Abstract

Nagima Dzhakipbekova, Saule Sakibayeva, Erzhan Dzhakipbekov, Didar Ahmet, Saparkul Rzabay, Aziza Issa, Aigul Kydyralyeva and Eltay Amantayev

DOI : http://dx.doi.org/10.13005/ojc/3404010

The creation of new polymer reagents from their  synthesis in the laboratory to their industrial production as an ointment is relatively long and expensive process. Therefore, the most promising and justified way is to expand the range of polymer reagents by modifying the already known base samples. We studied  MPAA(HP)- hydrolyzed polacrylamide modified with hydrogen peroxide,, MPAA (MEA) - hydrolyzed polycrylamide modified with monoethanolamine, MPAA (TEA) - hydrolyzed polycrylamide modified with three ethanolamine polymers. A more detailed and in-depth study of them will expand the scope of application of low-toxic, affordable reagents that are of equal efficacy to the already existing ones and their application as an ointment. Polymer MPAA-HP polymacrylamide hydrolyzed NaOH with the addition of the H₂O₂ modifier in the ratio PAA: NaOH: H₂O₂ = 1: 0.4: 0.2 the hydrolysis reaction is carried out for 1.5-2 hours at temperature of 90-95⁰C. MPAA-MEA polymer polymaracrylamide is hydrolysed with alkali with the addition of monoethanolamine modifier in the ratio of PAA: NaOH: MEA = 1: 0.4: 0.1 the hydrolysis reactions is carried out for 1.5-2 hours at temperature of 90-95°C.

Density; Ethanolamine; Monoethanolamine; MPAA (HP) - Hydrolyzed Polacrylamide Modified With Hydrogen Peroxide; MPAA (MEA) - Hydrolyzed Polycrylamide Modified With Monoethanoamine; MPAA (TEA) - Hydrolyzed Polycrylamide Modified With Three Ethanolamine; Polyelectrolyte; Viscosity

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