Arezou Jafari

Novel Technologies in Asphaltene Deposition Control: From Ionic Liquids to Ultrasonic Waves

Purpose: The problem of asphaltene deposition remains one of the major challenges in the oil industry, w…

Utilizing Bacterial Cellulose as an adsorbent for Congo Red Dye Removal: An Efficient and Sustainable Approach

Nowadays, one of the main environmental problems is the contamination of water sources by organic dyes l…

Trapping Mechanisms for Geological Carbon Dioxide Storage

Since the industrial revolution, human emissions of carbon dioxide have grown exponentially, accumulatin…

Removal of pollutant asphaltene molecules from heavy oil using industrial wastes; an environmental approach

Using the metal catalysts by the application in heavy oil upgrading have been focused by the vast majori…

Influence of environmentally friendly magnetic nanoparticles as sustainable components in oil recovery processes: A review

Magnetic nanoparticles exhibit unique characteristics, such as magnetic properties, size, and surface pr…

In situ heavy oil upgrading using industrial wastes to remove heavy pollutant component and enhance oil recovery

Thermal oil recovery methods are known as the most usual methods for heavy oil recovery But such methods…

Environmental considerations in catalytic in-situ heavy oil upgrading: An overview

The utilization of catalysts in the processes of crude oil upgrading has gained significant attention in…

Environmental consequences of electromagnetic heating in in-situ crude oil upgrading: A holistic evaluation

Electromagnetic EM radiation represents a promising technology for the future of thermal enhanced oil re…

Assessing the potential of biocompatible ionic liquids on enhanced oil recovery

Biocompatible ionic liquids ILs have shown great promise as sustainable and environmentally friendly com…

Advantages and Disadvantages of the Gas Lift Process on Environment

After a long period of exploitation of natural resources, there is a requirement for helpful methods to…