This paper studies the control of a pH neutralization process by using a fuzzy controller. As
the process to be controlled is highly nonlinear the PI-type fuzzy controller used generally is …

This paper studies the control of pH neutralization processes using fuzzy controllers. As the
process to be controlled is highly nonlinear the usual PI-type fuzzy controller is not able to …

The control of a pH neutralisation plant is known to present challenges due to the highly
nonlinear dynamic characteristics of the process. This paper describes the design …

The pH process is difficult to control due to the nonlinearities and uncertainties and therefore
the use of the conventional PI controller cannot be the adequate method. Thus, the fuzzy …

In this paper, fuzzy logic control of a pH neutralization process is attempted. The pH
neutralization process is a classic example of a highly nonlinear system. For nonlinear …

In recent years the industrial application of advanced control techniques for the process
industries has become more demanding, mainly due to the increasing complexity of the …

In this paper, an adaptive control scheme, based on fuzzy logic systems, for pH control is
addressed. For implementation of the proposed scheme no composition measurement is …

A specific fuzzy controller is developed for the regulation of a pH neutralization process. This
fuzzy controller is primarily that of the fuzzy PD control structure but simultaneously …

The demand for application of advanced control strategies for process industries is
increasing rapidly due to complex nature of industrial processes. The demand also …

pH control is important to semiconductor manufacturing, with some common applications
including etching, acid treating, and wastewater neutralization. In particular, pH …