Gasoline engines have an even greater potential for optimization. New fuels composition
should be corresponded with modern engine technologies requirements. One of these …

This study comprehensively evaluated HZSM-5 and USY-Zeolite as catalysts for producing
biogasoline from crude palm oil through a catalytic cracking method, including uncertainty …

The pyrolysis of metal soaps to produce hydrocarbon rich fuel has been studied extensively.
However, the combined effects of microwave radiation and metal ion types on hydrocarbon …

Limonene has great potential as a bio-additive. It has physical characteristics resembling
those of fuel oil and has a molecular structure that could potentially allow limonene to be …

The production of sustainable diesel without hydrogen addition remains a challenge for low-
cost fuel production. In this work, the pyrolysis of unsaturated fatty acid (UFA) basic soaps …

Pirolisis sabun logam adalah rute menarik untuk produksi bahan bakar bensin hijau karena
proses sederhana tanpa pasokan hidrogen yang diperlukan dan dioperasikan di bawah …

Through a deoxygenation reaction, fatty acid-containing biomass resources including palm
fruit, palm kernels, and soybeans can be converted into green diesel (bio-hydrocarbon). In …

Lipases are in high demand in food processing for various purposes, such as modifying food
texture, aromatic development, and enhancing emulsifier properties. Plant-based lipases …

The production of sustainable diesel without hydrogen addition remains a challenge for low-
cost fuel production. In this work, the pyrolysis of unsaturated fatty acid (UFA) basic soaps …

As the demand of fatty acids increases, enzymatic process of triglyceride hydrolysis emerges
as a promising technology. Compared to microbial lipase, utilization of plant lipase is more …