Solid deposition during production, transport, and storage of crude oils leads to significant
technical problems and economic losses for the oil and gas industry. The thermodynamic …

This paper summarizes the experimental work done on the wax deposition in a waxy crude
oil, considering the impact of the dispersion degree of asphaltene. Asphaltene from …

The precipitation/deposition of waxes poses a major problem for the production and
transport of petroleum. Understanding the factors that affect this problem is very important to …

With the growing global consumption of crude oils rich in wax and asphaltene content,
comprehending the intricate interactions between wax and asphaltenes in oil is vital for …

This study is specifically concerned with the effect and mechanism of asphaltenes and wax
inhibitors on the wax deposition characteristics of model waxy oil. According to the …

Among the asphaltene flow assurance issues, the most major concern because of
asphaltene is its potential to deposit in reservoir, well tubing, flow lines, separators, and …

The study of the asphaltene deposition mechanism is critical to understand and solve
important problems in the petroleum industry. The same is valid for the selection of inhibitors …

Asphaltenes are the heaviest and most polar constituents of crude oils. The influences of
asphaltene on wax deposition were investigated with model oils utilizing a Taylor-Couette …

Asphaltene precipitation and deposition caused by temperature variation, pressure
depletion, and oil composition changes can result in formation damage, oil production …

The paper summarizes the experimental work done on asphaltene influenced wax
crystallization. Three different asphaltenes (from stable oil, instable oil, and deposit) were …