Seyyed Mohammad Mousavi

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…

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…

Metal Recovery From Spent Laptop Lithium-Ion Battery Cathodes Through Spent Medium Bioleaching With Acidithiobacillus thiooxidans

The extensive utilization of lithium ion batteries in electronic gadgets, coupled with their limited lif…

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-friendly leaching for lithium recovery from spent coin cells batteries

The proliferation of electronic devices has led to a surge in electronic waste, prominently including li…

Economic Assessment of Environmentally Friendly Heavy and Precious Metal Recovery from Electric Arc Furnace Dust

Iran's steel industry annually generates 250 500 thousand tons of electric arc furnace dust EAFD This wa…