1988Chemeca 88: Australia's Bicentennial International Conference for the Process Industries; Preprints of PapersRequires access

Effect of PH in Aqueous Systems on Efficiency of Antiscalant Polyacrylic Acid

Ruixuan Yan, Yuchang Yang

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Abstract

Polyacrylic acid is widely used as an antiscalant-dispersant in formulations developed to inhibit the corrosion and scaling of metal surfaces. Its effectiveness is very dependent on the pH of the system. The present study is therefore concerned with elucidating the effect of pH on polyacrylic acid solutions both in terms of the structure of the acid in solution and its efficiency as an antiscalant.

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What this paper is about

Polyacrylic acid is widely used as an antiscalant-dispersant in formulations developed to inhibit the corrosion and scaling of metal surfaces. Its effectiveness is very dependent on the pH of the system. The present study is therefore concerned with elucidating the effect of pH on polyacrylic acid solutions both in terms of the structure of the acid in solution and its efficiency as an antiscalant.

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Available abstract

Polyacrylic acid is widely used as an antiscalant-dispersant in formulations developed to inhibit the corrosion and scaling of metal surfaces. Its effectiveness is very dependent on the pH of the system. The present study is therefore concerned with elucidating the effect of pH on polyacrylic acid solutions both in terms of the structure of the acid in solution and its efficiency as an antiscalant.

Key concepts: Polyacrylic acid, Aqueous solution, Chemistry, Dispersant, Polymer, Organic chemistry, Dispersion (optics), Physics

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