By Dan Romanchik, on January 19th, 2008%
R744.Com, which bills itself, “your marketplace for CO2 technology news and policy,” reports that a European Parliament report calls for emissions tests to more accurately reflect real-life driving situations. The article notes:
The European Commission should start to revise emissions testing procedures to better reflect real-life driving conditions, according to Members of the European Parliament (MEP) . . . → Read More: EU Parliament Calls for Better Emission Tests
By Dan Romanchik, on August 29th, 2007%
This item is derived from a press release that is a puff piece for Viaspace, but the information about the company’s humidity sensor might be interesting to some readers……..Dan
Viaspace is a company commercializing technologies from NASA and the US Department of Defense. Their product line includes battery and fuel cell test equipment.
One of these products is . . . → Read More: VIASPACE Working on Clean Energy Product Strategy
By Dan Romanchik, on July 30th, 2007%
from Southwest Research Institute
Catalytic converters became a part of the vehicle exhaust system in the mid-1970s to meet emission regulations mandated by the U.S. Environmental Protection Agency (EPA). Since the introduction of the three-way catalyst, engineers and scientists have worked to optimize the performance and durability of these devices to meet increasingly stringent emissions and durability . . . → Read More: FOCAS Ages Automotive Exhaust Catalysts
By Dan Romanchik, on July 26th, 2007%
To kickoff the “Emission Solutions in Transportation” Conference in Ann Arbor, MI this October, the American Filtration and Separations Society (AFS) is holding seven short courses on October 15, 2007, including “Filter Testing – Engine Emissions and Particle Counting.”
The “Filter Testing – Engine Emissions and Particle Counting” course will provide practical information on testing associated with . . . → Read More: Conference Offers Filter Testing Course
By Dan Romanchik, on July 25th, 2006%
The Model 357B65 high-temperature, piezoelectric charge output accelerometer operates in temperatures ranges of -65 to +900º F (-54 to +482º C), and is designed for vibration studies in the high-temperature, ambient environments found in power generation turbines and equipment, aircraft engines, and automotive vehicle engine test and exhaust systems.
The accelerometer connects to laboratory-style charge amplifiers . . . → Read More: Accelerometer Geared for Exhaust Tests