• News and events
  • Regulatory Radiation Surveillance with Hidex LSC

The National Radiation Protection Institute (NRPI), Prague continues to trust Hidex’s radiation detection equipment for needs of the Czech regulatory body (SÚJB) and for research studies.

One of the critical applications of Hidex instruments is the monitoring of environmental radioactivity in water samples. The Hidex 300 SL Super Low Level has been instrumental in NRPI's radiation protection routine analysis. To gain insight into their experiences and expectations, we spoke with Michal Feigl, a scientist at NRPI.

How kind of role does NRPI play in radiation surveillance?

NRPI plays a vital role in providing scientific support to the governmental state office performing radiation surveillance and simultaneously is engaged in multiple research projects of various specialization. Michal’s laboratory is responsible for analysing of different radionuclides in different kinds of samples from the natural environment. One important application is the determination of tritium activity concentration as a huge number of samples has to be analysed and a mean value of tritium activity concentration in natural environment is generally low. It leads to shifted demands to determination procedure sensitivity.

As part of their radiation protection initiatives, NRPI receives samples from various locations across the Czech Republic, particularly those in the vicinity of nuclear power plants. The laboratory needs to detect routinely tritium activity concentration as low as 0.6 Becquerel per litre. Additionally, the high number of samples for routine analysis necessitates an instrument with substantial capacity. That’s why low-background and therefore highly sensitive LSC counter is needed.

“Very few instruments in the liquid scintillation counting market are able to provide true ultra-low-level analysis”.

Michal Feigl

Michal's commitment to precise results led him to visit Hidex's headquarters in Turku, Finland, where he witnessed firsthand the performance of Hidex's latest solution for ultra-low-level analysis. Reflecting on the laboratory's adoption of Hidex's liquid scintillation counter in early 2020, Michal mentioned a significant improvement in workflow and overall performance expected by replacing their existing equipment with the 300 SL Super Low Level.

Why did Michal's laboratory choose Hidex?

Hidex instruments have consistently met the diverse needs and requirements of customers worldwide, including prestigious institutions like NRPI. The trust and satisfaction of long-standing customers, such as NRPI, highlight the versatile nature and effectiveness of Hidex instruments across a wide range of applications. Hidex is proud to serve long-standing customers that are doing crucial work. Hidex takes great pride in providing service to its esteemed long-term clients who are engaged in vital endeavours, including NPRI Prague.

Hidex ULLA Ultra Low Level Analyzer


Products

  • Liquid scintillation counters
  • Sample preparation
  • Gamma counters
  • Microplate readers
  • PET Radiochemistry
  • Reagents & consumables

Resources

  • Hidex Methods
  • Customer references
  • News & Events

Hidex headquarters

  • Hidex Oy

    Lemminkäisenkatu 62
    FIN-20520 Turku, Finland

    info@hidex.com

    Contact us


    Hidex Chemicals Oy

    Lemminkäisenkatu 62
    FIN-20520 Turku, Finland

    chemicals@hidex.com

    Contact us

Hidex Company logo
Terms and conditionsCookie policyPrivacy policy

  • Products
    • Product families

      • Liquid scintillation counters
      • Sample preparation
      • Gamma counters
      • Microplate readers
      • PET Radiochemistry
      • Reagents & consumables
      • Cocktails
    • Application fields

      • Environmental radioactivity
      • Radiopharmaceuticals
      • Nuclear medicine
      • Biocarbon analysis
      • Agrochemical industry
      • Life sciences
      • Nuclear industry
      • Radiation protection
  • Services
    • Solutions

      • Biocarbon Method
      • Biofuel Method
      • IQ/OQ Validation
    • Support services

      • Installation
      • Service Contract
  • About us
    • Get to know and join us

      • Careers
      • Quality
  • News & events
  • References
  • Hidex Methods

  • News & events
  • References
  • Hidex Methods
  • Products
  • Services
  • About us
  • Product families

    • Liquid scintillation counters
    • Sample preparation
    • Gamma counters
    • Microplate readers
    • PET Radiochemistry
    • Reagents & consumables
    • Cocktails
  • Application fields

    • Environmental radioactivity
    • Radiopharmaceuticals
    • Nuclear medicine
    • Biocarbon analysis
    • Agrochemical industry
    • Life sciences
    • Nuclear industry
    • Radiation protection
  • Solutions

    • Biocarbon Method
    • Biofuel Method
    • IQ/OQ Validation
  • Support services

    • Installation
    • Service Contract
  • Get to know and join us

    • Careers
    • Quality

Hidex Company logo
Hidex Company logo

Read more

  • Environmental radioactivity

    Australian researchers are investigating how contaminants like mercury impact marine ecosystems, particularly in decommissioned offshore oil and gas infrastructure.

    Read more
  • Radiopharmaceuticals

    The National Physical Laboratory (NPL) is taking a contemporary approach by implementing the Hidex Q-ARE for automated radioactive isotope separation. ...

    Read more
  • Environmental radioactivity

    A recently published research study evaluated the performance of the ultra low level Hidex ULLA instrument for measurement of ultra-low-level ...

    Read more
  • Nuclear medicine

    Hidex instruments can be found in a wide variety of places, from remote nuclear power plants to hospital PET scanning ...

    Read more
  • Nuclear industry

    Hidex’s long-standing customer, Radsol, has been a pioneer in Korea’s radioactivity measurement industry, serving customers with radiochemical analysis of environmental ...

    Read more
  • Environmental radioactivity

    We introduced the Hidex ULLA in 2023 to fill the market gap of a true ultra-low level LSC solution. The ...

    Read more
  • Nuclear medicine

    Hidex prides itself on maintaining long-term customer relationships, and our collaboration with Department of Nuclear Medicine & PET at Aarhus ...

    Read more
  • Biocarbon analysis

    The Department of Plant and Environmental Science at University of Copenhagen study carbon sequestration in cover crops.

    Read more
  • Nuclear medicine

    In May 2022, PET scanning took a leap to the next level in Turku Finland. In Turku PET Center a ...

    Read more