Article - 20 Jul 2020
Engineered nanomaterials, as well as various nanotechnology devices and systems, offer innovative and improved solutions for the remediation of contaminated soil.
Article - 21 Jun 2021
South Australian-based company Sparc Technologies Limited (ASX:SPN) has secured a US patent for graphene-based materials. These materials can provide new technology for environmental remediation to...
Article - 24 Jan 2013
Nanomaterials have begun to be widely used in environmental remediation, which is based on using highly reactive or absorbent nanomaterials to remove pollutants. The characteristics of these...
Article - 21 Aug 2009
This article will describe how nanotechnology can create materials and products that will not only directly advance our ability to monitor, detect and clean-up environmental contaminants, but also...
Article - 6 Apr 2005
A research team has found that certain types of iron nanoparticles could be useful in cleaning up carbon tetrachloride contamination in groundwater, via the degradation process. The findings of this...
Article - 2 Aug 2005
Nanomaterials and nanoparticles are being used in chemical synthesis, especially in the areas of catalysis, separations and remediation.
Article - 25 Jul 2005
Nanotechnology devices and methods are set to play an important role in the growth of ‘precision farming’. Agricultural applications for networks of wireless nanosensors, ‘smart dust’ and the USA’s...
Article - 31 Jul 2006
This article is a summary of the 2005 National Center for Manufacturing Sciences (NCMS) survey to benchmark the adoption of nanotechnology into manufacturing within the United States
Article - 28 May 2015
Oil spills resulting from fuel transportation and drilling operation have a great impact on the environment besides causing a huge loss of energy resources. It is necessary to take an appropriate...
Article - 26 Nov 2021
‘Green’ synthesis of materials has become a new area of research to produce materials and nanomaterials that are reliable, sustainable, and eco-friendly.