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4 FAQs about Intelligent price reduction of inverter cabinets for wastewater treatment plants

How can PI controllers improve effluent quality?

In Tejaswini et al. (2021), genetic algorithm was used to determine the optimal parameters of PI controllers to improve the effluent quality of WWTPs at a minimum operational cost. Husin et al. (2019) used a neural network to improve the effluent quality of a WWTP in an ammonia-based aeration control scheme.

How are water and wastewater treatment facilities using AI?

See how water and wastewater treatment facilities are using AI software like Jacobs' Intelligent O&M to leverage predictive operations. Water and wastewater treatment are energy-intensive, requiring tens or sometimes hundreds of thousands of kWh of electricity every day, leading to high operational costs.

How can intelligent controllers improve effluent quality?

This enables intelligent controllers to improve both effluent quality and reduce the overall cost of energy needed to remove pollution from raw wastewater. The training and testing times of both the ANFIS-GA and the ANFIS-PSO intelligent controllers are 1 h 40 min and 3 h 18 min, respectively.

Can artificial intelligence improve wastewater treatment?

Water Sci Technol (2024) 90 (3): 731–757. Artificial intelligence (AI) is increasingly being applied to wastewater treatment to enhance efficiency, improve processes, and optimize resource utilization.

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