Preparation, characterization and scale performance of scale inhibitor copolymer modification with chitosan

Dynamic synergistic scale inhibition performance of IA/SAS/SHP copolymer with magnetic field and electrostatic field

“…Shuhai Guo et al [11] investigated an organic phosphate compound inhibitor (ratio of PBTCA, HEDP and ATMP, 2:2:1) during the reuse of oilfield produced-water and achieved a higher scale inhibition efficiency than any of the inhibitors individually. Under the pressure of worsening global ecological and environmental crises [12,13], developing environmentally friendly scale and corrosion inhibitor has become a focus in water treatment agent, which will gradually replace the phosphorous water treatment agents [14][15][16][17]. In recent years, copolymer scale inhibitors [18] have attracted intensive interest because of their multi-functional groups [19][20][21] and show the excellent inhibition properties for different types of scale.…”

Synthesis and characterization of maleic acid and sodium methallyl disulfonate new copolymer: application as a barium sulfate scale inhibitor

“…The scale inhibition rate increases with increase in inhibitor dosage, when the dosage reaches to critical value (30 ppm or 30 mg/L), the inhibition rate is 98%. After the increase in inhibitor dosage, the scale inhibition rate does not increase significantly: Hence, 30 mg/L is the threshold value of copolymer (Guo et al 2012).…”

Recently developed applications for natural hydrophilic polymers

“…These groups have the ability to donate electrons to the partially occupied orbitals of Fe [214], yielding anticorrosion properties. The proposed adsorption behavior of β-cyclodextrin-chitosan can be seen in Figure 2 a n u s c r i p t parameters for enhanced scale inhibition properties [215,216]. The best performance was a 95.6% enhanced inhibition efficiency compared to the control inhibitor.…”