HARC's Alex Cuclis wrote an article, "How expensive is bad science", for The Cynthia & George Mitchell Foundation. Alex elaborates on creating cost-effective ozone control strategies.
Measuring Pollutants in Neighborhoods near Petrochemical Facilities
HARC is working to help local communities improve air quality and quality of life. HARC is partnering with the Environmental Integrity Project (EIP) to train community members living near petrochemical facilities to take measurements of air toxics using monitoring tools that are typically used by environmental regulatory enforcement agencies.
The project is lead by Alex Cuclis, Research Scientist in Air Emissions and Monitoring. Community members are being trained to use tools such as handheld photoionization detectors (PIDs) which have detection limits of about 3 parts per billion (ppb); Summa Canisters, which can be sent off for a standard air quality analysis known as TO-15 to provide accurate concentrations of specific volatile organic compounds, like benzene and toluene; and particulate matter (PM) 2.5 monitors that are approved by EPA as a Federal Reference Method (FRM).
Each of these tools brings an added level of sophistication and improved accuracy to community air toxics monitoring efforts. HARC’s participation in this project will help to ensure success by making sure that the testing is performed with the appropriate quality assurance and quality controls in place as well as all of the necessary documentation.
Alex Cuclis, Research Scientist, Air Quality and Emissions, presented at the CLEO: 2014 Exposition on Tuesday, June 10, 2014 in San Jose, California.
HARC research scientist Alex Cuclis applies his technical expertise to help clean the air in the Houston region and other areas with heavy petrochemical concentrations.
Accurate air pollution monitoring – the focus of much of research scientist Alex Cuclis' work for HARC - is essential to efforts to clean the air in Houston and other locations in Texas.
With $3 million in new federal funding, air quality specialists at the Houston Advanced Research Center (HARC) will refine sophisticated methods they have been developing to help understand and improve air quality.
"The big oil companies told me we shouldn't delay action against manmade climate change."
Some readers of those words, which started Alex Cuclis’s April 28 op-ed column in the Houston Chronicle, may have done a double-take.
HARC collaborated with GRIDbot, Good Company Associates, and City of Houston to provide technical support for the demonstration of the GRIDbot charging station infrastructure.
HARC's Dr. Eduardo (Jay) Olaguer of HARC developed a microscale 3D Eulerian air quality model for the interpretation of real-time monitoring data collected during the Benzene and other Toxics Exposure (BEE-TEX) field study.
The Benzene and other Toxics Exposure (BEE‐TEX) Study is a field study of exposure to and source attribution of the air toxics: benzene, toluene, ethyl benzene and xylenes (BTEX), as well as other hazardous air pollutants (HAPs) such as formaldehyde and 1,3-butadiene.