In this captivating study, we explored the fascinating potential of carbon nanotube-based
nanofluids in improving oil recovery efficiency and transforming interfacial tension. To …

Abstract Design of drilling fluids is critical to the techno-economic success of drilling a
petroleum well bore and the present study is a forward step in that direction. Effect of TiO 2 …

For the successful cementing operation of petroleum wells, the design of cement slurry plays
a crucial role. Cement slurry must address the requirements of higher compressive strength; …

Optimally performing drilling fluids play a vital role in drilling operations. The demand for
thermally stable drilling fluid in the oil and gas sector necessitates using advanced additives …

Rheological and filtration properties of drilling fluid contribute a vital role in successful
drilling operations. Rheological parameters such as apparent viscosity (AV), plastic viscosity …

A significant parameter in the drilling of a petroleum wellbore is to design a drilling fluid with
good control on its rheology and fluid loss characteristics. The present study aims at …

Oil drilling fluids require additives to control and regulate their rheological properties. For
water-based mud, many components such as polymers are introduced to respond to specific …

Injection of surfactant and polymer slug is among the most effective chemical enhanced oil
recovery processes. The only problem encountered with the surfactant polymer (SP) …

The thermally stable drilling fluid is the need of the oil and gas industry. The impetus for
producing appropriate drilling fluid lies in the addition of novel polymeric additives. The …

Nano-water-based drilling fluids (NWBDFs) are prepared using nano-copper oxide (CuO)
and multiwalled carbon nanotubes (MWCNTs) as modification materials. The effects of the …