Driven by the quest for greener and more sustainable materials, the presented review
analyzes recent studies in which wood and wood-based materials were combined with …

Due to the increased awareness of utilization of waste biomass utilization for higher
sustainability and concern for indoor air pollution associated with formaldehyde emission by …

Developing sustainable adhesives has garnered increasing attention in the wood industry
due to problems such as hazardous substance emissions and dependence on fossil energy …

Solar steam generation as a promising solar energy conversion technology has attracted
considerable interest in achieving seawater desalination and water purification. Although …

Magnesium oxychloride cement (MOC) adhesive has the advantages of being non-
formaldehyde and flame retardant and having low energy consumption; however, its poor …

The developing electric vehicles and portable electronics urgently require rechargeable
lithium batteries with high energy density and high safety. Lithium‐sulfur (Li‐S) batteries …

High CO 2 emissions during the production process of ordinary Portland cement (OPC)
promoted greener-cement development, wherein the application of magnesium oxychloride …

Development of nonformaldehyde biobased adhesives composed of renewable and low-
cost biomass protein with high strength and ductility is desired to meet green and …

Developing high performance and non-toxic adhesives to replace the petroleum-based
adhesives are highly desirable for wood industry. The use of magnesium oxychloride …

The mesoporous aluminosilicate synergy with Cusingle bondBsingle bondP anti-mildew
agent was studied with the objective of improving the mildew resistance of bamboo …