A multilayered control design approach is proposed here. Starting with the Dissolved Oxygen (DO) control loop in the last aerated tank, the control of the recirculation sludge is added next. Once the limitations of this two-loop control strategy are highlighted, a cascade control loop is proposed. This cascade control is further enhanced by a feed-forward control action that makes use of influent ammonia concentration. The resulting cascade+feedforward control configuration achieves satisfactory nitrogen removal for the three influent op-erating conditions (dry, rain and storm)
Nitrogen removal from wastewater is increasingly important to protect natural water sources and has ...
Aeration control is a way to have a wastewater treatment plant (WWTP) that uses less energy and pro...
This work presents a new control system for the nitritation of high-strength ammonium wastewater as ...
A multilayered control design approach is proposed here. Starting with the Dissolved Oxygen (DO) con...
In this paper, a feedforward-cascade controller for dissolved oxygen concentration in an activated s...
In this paper, a feedforward-cascade controller for dissolved oxygen concentration in an activated s...
More stringent requirements on nitrogen removal from wastewater are the motivation for this thesis. ...
The activated sludge process is the most widely used process for the biological treatment of domesti...
In this paper an approach to obtain a control strategy for optimal N-removal in alternatingly aerate...
Aeration control is a way to have a wastewater treatment plant (WWTP) that uses less energy and prod...
This article describes the systematic design of a control structure for a biological wastewater trea...
Aquatic nitrogen pollution is one of the most urgent environmental issues requiring prevention and ...
A novel feedforward–feedback control strategy was developed for complete autotrophic nitrogen remova...
Abstract—Biological nitrogen removal in activated sludge processes is conventionally obtained by a s...
The Oxley Creek wastewater treatment plant is a conventional 185,000 EP BOD removal activated sludge...
Nitrogen removal from wastewater is increasingly important to protect natural water sources and has ...
Aeration control is a way to have a wastewater treatment plant (WWTP) that uses less energy and pro...
This work presents a new control system for the nitritation of high-strength ammonium wastewater as ...
A multilayered control design approach is proposed here. Starting with the Dissolved Oxygen (DO) con...
In this paper, a feedforward-cascade controller for dissolved oxygen concentration in an activated s...
In this paper, a feedforward-cascade controller for dissolved oxygen concentration in an activated s...
More stringent requirements on nitrogen removal from wastewater are the motivation for this thesis. ...
The activated sludge process is the most widely used process for the biological treatment of domesti...
In this paper an approach to obtain a control strategy for optimal N-removal in alternatingly aerate...
Aeration control is a way to have a wastewater treatment plant (WWTP) that uses less energy and prod...
This article describes the systematic design of a control structure for a biological wastewater trea...
Aquatic nitrogen pollution is one of the most urgent environmental issues requiring prevention and ...
A novel feedforward–feedback control strategy was developed for complete autotrophic nitrogen remova...
Abstract—Biological nitrogen removal in activated sludge processes is conventionally obtained by a s...
The Oxley Creek wastewater treatment plant is a conventional 185,000 EP BOD removal activated sludge...
Nitrogen removal from wastewater is increasingly important to protect natural water sources and has ...
Aeration control is a way to have a wastewater treatment plant (WWTP) that uses less energy and pro...
This work presents a new control system for the nitritation of high-strength ammonium wastewater as ...