October 15, 2025MASALIQOpen Access

Optimasi Viscosity Reducer dalam Mitigasi Minyak Mentah yang Mengental dari Sumur X

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This analysis demonstrates effective viscosity reduction in crude oil during transportation, suggesting it enhances operational efficiency.

Reducing viscosity from 604 cP to 313 cP was achieved with a 2000 ppm dose of chemical viscosity reducer, enhancing flow rates.
The viscosity reducer effectively dissolved wax and inhibited paraffin crystallization, indicating its role in improving crude oil transport.
Testing involved varying doses of viscosity reducer, demonstrating its positive impact on managing operational challenges in low-temperature conditions.
This study highlights the importance of chemical additives in mitigating the challenges associated with crude oil viscosity during transport.

Yona et al. (2025) studied this question.

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October 15, 2025MASALIQOpen Access

View Full Paper

Ask AI

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Authors

This analysis demonstrates effective viscosity reduction in crude oil during transportation, suggesting it enhances operational efficiency.

Reducing viscosity from 604 cP to 313 cP was achieved with a 2000 ppm dose of chemical viscosity reducer, enhancing flow rates.
The viscosity reducer effectively dissolved wax and inhibited paraffin crystallization, indicating its role in improving crude oil transport.
Testing involved varying doses of viscosity reducer, demonstrating its positive impact on managing operational challenges in low-temperature conditions.
This study highlights the importance of chemical additives in mitigating the challenges associated with crude oil viscosity during transport.

Yona et al. (2025) studied this question.

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