The University of Arizona is conducting a one-year research project, sponsored by the Arizona Grain Research and Promotion Council, on irrigated agriculture utilizing high-tech sensors to enhance wheat production
SpectraFluidics, a leader in the vapor trace chemical detection system,, declared that they have an investment alliance with In-Q-Tel (IQT), an autonomous strategic investment organization which recognizes the novel technology solutions for promoting U.S. Intelligence missions
The Providence Emergency Management Agency (PEMA) is promoting the chemical sensor integration project worth $593,000, in the Rhode Island’s Port Area Waterside Surveillance System (PAWSS), with an award from the U.S. Department of Homeland Security
In association with Air Force Research Laboratory, University of Exeter, and State University of Albany, researchers of GE Global Research, which is the technology development wing of GE, has secured a $6.3 million endowment from DARPA i.e. Defense Advanced Research Projects Agency, for a tenure of four years, to design a novel sensor, that is both bio-inspired and nanostructured, to enable speedier and discerning choices, among the hazardous explosives, chemical threats and combat instruments.
The Defense Advanced Research Projects Agency (DARPA) awarded $6.3 million to the GE Global Research, for the development of bio-inspired sensors in the nanoscale range for highly selective use in the explosives and warfare agent detection.
Companiesandmarkets.com, an online collector of business information provided reports on a novel market research for Continuous Glucose Monitoring in the European markets
Raytheon Company has been given a contract to incorporate chemical detection devices in the Port of Providence to enhance their current security system. In association with environmental agencies and emergency management, Raytheon's Integrated Defense Systems (IDS) will set up Smith's Detection sensors and cameras to warn and guard the society from chemical threats.
Fujitsu and Nagoya University have developed a novel technology that helps in quick identification of venomous proteins which cause food toxicity.
Certain crucial factors remain undected by recently used commercial fuel sensors in monitoring the quality of diesel and bio-diesel mixed fuels in engines
A University of Illinois’ research team, is on the way to develop an electrochemical sensor, to mark the presence of a particular contaminant such as sulfur based compounds or sulfur itself in fuels.
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