This comprehensive review highlights recent breakthroughs in hydrophobic adsorbent
technology for efficient CO 2 capture in industrial post-combustion wet flue gas and direct air …

Research and development of high-performance catalysts is a key technology to realize
hydrogen energy storage and transportation based on liquid organic hydrogen carriers …

The uncontrolled release of oil and organic solvents into aquatic environment is becoming a
growing concern for ecosystems. This underscores the need for the improvement and …

Pressure drop is responsible of a great part of the energy cost in industry due the energy
consumed by pumps driving a fluid through the installation, and heterogeneous catalysis …

High-performance carbon dioxide (CO 2) capture in environments with high humidity
remains a significant challenge. In this study, we proposed a sequential post-treatment …

In the present study, the microwave-assisted hydrothermal method using sodium hydroxide
(NaOH) has been used to synthesise zeolite-Y from three different waste clays (WC) from …

A series of nanosized “rice ball” like hierarchical beta zeolite aggregates (RBZ x A y, x= 6, 9,
12 or 15; y= 2, 4 or 6) with hierarchical structures are successfully synthesized via gel aging …

Cellulose nanocrystals (CNCs) are biomass-derived materials with tunable surface
properties, which can be used as additives for facilitating mesoporous zeolite synthesis …

Fe-based catalysts are capable of selective catalytic ammonia reduction (NH3-SCR) for
NOx, while efficient loading of active components and optimization of reactive adsorption …

Appropriate structural design engineering is an effective method to achieve high adsorption
performance, and optimizing the architecture to meet the desired properties remains …