The purpose of this study is the synthesis and study of modified sulfur concrete for use in industrial construction. To achieve this goal, sulfur concrete based on gossypol resin and pyrolysis distillate was modified and studied. The strength properties of sulfur-based concrete obtained from sulfur modified with gossypol resin and pyrolysis distillate were investigated. For the addition to sulfur concrete, industrial waste was used as a finely dispersed filler - fly ash from the Angren TPP and phosphogypsum generated at Ammophos-Maxam JSC. It was found that the best strength results correspond to sulfur-based concrete modified with gossypol resin using an additive in the form of phosphogypsum. The prototype characterized by low water absorption, high frost resistance in an aggressive environment (3% NaCl solution).
KHAYITOVA, Zhavkhar; BEKNAZAROV, Khasan; TURAEV, Hayit; and JALILOV, Abdulakhat
"INFLUENCE OF SULFUR MODIFICATION ON THE PROPERTIES OF SULFUR CONCRETE,"
CHEMISTRY AND CHEMICAL ENGINEERING: Vol. 2021
, Article 4.
Available at: https://uzjournals.edu.uz/cce/vol2021/iss3/4