The Influence of Oil Recovery on Rheology of Waxy Crude Oil Processed by Nano-Based Pour Point Depressant
Xin Zhang
Abstract
Xin Zhang
Abstract
The influence of oil recovery on theology of waxy crude oil processed by nano-based pour point depressant was studied.The results show that nano-based pour point depressant for highly waxy crude oil is effective in reducing solidification point and viscosity.The depressant was heated to 65 ℃,solidification point reduced to 17.5 ℃;The flow behavior under low temperature was better than oil temperature rise less.the oil temperature rise to 35 ℃,then reduced to 30 ℃,the solidification point is 24 ℃ under test.The solidification point of chemical modified crude oil retain steady under repeat heat by 5 times,the stability is good and can support the transportation of highly waxy crude oil safely and economically.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The influence of oil recovery on theology of waxy crude oil processed by nano-based pour point depressant was studied.The results show that nano-based pour point depressant for highly waxy crude oil is effective in reducing solidification point and viscosity.The depressant was heated to 65 ℃,solidification point reduced to 17.5 ℃;The flow behavior under low temperature was better than oil temperature rise less.the oil temperature rise to 35 ℃,then reduced to 30 ℃,the solidification point is 24 ℃ under test.The solidification point of chemical modified crude oil retain steady under repeat heat by 5 times,the stability is good and can support the transportation of highly waxy crude oil safely and economically.
Key concepts: Depressant, Pour point, Crude oil, Viscosity, Rheology, Chemistry, Materials science, Chemical engineering