2019
DOI: 10.1007/s40090-019-0182-7
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Application of (polyaniline/zeolite X) composite as anticorrosion coating for energy recovery devices in RO desalination water plants

Abstract: Reverse osmosis desalination water plants have several operational issues such as corrosion in many areas like energy recovery devices that are accustomed to restore energy and scale back prices. Thus, there is a necessity to reduce the corrosion rate of the devices utilized in energy recovery. This study focuses on protection of some metals and alloys that are utilized in this industry by introducing a new anticorrosion coating. The new anticorrosion coating was formulated by the interaction of polyaniline an… Show more

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Cited by 11 publications
(7 citation statements)
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“…In parallel with the use of thermosetting polymeric binders, such as matrices for painting, an effective protective action on zeolite composite coating can also be obtained by using thermoplastic polymers able to interact to zeolite filler, such as polyaniline [71,72], which-being a conductive polymer-can use the electrodeposition technique in addition to the conventional ones with the opportunity to more effectively manage the thickness of the coating to be applied to the metal support [61,73].…”
Section: Zeolite Paintingmentioning
confidence: 99%
“…In parallel with the use of thermosetting polymeric binders, such as matrices for painting, an effective protective action on zeolite composite coating can also be obtained by using thermoplastic polymers able to interact to zeolite filler, such as polyaniline [71,72], which-being a conductive polymer-can use the electrodeposition technique in addition to the conventional ones with the opportunity to more effectively manage the thickness of the coating to be applied to the metal support [61,73].…”
Section: Zeolite Paintingmentioning
confidence: 99%
“…Furthermore, both coated films show discernible peaks corresponding to C and N, confirming the incorporation of PANi and PPy particles onto the PLA film. 30 Finally, sulfur and iron are observed for the polyaniline-coated and polypyrrole-coated films, respectively. This suggests the potential existence of residues from the oxidizing agents used in the reaction.…”
Section: Resultsmentioning
confidence: 98%
“…The ring in the middle of the SEM image represents the K and Cl ions (Figure 5B), which can be attributed to the repulsive electromagnetic force between the ions and the polymer matrix, in addition to the attractive electromagnetic force between K and Cl ions. These ions are active in the polymerization process of PS and PANI to get longer polymer chains 26–28 . Moreover, the C and O atoms have a uniform distribution throughout the polymer film (Figure 5B).…”
Section: Resultsmentioning
confidence: 99%
“…These ions are active in the polymerization process of PS and PANI to get longer polymer chains. [26][27][28] Moreover, the C and O atoms have a uniform distribution throughout the polymer film (Figure 5B). Water contact angle measurements were performed between the water droplet and film surface to investigate the surface wettability of (PS-PANI)/NiNPs nanocomposite films (Figure 8).…”
Section: Chemical Structurementioning
confidence: 97%