When mineral oil is exposed to aging processes during their operation, oil properties
significantly deteriorate. This necessitates reclamation of the oil or replacement with a new …

A transformer oil based nanofluid has been prepared by dispersing TiO 2 nanoparticles into
mineral oil to improve insulating properties of the host oil. The AC, DC and lightening …

After several operating years of power transformers, the oil is aged resulting in deterioration
in oil properties. This deterioration is attributed to the effect of aging byproducts represented …

Transformer is one of the most important components of electric system. Their remaining life
largely depends on what degree the insulation has been degraded as a consequence of …

Mineral oil has been frequently used in most of high voltage transformers. However, this oil
has started to be replaced by vegetable oils. Additionally, different authors have found that …

This study seeks to make improvements in the dielectric properties of transformer oil through
the application of nanotechnology. In particular, two nanoparticles are examined …

Traditionally mineral oil is employed in power transformer as a cooling medium and as an
electrical insulator. Recently, massive research work has been carried out to improve the …

Power Transformers are one of the most critical component of power system in which
mineral oil is used for both insulation and cooling purposes. It acts a insulating medium …

Long-term transformer oil usage deteriorates the thermal and dielectric properties of the oil.
The main aim of our work is to find a suitable replacement for mineral oil with superior …

A class of mineral oil-based nanofluid has been developed by modifying mineral oil with TiO
2 nanoparticle to enhance their dielectric performance. In this paper, we present the …