CAJ | 학술논문

基于原油蒸馏过程的操作条件，分析了在不同处理阶段原油中无机氯化物及有机氯化物的存在形态。参考了文献中有关原油及馏分油中氯化物的浓度数据，在假设水蒸气及氯化物水解相关产物浓度的情况下，对原油蒸馏过程中无机氯化物及有机氯化物的水解反应进行了热力学分析，并判断了无机氯化物及有机氯化物发生水解的可能性，最终得到了原油蒸馏过程中不同加工阶段腐蚀性组分 HCl的主要来源，可为原油蒸馏过程中氯化物转移和转化规律的探索及氯化物危害的防治提供指导。
기우원유증류과정적조작조건，분석료재불동처리계단원유중무궤록화물급유궤록화물적존재형태。삼고료문헌중유관원유급류분유중록화물적농도수거，재가설수증기급록화물수해상관산물농도적정황하，대원유증류과정중무궤록화물급유궤록화물적수해반응진행료열역학분석，병판단료무궤록화물급유궤록화물발생수해적가능성，최종득도료원유증류과정중불동가공계단부식성조분 HCl적주요래원，가위원유증류과정중록화물전이화전화규률적탐색급록화물위해적방치제공지도。
T he existing forms of inorganic and organic chlorides in crude oil during the different stages of crude oil distillation process were investigated based on the operation conditions of crude oil distillation process . Referred to the chlorides concentration data in relative crude oil and distillates , the thermodynamic analysis on hydrolysis of inorganic and organic chlorides in the distillation process of crude oil were completed . On the specified concentration of steam and products of chloride hydrolysis , the hydrolytic possibility of inorganic and organic chlorides in crude oil was estimated . Furthermore , the origin of the corrosive components‐‐‐HCl in the distillation process of crude oil was revealed ,which could provide guidance to the study of transfer and conversion of chlorides and the prevention hazard from HCl in crude oil distillation process .