인공신경망 및 물질수지 모델을 활용한 하수처리 프로세스 시뮬레이터 구축

Development of Wastewater Treatment Process Simulators Based on Artificial Neural Network and Mass Balance Models

초록

Developing two process models to simulate wastewater treatment process is needed to draw a comparison between measured BOD data and estimated process model data: a mathematical model based on the process mass-balance and an ANN (artificial neural network) model. Those two types of simulator can fit well in terms of effluent BOD data, which models are formulated based on the distinctive five parameters: influent flow rate, effluent flow rate, influent BOD concentration, biomass concentration, and returned sludge percentage. The structuralized mass-balance model and ANN modeI with seasonal periods can estimate data set more precisely, and changing optimization algorithm for the penalty could be a useful option to tune up the process behavior estimations. An complex model such as ANN model coupled with mass-balance equation will be required to simulate process dynamics more accurately.

키워드

Artificial Neural Network (ANN); Genetic Algorithm (GA); Mass Balance; Simulator; WastewaterTreatment Process; 인공신경망; 유전자 알고리즘; 물질수지; 시뮬레이터; 하수처리 프로세스
제목
인공신경망 및 물질수지 모델을 활용한 하수처리 프로세스 시뮬레이터 구축
제목 (타언어)
Development of Wastewater Treatment Process Simulators Based on Artificial Neural Network and Mass Balance Models
저자
김정률; 이재현; 오재일
DOI
10.11001/jksww.2015.29.3.427
발행일
2015-06
저널명
상하수도학회지
권
29
호
3
페이지
427 ~ 436