Deposition of wax is considered one of the most significant culprits in transporting petroleum
crude oils, particularly at low temperatures. When lowering pressure and temperature during …

Accurate prediction of alkane phase transitions involving solids is needed to prevent
catastrophic pipeline blockages, improve lubrication formulations, smart insulation, and …

It has been proved that colloidal asphaltene and polymer pour point depressants (PPD)
synergistically and dramatically modify the rheology of model waxy oil. In the crude oil …

Flow assurance challenges associated with waxy crude oil precipitation at low ambient
conditions are significant concerns for oil industries during production, transportation, and …

Anthropogenic magnetite (AM) nanoparticles have been identified in the human brain and
circulatory system, potentially linked to neurodegenerative and cardiovascular diseases …

It has been well documented that the synergistic effect of polymer pour point depressant
(PPD) and asphaltenes improves the low-temperature rheology of waxy oil. However, the …

Under the condition of low temperature and high pressure, natural gas will form solid gas
hydrates in oil and gas wellbore and pipeline, resulting in blockage, pressure increase …

Wax deposition in constant‐temperature transportation of waxy oil with high pour points
poses a significant challenge for the oil industry. The demand for efficient methods to solve …

Currently, most explored oil fields in Russia are at a late stage of development, and in order
to maintain high levels of oil production, it is rational to put into operation fields with hard-to …

High molecular weight paraffin/wax precipitates in the solution of crude oil when the
surrounding temperature falls below the wax appearance temperature, which causes the …