This new method developed at Linköping University, Sweden, has significantly expanded the realm of 2D materials, offering unprecedented opportunities for applications in energy storage, catalysis, and water purification.
Environment+Energy Leader Search Results
Methanol-Fueled Tugs to Transform Vancouver Harbor Operations
Gobal focus intensifying on sustainable practices and the reduction of carbon emissions in the maritime industry.
Enhanced Solar Cell Longevity May Come From Additives
A study done by the University of Michigan unveils a promising avenue for bolstering the endurance of cost-efficient solar cells by integrating bulky “defect pacifying” molecules into perovskites that can substantially enhance their stability and longevity.
Researchers Harvest Hydrogen from Plastic Waste
The findings from a Rice University study hold new promise for the future of hydrogen, which has been touted as an important alternative to fossil fuels, though its traditional production methods are considered carbon heavy or too expensive.
Cemex Successfully Turns CO2 into Carbon Nanomaterials
CEMEX, S.A.B. de C.V. announced today that it has successfully tested a process that converts flue gases emitted by the cement kiln into carbon nanomaterials.