This comprehensive review focuses on strategies for creating efficient and robust
immobilized biocatalysts. It explores various physicochemical approaches that hold promise …

The objective of this study was to evaluate the effect of solid-state fermentation, utilizing
Saccharomyces boulardii on brown rice husk, black rice husk, and smoked rice husk …

Genetic engineering provides various avenues for CO 2 transformation into biological matter
or bio-substances, aiding in mitigating the unsustainable utilization of organic raw materials …

The goal of this inquiry was to analyze the impact of incorporating Enterococcus faecium
and Streptococcus thermophilus using a novel premix-spray method on the following …

The utilization of novel materials in the biofuel production domain has been regarded as a
significant advancement in catalyst development. Incorporating lipases in biodiesel …

Abstract Traditionally, High-temperature proton Exchange Membrane Electrolysis (HT-
PEME) has relied on costly and exceptionally hydrogen-permeable PFSA ionomers like …

Utilizing flavorings in drinks enhances aroma, preserves natural properties, and poses
challenges in production costs and crop demands. Mitigating these challenges is possible …

The study examined the capabilities of expanded zeolites, which were modified with oil-
consuming bacteria, in terms of biosorption, biodegradation, and oil absorption. This …

The division of rennet in cheesemaking is split between the curd and whey, influencing the
taste and texture of aged cheeses. Our study aimed to examine how raising the protein …

The buildup of discarded plastic presents a significant ecological dilemma, while the
transformation of plastic waste into oil using pyrolytic offers potential as a renewable energy …