石油化工高等学校学报
石油化工高等學校學報
석유화공고등학교학보
JOURNAL OF PETROCHEMICAL UNIVERSITIES
2014年
6期
88-92
,共5页
三相流%环状集输管网%能量利用%总能耗%优化
三相流%環狀集輸管網%能量利用%總能耗%優化
삼상류%배상집수관망%능량이용%총능모%우화
Three-phase flow%Circular gathering pipeline network%Energy utilization%Total energy consumption%Optimization
三相流环状集输管网能量利用优化研究是通过环状集输管网的物理模型、管内油气水三相流之间的温降模型，建立了以最小能耗为目标函数的数学模型，分析出了掺水量、温度、压力与总能量消耗之间的变化关系，找到了影响总能耗的主要因素、次要因素及最小因素分别为掺水温度、掺水流量、压力，并得到管道总能耗的最优方案。在生产实际过程中尽量降低掺水温度以使总能量消耗最少。
三相流環狀集輸管網能量利用優化研究是通過環狀集輸管網的物理模型、管內油氣水三相流之間的溫降模型，建立瞭以最小能耗為目標函數的數學模型，分析齣瞭摻水量、溫度、壓力與總能量消耗之間的變化關繫，找到瞭影響總能耗的主要因素、次要因素及最小因素分彆為摻水溫度、摻水流量、壓力，併得到管道總能耗的最優方案。在生產實際過程中儘量降低摻水溫度以使總能量消耗最少。
삼상류배상집수관망능량이용우화연구시통과배상집수관망적물리모형、관내유기수삼상류지간적온강모형，건립료이최소능모위목표함수적수학모형，분석출료참수량、온도、압력여총능량소모지간적변화관계，조도료영향총능모적주요인소、차요인소급최소인소분별위참수온도、참수류량、압력，병득도관도총능모적최우방안。재생산실제과정중진량강저참수온도이사총능량소모최소。
Optimization study on energy utilization of three-phase flow in circular gathering pipeline network establish physical model of circular gathering pipeline network and temperature drop model of three-phase flow in tube,built with a minimum energy consumption as objective function of the mathematical model,and analysis the relationship between the changes of water content,temperature and pressure and total energy consumption,finally find out the main factors affect the total energy consumption,secondary factors and the minimum factors were temperature,flow rate,pressure,and get the optimal scheme and pipeline total energy consumption.In the actual production process to reduce temperature so that the total energy consumption minimum.
