在这项潜力研究中,非热大气压等离子体用于消除水污染物。在空气环境区域,等离子体诱导的反应性物种,像OH•一样,O(O2-),H2O2(OH•OH•)和NOx用于将AsIII(H3AsO3)氧化和还原转化为AsV(H2AsO4-)和Fe3O4(Fe3)(C-GIO)转化为Fe2O3(Fe2)。然而,H2O2和NOx被量化为最大值(max.)在水中,即144.24和111.82μM,分别。在没有血浆和含有C-GIO的血浆的情况下,AsIII更被根除,分别为64.01和100.00%。同时,C-GIO(催化剂)协同增强,并通过CR的中性降解得到证明。此外,对ASV在C-GIO上的吸附量qmax和氧化还原吸附产率进行了评估,分别为1.36mg/g和20.80g/kWh,分别。在这项研究中,废料(GIO)被回收利用,已修改,并用于消除水污染,在等离子体与催化剂(C-GIO)的相互作用下,通过控制H和OH而成为有机(CR)和无机(AsIII)毒物。然而,在这项研究中,等离子体不能采用酸性,由C-GIO通过RONS控制。此外,在这项根除性研究中,进行了各种水pH值排列,从中性到酸性和中性和碱的毒物去除。此外,根据世卫组织规范,为了环境安全,砷含量降至0.01毫克/升。动力学和等温线研究之后是单层和多层吸附在C-GIO珠的表面上进行,这是通过限速常数R2≈1的拟合来估计的。此外,C-GIO检查了几个特征比对,比如水晶,表面,功能,元素组成,保留时间,质谱,和元素取向属性。总的来说,建议的混合系统是自然消除污染物的生态友好途径,例如通过废料(GIO)回收的有机和无机化合物,修改,氧化,reduction,吸附,降解,中和现象。
In this potential -
study, the non - thermal atmospheric pressure plasma is utilized for the neutral - eradication of water contaminants. In the air ambient region, plasma induced reactive species, like as OH•, O (O2-), H2O2 (OH•+OH•) & NOx are performed for the oxidative and reductive transformation of AsIII (H3AsO3) to AsV (H2As O4-) & Fe3O4 (Fe3+) (C-GIO) to Fe2O3 (Fe2+). Whereas, the H2O2 & NOx are quantified maximum (max.) in water, which is 144.24 & 111.82 μM, respectively. In the absence of plasma and plasma with C-GIO, the AsIII was more eradicated, which is 64.01 and 100.00%. While, the C - GIO (catalyst) synergistic enhancement was performed and proved by the neutral - degradation of CR. Also, the AsV adsorbed on C-GIO adsorption capacity qmax and redox-adsorption yield were evaluated, which are 1.36 mg/g and 20.80 g/kWh, respectively. In this research, the waste material (GIO) was recycled, modified, and utilized for the neutral - eradication of water contaminates, which are organic (CR) and inorganic (AsIII) toxicants by the controlling of H and OH• under the interaction of plasma with catalyst (C-GIO). However, in this research, plasma can\'t adopt the acidic, which is controlled by the C-GIO via RONS. Moreover, in this eradicative
study, various water pH alignments were performed, from neutral to acidic & neutral & base for toxicants removal. Furthermore, according to WHO norms, the arsenic level was reduced to 0.01 mg/l for environmental safety. The kinetic and isotherm studies were followed by the mono and multi-layer adsorption was performed on the surface of C - GIO beads, which is estimated by the fitting of rate limiting constant R2 ≈ 1. Furthermore, the C-GIO was examined several characterizations alignments, such as crystal, surface, functional, elemental composition, retention time, mass spectrum, and elemental oriented properties. Overall, the suggested hybrid system is an eco-friendly pathway for the natural - eradication of contaminants, such as organic and inorganic compounds via waste material (GIO) recycling, modification, oxidation, reduction, adsorption, degradation, and neutralization phenomenon.