Graphene is widely incorporated into rubber matrices to enhance mechanical, electrical, and
thermal properties in nanocomposites. However, its hydrophobicity and lack of …

This research aims to conduct a general study about the dolomite ability for the removal of
heavy metals (Ag, Cu, Cd, Co, Ni, Ba, and Sr ions) in aqueous solutions. Desorption studies …

An integrated renewable energy supply system is designed and proposed to effectively
address high building energy consumption in Zhengzhou, China. This system effectively …

The removal of tetracycline antibiotics using adsorbents is becoming an environmentally
friendly and cost-effective method. This study systematically analyzed the stability, structure …

This study aims to develop a green, pollution-free and high yield method to prepare
cellulose nanocrystals (CNC). Using microcrystalline cellulose (MCC) as raw material, CNC …

The conversion or recycling of waste materials into usable products is a sustainable and
ecologically benign strategy, aligning with sustainable development and circular economy …

Examination of the optimal condition for wood sawdust (WS)/natural rubber (NR) foam
composites is important for developing force-absorbing materials that can reduce the …

Treating complex and variable wastewater, mainly from refineries with diverse pollutants,
presents multifaceted challenges. However, through diligent management and the …

In the present work, layered double hydroxide (MgAl) and alginate composite beads
(LDH/alginate) were developed and used as low-cost and environmentally friendly …

Tamping squeeze is essential for maintaining ballasted tracks. Previous studies have
simulated squeezing behavior as a linear motion with a constant squeezing distance, which …