Due to the exclusive size effect, magnetic nanoparticles (MNPs) exhibit unique chemical,
mechanical and considerably different magnetic properties compared with conventional …

The study demonstrates a comparative analysis of various organic waste additives used in
drilling mud (s)(DM). The requirement for organic additives arises from the fact that these are …

During the past few decades, nanoparticles (NPs) have been investigated as additives to
address the challenges of drilling fluids and have shown potential for application. The …

Invasion of mud filtrate while drilling is considered one of the most common sources of
formation damage. Minimizing formation damage, using appropriate drilling‐fluid additives …

Predicting formation damage in cased-hole and open-hole completion wells is of high
importance. This is especially relevant when the damage is caused by reservoir drill-in fluids …

Invasion of mud filtrate while drilling is considered as one of the most common sources of
formation damage. Minimizing formation damage, using appropriate drilling fluid additives …

Offshore reservoirs in the Southwest Persian Gulf are commonly oil-wet limestone with an
average permeability of 10 md. High production of hydrogen sulfide and carbon dioxide is …

During the drilling of a well, differential pressure causes filtration of the mud liquid phase into
the surrounding rocks. To reduce the filtrate invasion in the rock, it is necessary to maintain …

Perhaps the most critical challenge faced during drilling operations is related to the stability
of the well. Additionally, drilling mud plays a crucial role in wellbore stability, as one of its …

The present chapter explores how the distinctive characteristics of magnetic nanoparticles
(MNPs), particularly when at different interfaces, account for many novel potential …