CAJ | 학술논문

以辽河油田锦45区块22-023号井稠油和矿化水为实验原料，采用等效黏度的方法，制备了与现场性质相近的稠油水乳状液。研究了分散相微观形态对稠油水乳状液流变性的影响。结果表明，在分散相浓度较低时，乳状液流变性符合Bingham模型，而在高浓度时流变性符合Power law模型，分散相浓度一定时，微观粒径越小，乳状液的表观黏度越大，非牛顿流体性质越强，剪切稀释特性越明显。
이료하유전금45구괴22-023호정주유화광화수위실험원료，채용등효점도적방법，제비료여현장성질상근적주유수유상액。연구료분산상미관형태대주유수유상액류변성적영향。결과표명，재분산상농도교저시，유상액류변성부합Bingham모형，이재고농도시류변성부합Power law모형，분산상농도일정시，미관립경월소，유상액적표관점도월대，비우돈류체성질월강，전절희석특성월명현。
Heavy oil and mineral water from 22-023 oil wells in Jin 45 of Liaohe oilfield were used as experimental materials. Through the equivalent viscosity methods,emulsion with similar properities to gathering site was prepared.The influence of droplet morphology on rheology of heavy crude oil emulsion was researched.The results showed that the rheology met Bingham model when the concentration of disperse phase was low,rather,the rheology met Power law model.The smaller of the dispersed micro particles,the greater of the apparent viscosity,the more significant of the non-Newtonian fluid properties and the more obvious of the shear thinning characteristics were.