E., Järvensivu M., Ahava O. (2001)Intelligent Supervisory Control of an Industrial Rotary Kiln. In: Leiviskä K. (eds) Industrial Applications of Soft Computing. Studies …

Request PDF |Research on intelligent control methods of ironorerotary kilnpellets sintering process | The iron orerotary kilnpellets sintering production system is a typical complex ...

Based on the analysis of the major factors affecting the temperature field in above zone, anintelligent controlsystem for coke calcination inrotary kilnis presented to stabilize the temperature field and maximize coke calcinationrotary kilnperformance by expert hybrid reasoning method combining case-based reasoning with rule-based ...

The purpose of this paper is to outline a structure for a fuzzy logic controller designed for practicalrotary cement kilnsbased on the real behavior of a cementkiln. Initially, a summary of the cement production process is discussed. Then, the issues and variables to be defined and controlled in arotary kiln…

Temperaturecontrolrequires a lot ofcontrolregulator. It has wide applications in cement, metallurgy and other industrial fields. The key equipment in metallurgy , cement, refractory materials production isRotary kiln, of which temperature is one of the important parameters of processcontrol.Thekilnof calcination temperature inrotary kilnis an important factor affecting the quality ...

Thecontrolobjectives of arotary kilnare to minimize the fuel consumption for heating, to maximize the clinker production and to increase the cement quality [6]. These objective exhibit ...

RotaryLimeKiln ControlPanel To properly record, interpret andcontrolthekilnperformance, there should be available to the operator a record of the exhaust gas temperature, the burning zone temperature, the rate of fuel flow, and the draft at the feed end of thekilnas well as at the firing hood.

Intelligent Controlis offering new possibilities for improvements in efficiency and productivity in process automation. Of the process industries which are energy intensive, the cement industry has much to gain in applying this new technology .

Kilnplants with two and three stationrotary kilnsfrom KHD Humboldt Wedag are top of the line. One reason: highly efficient precalcining systems, which were developed by KHD Humboldt Wedag, revolutionizing the clinkering process.Rotary kilnsno longer have to function as calciners which mean that they can be substantially smaller in size.

Mostrotary kilnsare still under manualcontrolsuch that the burning status cannot be maintained stable, the product quality is hard to be kept consistent and energy consumption remains at high level. To deal with this problem, this paper presents a pattern-based hybridintelligent controlstrategy.

Rotary kilnsdo not function as a standalone unit: they are accompanied by several pieces of equipment that form a complete thermal processing system. The typical support equipment that makes up a completekilnsystem is outlined below. In addition to our customrotary kilns, FEECO can provide the listed equipment as part of a complete system.