Carlsbad Environmental Monitoring And Research Center – Civil engineering Professor Lambis Papelis has been named director of the College of Engineering Carlsbad Environmental Monitoring and Research Center (CEMRC) of NMSU. (NMSU photo by Vladimir Avina)
Civil engineering Professor Lambis Papelis has been named director of the College of Engineering Carlsbad Environmental Monitoring and Research Center (CEMRC) of NMSU. Papelis will bring new leadership to meet the diverse needs of CEMRC.
Carlsbad Environmental Monitoring And Research Center
The US Department of Energy has renewed a five-year, $14.5 million grant with NMSU to manage CEMRC in 2020. CEMRC is a 26,000 square foot, internationally recognized research facility that provides environmental and human health monitoring for the US Department of Energy’s Waste Management. Isolation Pilot Plant (WIPP) – the nation’s only deep geological repository for defense-related transuranic nuclear waste. WIPP is the world’s third deepest geological repository and is authorized to store radioactive waste for 10,000 years. The WIPP facility is located approximately 40 miles outside of Carlsbad.
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“CEMRC is an internationally recognized facility and is a very important and valuable asset to the college’s mission of providing unique research and educational opportunities at one of the world’s premier facilities of its kind,” College of Engineering Dean Lakshmi N. Reddi said.
“I am honored and excited to be selected as the director of CEMRC. By conducting research and monitoring for the nation’s only transuranic waste repository, CEMRC provides a vital service not only to the people of Carlsbad and New Mexico, but the entire nation,” said Papelis
In his new position, Papelis will lead the NMSU partnership with Los Alamos National Laboratory and Nuclear Waste Partnership, along with the needs of the Carlsbad and surrounding communities.
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Papelis brings more than 25 years of research, teaching and management experience in water chemistry and water quality, remediation of metal and metalloid-contaminated waters and groundwater, fate and transport of pollutants, radionuclide migration and interaction of potential contaminants with soils and aquifer materials. . He received his Ph.D. and M.S. from Stanford University in environmental engineering and science. He joined the civil engineering faculty at NMSU in 2010.
“After an extensive nationwide search to fill this position, we found that the most qualified candidate was here at our college,” said Lakshmi N. Reddi, dean of the College of Engineering. “Lambis brings both broad and hands-on research experience in the environmental field. He is highly respected in his field and we look forward to working with him to achieve CEMRC’s strategic goals.” The Carlsbad Media Monitoring & Research Center (), as part of its internal dosimetry program, is engaged in an in vivo radiobioassay research project entitled “Lie down and be counted”.
Adrianne Navarrette sets up lung and total body count equipment for a volunteer at the Internal Dosimetry Facility
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This project involves citizen research volunteers from southeastern New Mexico and supports education for the public about natural radioactivity and environmental studies. The purpose of the research is to characterize and monitor for internally deposited radionuclides in the general population living around the US Department of Energy’s Waste Isolation Pilot Plant (WIPP). The data collected prior to the opening of the WIPP facility (March 26, 1999) serve as a baseline for comparisons with periodic follow-up measurements expected to continue throughout the 35-year operational phase of the WIPP.
Participants in the project are monitored every two years. The radiobioassay service is free to the public, and we are always looking for new volunteers. To schedule an appointment, or for more information about the program, please call (575)234-5530 and ask for Ila Pillalamarri. You can also schedule an appointment by email, write to us at wbc@ (Whole Body Count Laboratory).
The following table summarizes the number of lung and whole body counts performed since the in vivo bioassay facility was commissioned in August 1997.
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Total number of individuals who participated in the study before the first shipment, on March 27, 1999, of radioactive waste to the Wipp site. (base cohort)
Not only monitors the local residents, but also studies the environment through a project entitled “WIPP Environmental Monitoring Project”. With this comprehensive project, air, soil, surface water, sediments and drinking water are monitored. One special aspect of this program, called “The FAS Lane”, is the daily monitoring of the aerosols emitted in the outlet at the WIPP. These samples are collected at a location that represents the exit point of discharge from the underground to the environment. is interested in obtaining information on WIPP exhaust air quality because it provides a means of characterizing a source term that will be necessary for the interpretation of future monitoring results from the Lie Down and Be Counted and WIPP environmental monitoring projects. For example, if radioactive material was released from the WIPP, we would expect to detect it in the outlet before it reaches the local population or environment.
As of June 1, 2003, operational monitoring results for all radionuclides are consistent with the baseline results. Based on these data, there is no evidence of a change in the frequency of detection of internally deposited radionuclides for citizens living in the vicinity of WIPP since WIPP began receiving radioactive waste. The internal dosimetry program performs analyzes and consultations for the study and management of internal radiation exposure. The analyzes include collection of information about work and residential history, past and present exposure to radiation, bioassays to measure the presence of radionuclides in body tissues (
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), and calculation of dose associated with observed uptakes. Consultation includes interpretation of bioanalytical results and may extend to collaboration with health professionals and workplace supervisors. The internal dosimetry program includes a documented quality assurance program for
Bioassays and a comprehensive technical basis for the assessment of internal exposure. The program complies with the requirements and recommendations of the DOE Implementation Guide for Internal Dosimetry Programs (10 CFR 835) and the Performance Criteria of the American National Standards Institute for Radiobioassay (N13.30). The Center is also involved in the DOE Laboratory Accreditation Program for internal dosimetry and radiobiotesting.
The internal dosimetry program is provided as an outreach service to the public to support education about the Center’s environmental studies and naturally occurring radiation, and to provide an assessment of potential exposure to radioactive contaminants of concern. The program also provides support to the WIPP by conducting bioassays for radiation workers on a routine basis. Full-spectrum dosimetry services are available to assess internal radiation exposure to radiation workers and members of the public in the event of an accident at the WIPP. In addition, internal dosimetry services can be provided to other units that use the use of radioactive materials.
Wipp Continuous Air Monitor (cam) And Filter Sampler
In addition to providing services in bioanalysis, staff of the indoor dosimetry program conduct basic research in radiation detection technology and new applications of
Bioanalytical techniques to environmental studies. The internal dosimetry program staff is also responsible for the Center’s radiation protection program to ensure compliance with the Center’s Radioactive Materials License, granted under the authority of the New Mexico Department of the Environment. The Waste Isolation Pilot Plant, or WIPP, is the world’s third deep geological repository (after Germany’s Morsleb radioactive landfill and the Schacht Asse II salt mine) licensed for 10,000 years to store transuranic radioactive waste. The storage facilities at the WIPP are 2,150 feet (660 m) underground in a salt formation of the Delaware Basin. The waste is only from the research and production of American nuclear weapons.
It is located about 26 miles (42 km) east of Carlsbad, New Mexico, in eastern Eddy County, in an area known as the Southeastern New Mexico Nuclear Corridor, which also includes the National Richmt Facility near Eunice, New Mexico, the waste management . Specialists low-level waste disposal facility just over the state line near Andrews, Texas, and the International Isotopes, Inc. facility is being built near Eunice, New Mexico.
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Several accidents at the plant in 2014 brought into focus the problem of what to do with the growing backlog of waste and whether or not WIPP would be a safe repository.
The 2014 incidents involved a waste explosion and air release of radiological material that exposed 21 plant workers to small doses of radiation that were within safety limits.
In 1970, the United States Atomic Energy Commission (later merged into the Department of Energy) proposed a site in Lyons, Kansas for the isolation and storage of radioactive waste. Ultimately, the Lyon site was deemed unusable due to local and regional opposition, and particularly the discovery of unexplored oil and gas wells located in the area. Those pits are believed to compromise the planned facility’s ability to contain nuclear waste. In 1973, because of these concerns, and because of positive interest from the southern New Mexico community, the DOE transferred the site of the proposed nuclear waste repository, now called the Waste Isolation Pilot Plant (WIPP), to the Delaware-come salmon movement. . beds located near Carlsbad, New Mexico.
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The Delaware Basin is a sedimentary basin that was formed mostly during the Permian Period about 250 million years ago. It is one of three subbasins of the Permian Basin in West Texas and Southeastern New Mexico. It contains 4,900–9,200 ft (1,500–2,800 m) thick
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