EMPOWERING UNDERGROUND LABORATORIES NETWORK USAGE
  • Home
  • EUL Project
    • EUL basics
    • Activities EUL
    • EUL Project partners
    • EUL Results & Outcomes
  • BSUIN Project
    • BSUIN basics
    • Activities
    • Results & Outcomes
    • Project partners
    • Associated partners
  • Underground Labs
    • Underground Labs
    • Callio Lab, Finland
    • Äspö Hard Rock Laboratory, Sweden
    • UL of Khlopin Institute, Russia
    • Reiche Zeche, Germany
    • Conceptual Lab development, Cuprum, Poland
    • Ruskeala, Russia
  • Lessons Learned
    • Successful project leads to permanent outcomes
    • Research in the BSUIN project
    • Learning opportunities for the students
    • Project develops ULs and the mind set
    • Learning from others
    • Self-development
  • News & Events
  • Contacts
P7210251
December 1, 2020

Measurements of natural background radiation in the Polkowice mine (CUPRUM) and the Barbara Experimental Mine

On July 20-22, 2020, a group of researchers from the Institute of Physics of the University of Silesia (Poland) and the National Center for Nuclear Research (Poland) performed additional measurements of natural radiation at the Conceptual Lab development co-ordinated by KGHM Cuprum R&D center. These studies were similar to those previously carried out at the Reiche Zeche mine (Germany) and at Callio Lab (Finland) as part of the BSUIN project.

The research included:

  • in-situ gamma-ray measurements using gamma spectrometry and semiconductor high purity germanium detector (HPGe),
  • measurements of radon concentration in the air with the use of RAD7 detector,
  • measurements of thermal neutron flux with helium counters.

Additionally, 7 rock samples were collected for laboratory analysis at the Institute of Physics of the University of Silesia.
The research was performed in one of the corridors of the Polkowice mine near SW-1 Mining shaft. The preliminary results show a relatively low level of natural radioactivity in the test site.

Measurement of the natural radiation background in the Polkowice mine using gamma spectrometry.
Fot. K.Fuławka

Another similar study of natural radiation was carried out in the Barbara Experimental Mine belonging to the Central Mining Institute (Poland). The Barbara Experimental Mine in Mikołów is the only research and development institution in Poland and Europe which has a test site for testing devices, equipment, materials and procedures in real underground conditions.
In-situ measurements were carried out on September 10-19, 2020 in a stone excavation. Additionally, measurements of the radon concentration in air and neutron flux were performed before, during and after the rock explosion.
Also, 18 rock samples from the studied location were collected for laboratory measurements at the Institute of Physics of the University of Silesia, using gamma spectrometry. Researchers from the Central Mining Institute also joined the measurements of radon concentration in the air, which was an excellent opportunity to compare their measurements results and measuring equipment.

Measurement of radon concentration in air with the RAD7 detector (left), natural gamma background radiation using gamma spectrometry (center) and thermal neutron flux using helium counters (right) at the Barbara Experimental Mine. Fot. K.Szkliniarz and K.Jędrzejczak

 

 

Related Posts

Maker:0x4c,Date:2017-10-12,Ver:4,Lens:Kan03,Act:Lar01,E-Y

News & Events

Testing the best practices in underground laboratories – 100 publications made in two international projects

50226112_972822039568964_6848116132730109952_n

News & Events

EUL project: innovation, collaboration, and new possibilities for the Baltic Sea region

pexels-luis-quintero-2774556 (1)

News & Events

EUL webinar

© Baltic Sea Underground Innovation Network 2018