Creation of materials that can trap carbon dioxide emitted by a variety of industrial facilities is one potential option for addressing the rising climate catastrophe.
Researchers from the Qingdao University of Science and Technology have published a new paper in Sustainability to investigate the optimal model which could help inform decisions in designing supply chains to investigate the effects of different climate change mitigation regulations on carbon emissions and companies.
According to new research, organic crystals, a new class of smart engineering materials, can end up serving as sustainable and efficient energy conversion materials for sophisticated technologies such as robotics and electronics.
Solar cells that are efficient and ecologically acceptable are essential to shift to a fossil-free energy supply. Linköping University researchers have documented the release of energy in organic solar cells, which was unfamiliar.
A new paper in the journal Energy Storage Materials has demonstrated a novel and simple method for optimizing the properties of supercapacitors using stacked carbon films with different pore features. The research h...
In a new article published in the journal Sustainability, researchers from Colombia, Chile, and Brazil have presented a review of recent developments and trends in thermoelectric power generation systems. The overarching aim is to investigate the sustainability of the technology and provide an insight into how thermoelectric power generation can help achieve net-zero carbon aims.
Leading surplus asset management company, EquipNet, announced enhancements to their Equipment Sustainability Programs.
In an article recently published in the open-access journal Sustainability, researchers discussed the drying of food waste and its further utility as animal feed.
A team of Chinese researchers have presented a novel method for efficient solar water splitting. The approach demonstrated in new paper in ACS Applied Materials involves modifying bismuth vanadate anodes to enhance charge separation.
Scientists from Finsterle GeoConsulting in the US and Fracture Systems, Ltd. in the UK have collaborated on a study investigating how numerical models can enhance the safety of nuclear waste storage in repositories. Their paper has appeared online in the journal Energies.