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Description: AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment
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Description: AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment
AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment

AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment

AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment

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Description: AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment
AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment
Abstract
A real-time guidance system of operating parameters in wastewater treatment process using AI-based algorithm (random forest) was developed and evaluated for its predicting power using full-scale data collected offline from a municipal wastewater treatment plant. In the course of model development, the effects of input data volume and random forest parameters on predictions were investigated and these model creation conditions were fixed individually for air flow rate and waste activated sludge withdrawal rate predictions. Using training data of 2 years with limited number of process variables, the system was able to give predictions of these operating parameters with acceptable error (MAPE) of less than 10% on annual average basis. These results demonstrated that the AI-based guidance system was, once trained with past data, able to trace the operating parameters by skilled operators with practical error range.
A real-time guidance system of operating parameters in wastewater treatment process using AI-based algorithm (random forest) was developed and evaluated for its predicting power using full-scale data collected offline from a municipal wastewater treatment plant. In the course of model development, the effects of input data volume and random forest parameters on predictions were investigated and these model creation conditions were fixed individually for air flow rate and waste activated sludge withdrawal rate predictions. Using training data of 2 years with limited number of process variables, the system was able to give predictions of these operating parameters with acceptable error (MAPE) of less than 10% on annual average basis. These results demonstrated that the AI-based guidance system was, once trained with past data, able to trace the operating parameters by skilled operators with practical error range.
SpeakerItokawa, Hiroki
Presentation time
09:30:00
09:50:00
Session time
08:30:00
10:30:00
SessionOptimizing Energy Through Advanced Aeration Control
Session number508
TopicEnergy Production, Conservation, and Management, Facility Operations and Maintenance, Intelligent Water, Municipal Wastewater Treatment Design
TopicEnergy Production, Conservation, and Management, Facility Operations and Maintenance, Intelligent Water, Municipal Wastewater Treatment Design
Author(s)
H. ItokawaH. ItokawaT. HashimotoS. FujiwaraK. HirabayashiM. MatsuhashiR. Watabiki
Author(s)H. Itokawa1; H. Itokawa1; T. Hashimoto1; S. Fujiwara2; K. Hirabayashi2; M. Matsuhashi3; R. Watabiki4;
Author affiliation(s)Japan Sewage Works Agency1; YASKAWA ELECTRIC CORPORATION2; National Institute For Land and Infrastructure Management3; Maezawa Industries, Inc.4
SourceProceedings of the Water Environment Federation
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Oct 2020
DOI10.2175/193864718825157480
Volume / Issue
Content sourceWEFTEC
Copyright2020
Word count11

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Description: AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment
AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment
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Description: AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment
AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment
Abstract
A real-time guidance system of operating parameters in wastewater treatment process using AI-based algorithm (random forest) was developed and evaluated for its predicting power using full-scale data collected offline from a municipal wastewater treatment plant. In the course of model development, the effects of input data volume and random forest parameters on predictions were investigated and these model creation conditions were fixed individually for air flow rate and waste activated sludge withdrawal rate predictions. Using training data of 2 years with limited number of process variables, the system was able to give predictions of these operating parameters with acceptable error (MAPE) of less than 10% on annual average basis. These results demonstrated that the AI-based guidance system was, once trained with past data, able to trace the operating parameters by skilled operators with practical error range.
A real-time guidance system of operating parameters in wastewater treatment process using AI-based algorithm (random forest) was developed and evaluated for its predicting power using full-scale data collected offline from a municipal wastewater treatment plant. In the course of model development, the effects of input data volume and random forest parameters on predictions were investigated and these model creation conditions were fixed individually for air flow rate and waste activated sludge withdrawal rate predictions. Using training data of 2 years with limited number of process variables, the system was able to give predictions of these operating parameters with acceptable error (MAPE) of less than 10% on annual average basis. These results demonstrated that the AI-based guidance system was, once trained with past data, able to trace the operating parameters by skilled operators with practical error range.
SpeakerItokawa, Hiroki
Presentation time
09:30:00
09:50:00
Session time
08:30:00
10:30:00
SessionOptimizing Energy Through Advanced Aeration Control
Session number508
TopicEnergy Production, Conservation, and Management, Facility Operations and Maintenance, Intelligent Water, Municipal Wastewater Treatment Design
TopicEnergy Production, Conservation, and Management, Facility Operations and Maintenance, Intelligent Water, Municipal Wastewater Treatment Design
Author(s)
H. ItokawaH. ItokawaT. HashimotoS. FujiwaraK. HirabayashiM. MatsuhashiR. Watabiki
Author(s)H. Itokawa1; H. Itokawa1; T. Hashimoto1; S. Fujiwara2; K. Hirabayashi2; M. Matsuhashi3; R. Watabiki4;
Author affiliation(s)Japan Sewage Works Agency1; YASKAWA ELECTRIC CORPORATION2; National Institute For Land and Infrastructure Management3; Maezawa Industries, Inc.4
SourceProceedings of the Water Environment Federation
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Oct 2020
DOI10.2175/193864718825157480
Volume / Issue
Content sourceWEFTEC
Copyright2020
Word count11

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H. Itokawa# H. Itokawa# T. Hashimoto# S. Fujiwara# K. Hirabayashi# M. Matsuhashi# R. Watabiki#. AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment. Water Environment Federation, 2020. Web. 4 Jul. 2025. <https://www.accesswater.org?id=-10028409CITANCHOR>.
H. Itokawa# H. Itokawa# T. Hashimoto# S. Fujiwara# K. Hirabayashi# M. Matsuhashi# R. Watabiki#. AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment. Water Environment Federation, 2020. Accessed July 4, 2025. https://www.accesswater.org/?id=-10028409CITANCHOR.
H. Itokawa# H. Itokawa# T. Hashimoto# S. Fujiwara# K. Hirabayashi# M. Matsuhashi# R. Watabiki#
AI-Based Guidance System of Operating Parameters for Municipal Wastewater Treatment
Access Water
Water Environment Federation
October 7, 2020
July 4, 2025
https://www.accesswater.org/?id=-10028409CITANCHOR