A barium-modified zeolite (Ba-ZEL) catalyst was developed via co-precipitation technique
followed by thermal treatment (calcination) at different temperatures (600, 700 and 800° C) …

Since the current patterns of energy consumption are mostly dependent on fossil fuel,
multiple issues related to energy resources, economic stability, and environmental pollution …

Despite emulsification of water in-diesel can decrease harmful exhaust emissions, unstable
emulsion can result in formation of free water which can accelerate metal corrosion in the …

A blend fuel was optimized statistically using a response surface approach to substitute
diesel. The waste vegetable oil biodiesel (WVO-BD) fraction in the blend, thermal exposure …

Additive manufacturing is an emerging tool that has contributed to the sustainable
fabrication of devices in several areas based on the concept of “zero waste”. Considering …

The ability to capture and convert sunlight, water and nutrients into useful compounds make
photosynthetic microbes ideal candidates for the bio‐industrial factories of the future …

Corrosive-wear is a phenomenon of material removal from a material surface within wet or
dry environment and is characterized by pitting in generally. In the literature, the term …

Biodiesel is considered an environmentally friendly alternative to petro-derived diesel. The
cetane number indicates the degree of difficulty in the compression-ignition of liquid fuel …

Anionic fatty acid methyl ester sulfonate (MES), an unconventional biosurfactant to replace
the petroleum-based surfactant, was synthesized via transesterification of used cooking oil …

Biodiesel is a mixture of saturated and unsaturated Fatty Acid Methyl Esters (FAMEs) whose
composition affects the corrosion behavior of metal containers during storage. This study …