Maintaining wellbore stability is challenging in any drilling situation, especially when directional drilling with narrow pressure window are experienced. An imperative parameter to control wellbore stability is downhole ...

The two consecutive layers of a microporous catalyst and a mesoporous material with the same seed type of microporous catalyst were employed in order to transform bio-ethanol into hydrocarbons. The first layer was filled ...

Two-stage microwave pretreatment (microwave/NaOH pretreatment followed by microwave/H2SO4 pretreatment) successfully released monomeric sugars from various types of Thai grasses, namely. Mission grass (Pennisetum polystachyon). ...

Crude oil production focuses on recovering the highest amount of oil from a reservoir. However, only 45% to 50% of the original oil in place is recovered by natural pressure and water flooding techniques. The challenge ...

When commercially converting methane to synthesis gas, conventional catalytic processes require both high temperature and high pressure, resulting in high energy consumption and catalyst deactivation. Non-thermal plasma ...

The development of gas sensing materials with selective and sensitive properties for volatile organic compounds (VOCs) detection had been of interest due to the industrial process pollution. One of possible sensor operating ...

The present work focuses on molecular design, synthesis, systematic studying of multifunctional chitosan to use as promising biomedical materials. Here, the strategies of nanoparticle self assembly and hybridization of ...

The acetic acid auto thermal steam reforming (ATR) was investigated over Ni/Ce75Zr25Ox catalyst via coke characterization along the catalyst bed. The ATR, partial oxidation (POX), and steam reforming (SR) of acetic acid ...

The possibility of using corncob as a raw material for enzymatic hydrolysis to sugars was investigated. The effects of particle size of corncob, hydrolysis temperature, hydrolysis time, and strains of bacteria isolated ...

A water network (WN) is designed to reduce the amount of freshwater usage in industrial processes by reuse, recycle and regeneration methods. Source is indicated as waste stream from industrial process. Sink is indicated ...