The CXI TUL analytical laboratory operates in accordance with the requirements of the ČSN EN ISO 17025 (2018) standard and is accredited by the Czech Accreditation Institute under number L 1611. The entire portfolio of services offered can be found in the current Certificate of Accreditation.

The laboratory performs accredited sampling and analysis of drinking water, hot water, and bathing water, as well as inspections of sterilizers and autoclaves for external customers. As part of its services, the laboratory also ensures the transfer of results to the nationwide IS PiVo register.

The advantage of our laboratory is the state-of-the-art CXI equipment and personnel and short turnaround times for sample processing. Experienced laboratory staff also provide consultations in this area.

Laboratory management

Ing. Lenka Lacinová, Ph.D.

tel: 485 353 012
mobile: 725 052 812
lenka.lacinova@tul.cz

Sample reception

Hana Pohlreichová

tel: 485 353 849,

mobile: 603 114 007
hana.pohlreichova@tul.cz

Water sampling

Daniela Myšáková

mobile: 737 133 817
daniela.mysakova@tul.cz

Microbiology

Ing. Alice Břečková

tel: 485 353 817
alice.breckova@tul.cz

Sterilizer and autoclave inspection

Jitka Landová

mobile: 734 518 420
jitka.landova@tul.cz

Our accredited laboratory offers comprehensive drinking water analyses based on current legislation. The analyses comply with the requirements of Decree No. 252/2004 Coll., as amended. This decree sets out the hygiene requirements for drinking and hot water and the frequency and scope of drinking water inspections.We offer both the standard ranges specified by the decree and the option of individual selection of specific indicatorsaccording to customer requirements. The laboratory provides accredited drinking water sampling. Upon agreement and collection of special sampling containers, the customer can also perform the sampling themselves.

Reduced analysis is used to verify the quality of drinking water sources, approve private buildings, and monitor water in commercial buildings. It provides information on key microbiological, physicochemical, and organoleptic indicators specified in Decree 252/2004 Coll., Annex 5.1.

The purpose of a complete analysis is to comprehensively analyze all indicators specified in Decree No. 252/2004 Coll., Annex 5.2. It is required by the relevant authorities, especially for commercial entities with an individual source of drinking water.

Individually selected indicators based on customer requirements and needs.  TUL package (determination of Escherichia coli, coliform bacteria, Clostridium perfringens, colony counts at 36°C and 22°C, nitrates, nitrites, ammonium ions, chlorides, TOC, Fe, hardness (Ca + Mg content), pH, conductivity) provides basic information about microbial contamination and the chemical composition of water.

We offer wastewater analysis to individuals who own, for example, domestic wastewater treatment plants, based on a decision issued by the relevant water authority. The scope of parameters determined for domestic wastewater treatment plants for the discharge of wastewater into groundwater according to Act No. 254/2001 Coll. on Water („Water Act“) §8(1)(c) is most often: BOD5, CODCr, undissolved substances, total phosphorus, ammoniacal nitrogen. Wastewater samples from domestic wastewater treatment plants are taken by the customer themselves according to the instructions specified in the Decision.

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The archive of all CXI TUL News is available here.

RNDr. Alena Ševců Ph.D.

RNDr. Alena Ševců Ph.D.

Environmental microbiology, ecotoxicology, microplastics
Ing. Lenka Lacinová Ph.D.

Ing. Lenka Lacinová Ph.D.

Analytical laboratory manager, quality manager, external assessor for testing laboratories at the ČIA, analytical chemistry, laboratory accreditation, metrology, quotations and contract negotiations
Hana Pohlreichová

Hana Pohlreichová

Sample reception, administration, inorganic analysis (ICP-OES, AMA)
Daniela Myšáková

Daniela Myšáková

Inorganic analysis (ionic chromatography, TOC, photometry), sampling
Mgr. Martin Pusztai Ph.D.

Mgr. Martin Pusztai Ph.D.

Phycology, environmental microbiology, botany
Ing. Alice Břečková

Ing. Alice Břečková

Microbiology, sampling
Ing. Denisa Sokolová

Ing. Denisa Sokolová

Microbiology, sampling
Would you like to work with us?

Would you like to work with us?

TOC analyzátor

Daniela Myšáková
T: +420 485 35 38 49
E: daniela.mysakova@tul.cz

Stanovení forem uhlíku (TOC, DOC, TIC) a celkového dusíku (TN) ve vodných vzorcích.

Rtuťový analyzátor AMA

Hana Pohlreichová
T: +420 485 35 38 49
E: hana.pohlreichova@tul.cz

Stanovení celkové rtuti ve vodných a pevných vzorcích.

Iontový chromatograf 1

Daniela Myšáková
T: +420 485 35 38 49
E: daniela.mysakova@tul.cz

Stanovení nízkých koncentrací aniontů ve vodných vzorcích

Klimakomora pro růstové experimenty

RNDr.Stanislava Vrchovecká
T: +420 485 35 39 37
E: stanislava.vrchovecka@tul.cz

Klíčení, hydroponie, expozice vůči toxickým látkám, pevné substráty – růstové experimenty s rostlinami

Hmotnostní spektrometr s indukčně vázanou plazmou (ICP-MS)

Ing.Martin Palušák
T: +420 485 35 39 37
E: martin.palusak@tul.cz

Ultrastopová analýza prvků v kapalných (vodných) vzorcích, v pevných vzorcích po rozkladu. Stanovení koncentrace iontů a velikosti nanočástic.

Kapalinový chromatograf s vysokorozlišujícím hmotnostním spektrometrem (HPLC-HRMS qTOF)

Mgr.Vít Novotný
T: +420 485 35 31 25
E: vit.novotny@tul.cz

Stanovení polárních mikropolutantů a jejich metabolitů v environmentálních matricích (pesticidy, farmaka, aditiva, …). Možnost necílového monitoringu.

Kapalinový chromatograf s hmotnostním spektrometrem (HPLC-MS)

Mgr.Vít Novotný
T: +420 485 35 31 25
E: vit.novotny@tul.cz

Stanovení polárních polutantů ve vodách

Kapalinový chromatograf s DAD a ELSD detektorem

Mgr.Vít Novotný
T: +420 485 35 31 25
E: vit.novotny@tul.cz

Stanovení polárních látek, molární hmotnost polymerů v GPC módu

Plynový chromatograf s FID, µECD a MS detektorem

Ing.Vojtěch Antoš, PhD.
E: vojtech.antos@tul.cz

Stanovení nepolárních polutantů v environmentálních matricích.

Plynový chromatograf s tandemovým hmotnostním spektrometrem GC-MS/MS 1

Ing.Vojtěch Antoš, PhD.
E: vojtech.antos@tul.cz

Stanovení těkavých organických látek a permanentních plynů ve vodách

Plynový chromatograf s tandemovým hmotnostním spektrometrem GC-MS/MS 2

Ing.Vojtěch Antoš, PhD.
E: vojtech.antos@tul.cz

Stopové stanovení perzistentních polutantů v environmentálních matricích.

Plynový chromatograf s přímým vstupem a FID + TCD detektorem

Mgr.Daniele Silvestri, Ph.D.
T: +420 485 35 38 38
E: daniele.silvestri@tul.cz

Monitoring plynných polutantů v reaktorech

Lyofilizátor

Mgr.Daniele Silvestri, Ph.D.
T: +420 485 35 38 38
E: daniele.silvestri@tul.cz

Vysoušení vzorků, příprava aerogelů

Zetasizer

Mgr.Daniele Silvestri, Ph.D.
T: +420 485 35 38 38
E: daniele.silvestri@tul.cz

Určení velikostní distribuce nanočástic

Femtosekundový infračervený laser

Ing. Sabrin Issam Abdallah
E: sabrin.abdallah@tul.cz

Příprava nanokatalyzátorů s asistencí laseru

Rentgenový difraktometr

Ing. Martin Palušák
E: martin.palusak@tul.cz

Měření a analýza struktury materiálů - určení krystalové struktury, identifikace fází, určení mikrostruktury.

Optický emisní spektrometr s indukčně vázanou plazmou (ICP-OES)

Ing. Martin Palušák
E: martin.palusak@tul.cz

Stanovení vybraných prvků v kapalných (vodných) vzorcích, v pevných vzorcích po rozkladu.

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