#UPWr Radiometer RPG-HATPRO-G50030134
Contact to: estera.trzcina@upwr.edu.pl. Equipment ID : 112, university ID : 664/03049, year of purchase : 2019, type : Radiometer. Continuous (1 Hz) monitoring of the state of the troposphere. Cloud detection and cloud base height measurement. Vaisala meteorological stations (WXT530) for the near-surface measurement of pressure, temperature, relative humidity, wind speed and direction, and rainfall. Measurements of integrated quantities such as total water vapour content in the atmospheric column (IWV) and total liquid water content in the atmospheric column (LWP).
AAS - spectroscopic atomic absorption
Contact : Department of Human Nutrition lbz@upwr.edu.pl. Equipment ID : 40, type : AAS -Varian, year of purchase : 2002. trace elements analysis.
ADDITIVE MANUFACTURING LABORATORY
The Additive Manufacturing Laboratory is equipped with a 5-axis LASERTEC 65 DED Hybrid – DMG MORI CNC machining center, which ensures flexibility in the production process by combining additive and subtractive manufacturing in a 3D space, resulting in high-quality machined surfaces. Processes are continuously monitored, ensuring operational safety and quality management. Products are designed using a comprehensive hybrid CAD/CAM system that enables the creation of part programs for both additive and subtractive processing. The machine is ideal for prototyping and testing innovative technological solutions. In this context, it is possible to produce parts from different materials integrated into a single manufacturing process. The application-based operating system provides an interface compatible with the Industry 4.0 concept. The machine is equipped with a significant number of sensors that collect process parameters and with devices for transmitting digital information. Thus, all relevant information regarding the technological processes can be transmitted to IoT and “Deep Learning” servers.
ANKOM 200 Fiber Analyzer
Contact : Institute of Agroecology and Plant Production iaipr@upwr.edu.pl. University ID : P009S/664/03290/1, equipment ID : 35, year of purchase : 2023, type : ANKOM A200. Performs Crude Fiber, Acid Detergent Fiber, and Neutral Detergent Fiber analyses for feeds and plants.
AQUA LAB, 4TE, SN S40005203
Institute of Agricultural Engineering. Contact to: Adam Figiel (adam.figiel@upwr.edu.pl). Year of purchase : 2015, university ID : 664/02751, equipment ID : 72, type : WATER ACTIVITY METER. A device used to measure water activity (aw) in food products preserved by drying.
Accelerometer GEOtinyAc
Contact to: krzysztof.sosnica@upwr.edu.pl. Year of purchase : 2021, university ID : 518/00046, equipment ID : 127, type : Accelerometr (5 pieces). 3-axis acceleration measurement.
Airborne particulate matter (particle counters & filter collection)
Contact : Elisabet Linden, Elisabet.Linden@hig.se
Anko LIT furnace
Contact : Department of Applied Bioeconomy sekretariat.kbs@upwr.edu.pl. University ID : 664/03280, equipment ID : 20, year of purchase : 2022, type : Ignition point of substance. Device that measures the ignition temperature of the substance in the layer.
Anko MIT furnace
Contact : Department of Applied Bioeconomy sekretariat.kbs@upwr.edu.pl. University ID : 664/03281, equipment ID : 19, year of purchase : 2022, type : Ignition point of dust. Device that measures the ignition temperature of a dusty substance in a cloud.
Anton Paar DMA 4500
Contact : Department of Fermentation and Cereals Technology; ktfiz@upwr.edu.pl. Type : Densimeter, equipment ID : 87. Automatic densimeter and NIR alcohol analyzer for the measurement of parameters of beer and other fermented beverages
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Automatic Methane Potential Test System II – AMPTS reactors
Contact : Department of Applied Bioeconomy sekretariat.kbs@upwr.edu.pl. University ID : 664/03146, equipment ID : 27, year of purchase : 2020, type : Glass reactors and collecting gas amount device. Device that measures the amount of biomethane produced during processes anaerobic fermentation from different substances at different times
Automatic Methane Potential Test System II – AMPTS reactors
Contact : Department of Applied Bioeconomy sekretariat.kbs@upwr.edu.pl. University ID : 664/03296, equipment ID : 28, year of purchase : 2023, type : Glass reactors and collecting gas amount device. Device that measures the amount of biomethane produced during processes anaerobic fermentation from different substances at different times
Autosorb IQ Quantachrome
Contact : Department of Applied Bioeconomy sekretariat.kbs@upwr.edu.pl. University ID : 664/03279, year of purchase : 2022, equipment ID : 21, type : Specific Surface area. Device that measures the specific surface area of a substance, pore distribution and other parameters determined by mathematical models for example BET, using nitrogen or carbon dioxide.
BIO SERWIS (prototype made according to the design)
Institute of Agricultural Engineering. Contact to: Małgorzata Fugol (malgorzata.fugol@upwr.edu.pl). University : 664/02750, equipment ID : 71, type : FLOW-THROUGH FERMENTOR SET, year of purchase : 2015. Study of the flow-through anaerobic fermentation process and biogas production.
BIOLOG
Contact : Plant Diseases Diagnostics Centre. Contact to Janusz Mazurek: janusz.mazurek@upwr.edu.pl. University ID : 664/03099, equipment ID : 48, type : ELx808BLG, year of purchase : 2020. System for the identification and incubation of aerobic and anaerobic bacteria, yeasts and fungi, including a module and software for the phenotyping of microorganisms.
Bakery line with a capacity of max. 80 kg of dough/cycle
Contact : Department of Fermentation and Cereals Technology; ktfiz@upwr.edu.pl. Equipment ID : 90, type : kneading-bow TUR 80; two-cart fermentation chamber; four-chamber batch oven. The line includes a kneading-bowl with a working capacity of up to 80 kg of dough, a two-trolley fermentation chamber and a 4-chamber batch oven. This allows for the optimization of individual bread production processes.
BioReactor Simulator – BRS reactors
Contact : Department of Applied Bioeconomy sekretariat.kbs@upwr.edu.pl. University ID : 664/03269, equipment ID : 29, year of purchase : 2022, type : Glass reactors, collecting gas amount device, contiuously fed system. Device measuring the amount of biomethane produced during the processes of different substances at different times with continuously fed anaerobic fermentation processes.
Biochemical and hematology analyzers(BW)
Blood analysis. Wrocław University of Environmental and Life Sciences (WUELS) > Faculty of Biotechnology and Food Science (FBFS) > Department of Human Nutrition (DHN)
Bioreactors
Contact : Department of Biotechnology and Food Microbiology@upwr.edu.pl. Type : stirred tank bioreactors - working valume 5-100 L, equipment ID : 39. For biotechnological processes.
Buchi Mini Spray Dryer B-290
Contact : Department of Fruit, Vegetable and Plant Nutraceutical Technology; anna.michalska@upwr.edu.pl. Year of purchase : 2020, equipment ID : 46, type : B-290. spray dryer.
CIRAS-4 Portable Photosynthesis System and FMS 2+ Fluorescence Monitoring System
Contact : Institute of Agroecology and Plant Production iaipr@upwr.edu.pl ; Center for Innovative Technologies Bartnicza Street. University ID : 807/00334, equipment ID : 36, year of purchase : 2023, type : portable gas exchange analysis system and portable chlorophyll fluorescence measurement system. The device for integrated measurement of photosynthetic processes of light and dark phases in leaves CIRAS-4.
Chromatographic compositional analysis and identification of compounds by GC/MSD and GPC methods(BW)
The chromatograph offers to analyze a sample (after dissolving it in an organic solvent) using a wide measuring system equipped with numerous columns with both porous and gel bed. The role of the carrier liquid (mobile phase) can be played by appropriately selected mixtures of eluents, which allows for appropriate refinement of sample separation. High accuracy and efficiency of the device allow accurate identification of the obtained fractions. Wrocław University of Environmental and Life Sciences (WUELS) > Faculty of Biotechnology and Food Science (FBFS) > Department of Food Storage and Technology (DFST)
Conducting physical and chemical modifications of starch and polysaccharide raw materials using the BUCHI reactor
Faculty of Food Technology and Storage. Contact: artur.gryszkin@upwr.edu.pl. Year of purchase : 2023, type : BUCHI reactor, equipment ID : 54. With this device, we offer to conduct high-performance chemical reactions with starch (and not only) and reactants at temperatures from 25 to 180oC and pressures from normal to 200 bar with the possibility of precise chemical dosing and pH control. The reactor is equipped with mechanical stirrers with replaceable stirring tips and a heating-cooling jacket, which allows continuous control of the reaction rate.
Cytek Amnis ImageStream X Mk II(BW)
Imaging Flow Cytometer - combines the high throughput performance of flow cytometry with the imagery and functional insights of microscopy. This unique combination enables a broad range of applications that would be impossible using either technique alone. Wrocław University of Environmental and Life Sciences (WUELS) contact person: Agnieszka Żak-Bochenek (agnieszka.zak@upwr.edu.pl)
Device for macroelements and microelements content
Contact : Institute of Agroecology and Plant Production iaipr@upwr.edu.pl. University ID : P0090U/664/02745, equipment ID : 33, year of purchase : 2015, type : macroanalyzer BWB-XP. The device is used to determine macroelement content plant and soil material.
Device for mineralization and destilation
Contact : Institute of Agroecology and Plant Production iaipr@upwr.edu.pl. Year of purchase : 2007, university ID : P009S/664/578, equipment ID : 32, type : protein analyzer. The device is used to determine protein content of plant and soil material
EDX Explorer 7000
Contact: igleb@upwr.edu.pl. Year of purchase : 2023, type : portable XRF spectrometer, equipment ID : 18, Enables rapid analysis of element concentration, i.e. based on fresh or dried samples of soils, sediments, rocks and minerals. Particlarly useful in field studies on the vertical and horizontal extend of soil and plant contamination or rapid detection of contamination with heavy metals in variosu environmental samples. Large applicability in archeological and geological studies.
Elhys NG
Institute of Agricultural Engineering. Contact to: Roman Stopa (roman.stopa@upwr.edu.pl). University ID : 664/01509, equipment ID : 80, year of purchase : 2008, type : NON-CONTACTING VIDEO EXTENSOMETER. Set for non-contact measurements of displacements of biological material subjected to loads.
Extrusion of polysaccharide materials using a twin-screw extruder
Faculty of Food Technology and Storage. Contact: artur.gryszkin@upwr.edu.pl. Year of purchase : 2023, equipment ID : 55, type : Braneder - TwinLab-F 20/40. The twin-screw extruder for processing small quantities of food and non-food polymers, fillers and other products, allows the simulation of production conditions or their wide pilot. Thanks to the fact that the extruder contains as many as 8 zone temperature controller and the freely modifiable nature of the sliders, we offer a very wide range of extrusions performed.
Felix Food 3D Printer Switch Headtool
Institute of Agricultural Engineering. Contact to: Klaudia Masztalerz (klaudia.masztalerz@upwr.edu.pl). Year of purchase : 2024, university ID : 487/00251, equipment ID : 82, type : 3D FOOD PRINTER. A device for printing three-dimensional elements using food biofilaments based on powders from raw materials or plant waste.
Fluorescence spectrometer
Contact : Department of Physics and Biophysics hanna.pruchnik@upwr.edu.pl. Year of purchase : 2022, equipment ID : 103, type : FluoTime 300 (PicoQuant). The FluoTime 300 is a high performance fluorescence spectrometer for materials science, life science, and photochemistry applications. Our fully automated setup contains complete optics and electronics for recording steady-state spectra as well as fluorescence decays by means of Time-Correlated Single Photon Counting (TCSPC) or Multichannel Scaling (MCS) from a few picoseconds to several seconds.
Foss 2200 Kjeltec Auto Distillation Unit
Contact : Institute of Agroecology and Plant Production iaipr@upwr.edu.pl. University ID : P009S/664/578, equipment ID : 31, year of purchase : 2001, type : protein analyzer. Distillation apparatus for Kjeldahl analysis for determination of protein content in plant material.
GAS DATA GFM 416
Institute of Agricultural Engineering. Contact to: Małgorzata Fugol (malgorzata.fugol@upwr.edu.pl). University ID : 664/02733, equipment ID : 70, year of purchase : 2015, type : BIOGAS ANALYZER. The analyzer is used to determine the composition of biogas: CH4, CO2, H2S, O2, NH3. The device is used for research purposes regarding the anaerobic fermentation process and biogas acquisition.
GC-MS for air chemical composition
Contact : Elisabet Linden, Elisabet.Linden@hig.se
Gas pycnometer
Contact : Institute of Agricultural Engineering Contact to: Krzysztof Lech (krzysztof.lech@upwr.edu.pl). Equipment ID : 102, type : AccuPyc II. The Micromeritics AccuPyc II is a fully automatic gas displacement pycnometer. Gas pycnometry is recognized as one of the most reliable techniques for obtaining volume and density of solid and powdered materials. Density and volume are determined by measuring the pressure change of helium (or other analysis gas) within calibrated cell volumes.
Gastronomic and consumer workshop
Contact : Department of Human Nutrition lbz@upwr.edu.pl. Equipment ID : 45, year of purchase : 2023. gastronomic and consumer training, modern culinary techniques.
Geotech GA 2000
Institute of Agricultural Engineering. Contact to: Małgorzata Fugol (malgorzata.fugol@upwr.edu.pl). Year of purchase : 2009, university ID : 664/01676, equipment ID : 66, type : BIOGAS ANALYZER. Determination of biogas composition: CH4,CO2,H2S,O2,NH3. The biogas composition analyzer is used for research purposes regarding the anaerobic fermentation process and biogas extraction.
Glutopeak
Contact : Department of Fermentation and Cereals Technology; ktfiz@upwr.edu.pl. Year of purchase : 2023, equipment ID : 83. A quick tool for testing the quality of gluten, it is a key quality and performance indicator in the breadmaking industry.
Gravimeter Micro-g LaCoste gPhoneX
Contact to: krzysztof.sosnica@upwr.edu.pl. Year of purchase : 2019, equipment ID : 111, university ID : 518/00027, type : Gravimeter. Permanent measurement of changes in the acceleration value of gravity on a gravimetric point in Wrocław. The device records measurements with an interval of 5Hz.
Greenhouse Gas Anallyzers
Li Cor portable units for in situ measurement of CO2, CH4 and N2O
HPLC 1260 Infinity II Agilent
Contact : Laboratory of Animal Feed and Nutrition Contact: laboratorium.kzzip@upwr.edu.pl. Year of purchase : 2023, equipment ID : 59, type : HPLC DAD. Amino Acid Analysis.
Handheld X-ray fluorescence spectrometer Bruker tracer III/IV SD
Mobile Unit - HERCULES Mobile
Heat flux meters (thermopiles)
Contact : Elisabet Linden, Elisabet.Linden@hig.se
Hibrid freeze dryer
Contact : Institute of Agricultural Engineering Contact to: Adam Figiel (adam.figiel@upwr.edu.pl). Year of purchase : 2023, equipment ID : 99, type : Prototype Hartimex. Efficient freeze drying with optional heat sources such as traditional heated shelves or infrared radiation or microwaves. Infrared radiation better penetrates the frozen material, increasing sublimation, while microwaves drastically reduce the desorption time and therefore the total process time and thus energy consumption.
High-performance liquid chromatograph coupled with a single quadrupole and a time-of-flight analyzer (Agilent 1290 Infinity II with 6546 QTOF)
Faculty of Veterinary Medicine; Department of Pharmacology and Toxicology; contact: blazej.pozniak@upwr.edu.pl.. Year of purchase : 2022, equipment ID : 53, type : LC-QTOF. Chromatographic system with precise mass detection used for quantitative and qualitative analyses of small molecular compounds.
HistoCore Multicat + HistoCore Arkadia C and H
Contact : Plant Diseases Diagnostics Centre. Contact to Janusz Mazurek: janusz.mazurek@upwr.edu.pl. Year of purchase : 2020, equipment ID : 47, university ID : 664/03105 + 664/0316, type : AS. Semi-Automatic Rotary Microtome + Heated Paraffin Embedding Station.
Human body analyzer
Contact : Department of Human Nutrition lbz@upwr.edu.pl. Year of purchase : 2023, type : Accunic, equipment ID 43. body composition analyzer.
Human exercise tests
Contact : Department of Human Nutrition lbz@upwr.edu.pl. Year of purchase : 2023, equipment ID : 44, type : BTL System. Measuring system physical activity and exercise tests
IKA C200 Calorimeter
Contact : Department of Applied Bioeconomy sekretariat.kbs@upwr.edu.pl. University ID : 664/02802, equipment ID : 24, type : Calorimeter, year of purchase : 2016. Device that measures the combustion heat and calorific value of solid substances.
INOX, PW-ZB-01
Institute of Agricultural Engineering. Contact to: Przemysław Bukowski (przemyslaw.bukowski@upwr.edu.pl). Year of purchase : 2020, university ID : 801/00124, equipment ID : 78, type : LABORATORY PRESSURE REACTOR. Reactor for conducting laboratory-scale thermal conversion of biomass (e.g. torrefaction) under pressure conditions with the possibility of regulating process parameters.
INSPEKT DUO 5
Institute of Agricultural Engineering. Contact to: Roman Stopa (roman.stopa@upwr.edu.pl). University ID : 664/03178, equipment ID : 76, type : ENDURANCE TESTING MACHINE, year of purchase : 2020. Force measurement accuracy class 0.5 according to ISO 7500-1 in the range from 0.025kN to 5kN. Measuring range up to 10 kN, loading speed 0.001 - 1200mm/min. Designed mainly for rheological tests.
INSTRON 5566
Institute of Agricultural Engineering. Contact to: Roman Stopa (roman.stopa@upwr.edu.pl). Year of purchase : 1995, university ID : 664/00074, equipment ID : 61, type : ENDURANCE TESTING MACHINE. Determination of mechanical properties of biological materials, i.e. breaking stress, modulus of elasticity, TPA properties, bending stiffness, etc. Measuring range up to 15 kN, loading speed 0.5 - 500 mm/min. No specific class of force measurement accuracy 0.5 according to ISO 7500-1.
Inclination sensor and crack gauge
Contact to: jan.sierny@upwr.edu.pl. University ID : 664/03062, equipment ID : 110, type : Inclination sensor and crack gauge, year of purchase : 2019. Measuring changes in the deflection of objects and changes in the size of cracks formed on objects
Inclinometer Posital Fraba ASC-080-SV00-HE2-PM
Contact to: krzysztof.stasch@upwr.edu.pl. Year of purchase : 2021, university ID : P010G/6/01525, equipment ID : 132, type : Inclination sensor (5 pieces). Measurement of object deflection over time.
Inratek 1241 Grain Analyzer
Contact : Department of Fermentation and Cereals Technology; ktfiz@upwr.edu.pl. Type : NIR analyzer, equipment ID : 88. NIR protein, humidity and starch analyzer for variety of cereals
IsoSpark Duo
Contact : Departmemt of Reproduction and Clinic for Farm Animals, wojciech.nizanski@upwr.edu.pl. Year of purchase : 2022, equipment ID : 94. A platform for proteome, metabolome, and intracellular signaling analysis at the single-cell as well as population level.
KK 240 Smart Pro Climatic Chamber
Contact : Department of Fermentation and Cereals Technology; ktfiz@upwr.edu.pl. Equipment ID : 89, type : Climatic chamber. A climatic chamber, in which humidity, temperature and lightning can be automatically controlled.
KONICA MINOLTA, CR 400, B8208940
Institute of Agricultural Engineering. Contact to: Adam Figiel (adam.figiel@upwr.edu.pl). University ID : 664/01979, equipment ID : 81, year of purchase : 2011, type : COLORIMETERS FOR COLOR MEASUREMENT. The colorimeter is used in the analysis of the color of samples of various origins, especially plant ones. It allows for the measurement of the color difference between the standard and the tested sample, the change in the color of the sample after fixation by drying.
Konica Minolta CM-600d
Contact: igleb@upwr.edu.pl. Year of purchase : 2021, equipment ID : 16, type : colour spectrometer. Enables precise identification and analysis of colours (soils, plants, rocks, food, paints etc) in several colour systems, incuding XYZ, Munsell, CIE Lab etc.
LABCONCO FreeZone 4,5
Institute of Agricultural Engineering. Contact to: Adam Figiel (adam.figiel@upwr.edu.pl). Year of purchase : 2019, university ID : 664/03035, equipment ID : 75, type : LABORATORY LYOPHILIZATION KIT. A device used to dehydrate biological materials after freezing.
LB-12 Mashing Machine
Contact : Department of Fermentation and Cereals Technology; ktfiz@upwr.edu.pl. Type : Mashing machine, equipment ID : 86. Mashing machine capable of mashing 12 different mashes during the same round of operation.
LECO TGA701
Institute of Agricultural Engineering. Contact to: Przemysław Bukowski (przemyslaw.bukowski@upwr.edu.pl). Year of purchase : 2020, university ID : 664/03182, equipment ID : 77, type : A device for carrying out technical analysis of solid fuels.
Liquid chromatograph with FLD and PDA detector and autosampler from Waters Alliance
Equipment - Laboratory of Oenology Colaço do Rosário
Living lab Green house
Contact : Prof. Bahram Moshfegh, bahram.moshfegh@hig.se. Living Lab in greenhouse facility for optimized growing climate, sustainability and resilience.
MA-2
Contact: igleb@upwr.edu.pl. Year of purchase : 2010, equipment ID : 12, type : Hg analyzer. Enables rapid analysis of Hg in solid samples (soils, sediments, wastes, food, plants etc.)
MACFADYEN Extractor
Contact : Department of Plant Protection bozena.nizio@upwr.edu.pl. University ID : 664/03339, equipment ID : 30, year of purchase : 2023, type : High-Gradient-Extractor used in soil ecology. Extraction apparatus to automatically expel soil arthropods, especially mites and collembolans. Soil samples are heated from above via hot air and cooled and slightly moistened by cool humidified air from below. Arthropods move towards the cool area and are collected via a collecting funnel in the collecting vessels on the underside of the extractor.
MAMMERT type VO101
Institute of Agricultural Engineering. Contact to: Adam Figiel (adam.figiel@upwr.edu.pl). Year of purchase : 2019, equipment ID : 74, university ID : 664/03023, type : A device used for dehydration of biological materials under reduced pressure conditions with the possibility of programming changes in process parameters over time.
METTLER TOLEDO, DSC 821e, SNR5116305491
Institute of Agricultural Engineering. Contact to: Przemysław Bukowski (przemyslaw.bukowski@upwr.edu.pl). Year of purchase : 1997, university ID : 664/00188, equipment ID : 62, type : SCANNING CALORIMETERS DSC. Analysis of changes occurring in biological material, municipal waste in a given temperature range (decomposition, glass transition, melting, crystallization) and identification of food components (proteins, saccharides, fats).
MGL 200
Institute of Agricultural Engineering. Contact to: Błażej Gaze (blazej.gaze@upwr.edu.pl). Year of purchase : 2010, university ID : 664/01780, equipment ID : 67, type : PELLET PRODUCTION LINE. Comprehensive pellet production line.
MIRI® Time-Lapse Incubator
Contact : Departmemt of Reproduction and Clinic for Farm Animals, wojciech.nizanski@upwr.edu.pl. Equipment ID : 96, year of purchase : 2022. Multiroom incubator with a built-in camera and microscope. The MIRI® Time-Lapse Incubator provides high quality time-lapse images of embryos developing in "real-time" without having to remove the embryos from the safety of the incubation chamber for manual microscopy.
Mettler – Toledo TGA/DSC
Department of Applied Bioeconomy sekretariat.kbs@upwr.edu.pl. Year of purchase : 2023, type : STA method, equipment ID : 22. Device that measures a sample by thermogravimetric (TGA) and differential scanning calorimetry (DSC) methods. They are used for simultaneous thermal analysis (STA).
Microbrewery – Brewing research and development line with a 2 hl brewhouse and fermentation line
Contact : Department of Fermentation and Cereals Technology; ktfiz@upwr.edu.pl. Equipment ID : 93, type : Brewery line. The microbrewery is equipped with a fully automated machine park, covering the entire beer production process—from raw material preparation, through mashing, fermentation, and maturation, to bottling, keging and pasteurization. The line includes a three-vessel brewhouse with a capacity of 2 hl and four fermentation tanks with capacities of 2 hl and 4 hl.
Microtox®500
Contact: igleb@upwr.edu.pl. Equipment ID : 15, year of purchase : 2018, type : exotoxycology analyzer. Enables an analysis of acute toxocity in waters and water extracts, including soil and waste extracts.
Mixolab
Contact : Department of Fermentation and Cereals Technology; ktfiz@upwr.edu.pl. Year of purchase : 2013, university ID : 664/02496, equipment ID : 85, type : Mixolab 1.0. The mixolab is dough testing equipment used to assess the baking quality and performance of hydrated cereal flours. It’s used to characterize the rheological behavior and pasting properties of flour/water doughs and starch/water mixtures when subjected to the simultaneous action of mixing and heat transfer (changes in temperature)
Mobile gravimeter CG-6
Contact to: krzysztof.sosnica@upwr.edu.pl. University ID : 518/00045, equipment ID : 126, year of purchase : 2021, type : Gravimeter. Measurements of relative acceleration values on gravimetric points, gradient measurements, establishment of geodetic matrices, studies of the local geoid and quasigeoid, geodynamic scientific studies, including mine monitoring and land subsidence, and other measurements, including exploration.
Multi-GNSS Station BES1
Contact to: estera.trzcina@upwr.edu.pl. Year of purchase : 2018, university ID : 620/00038, equipment ID : 114, type : GNSS Station. Multi-GNSS data recording (including HR-GNSS).
Multi-GNSS Station CES1
Contact to: estera.trzcina@upwr.edu.pl. Year of purchase : 2018, university ID : 620/00039, equipment ID : 115, type : GNSS Station. Multi-GNSS data recording (including HR-GNSS).
Multi-GNSS Station KES1
Contact to: estera.trzcina@upwr.edu.pl. Year of purchase : 2018, university ID : 620/00041, equipment ID : 117, type : GNSS Station. Multi-GNSS data recording (including HR-GNSS).
Multi-GNSS Station LES1
Contact to: estera.trzcina@upwr.edu.pl. Year of purchase : 2018, university ID : 620/00044, equipment ID : 120, type : GNSS Station. Multi-GNSS data recording (including HR-GNSS).
Multi-GNSS Station PES1
Contact to: estera.trzcina@upwr.edu.pl. Year of purchase : 2018, university ID : 620/00042, equipment ID : 118, type : GNSS Station. Multi-GNSS data recording (including HR-GNSS).
Multi-GNSS Station RES1
Contact to: estera.trzcina@upwr.edu.pl. Year of purchase : 2018, university ID : 620/00040, equipment ID : 116, type : GNSS Station. Multi-GNSS data recording (including HR-GNSS).
Multi-GNSS Station WROE
Contact to: estera.trzcina@upwr.edu.pl. Year of purchase : 2018, university ID : 620/00043, equipment ID : 119, type : GNSS Station. Multi-GNSS data recording (including HR-GNSS).
Multi-section convection dryer
Contact : Institute of Agricultural Engineering Contact to: Krzysztof Lech (krzysztof.lech@upwr.edu.pl). Year of purchase : 2024, equipment ID : 101, type : Prototype CD6-T90/v4. The dryer enables simultaneous drying of 6 samples with independent automatic regulation of temperature and speed of the drying agent. It enables determination of drying kinetics and energy consumption and obtaining dried samples with different parameters for qualitative tests.
NanoCellect WOLF G2 cell sorter
Contact : Departmemt of Reproduction and Clinic for Farm Animals, wojciech.nizanski@upwr.edu.pl. Year of purchase : 2024, equipment ID : 95, type : Cell sorter. Advanced benchtop microfluidic cell sorter designed for gentle microfluidic cell sorting. It features dual laser capabilities and supports up to nine fluorescent colors, providing researchers with robust options for complex experimental designs. The WOLF G2 maintains sterility and low-pressure sorting, ensuring the integrity and viability of delicate cells, such as stem cells and primary cells. The instrument's intuitive workflow supports both bulk sorting and single-cell dispensing into 96- or 384-well plates when used with the N1 Single-Cell Dispenser, making it a versatile tool for applications ranging from single-cell genomics and cell line development to gene editing and antibody discovery.
Noraxon Clinical DTS
Institute of Agricultural Engineering. Contact to: Marek Brennensthul (marek.brennensthul@upwr.edu.pl). Year of purchase : 2012, university ID : 802/00093, equipment ID : 79, type : ELECTROMYOGRAPH EMG. Device for testing physical loads (static muscle tension)
Novoclave type 3/600ml
Contact : Department of Applied Bioeconomy sekretariat.kbs@upwr.edu.pl. University ID : 801/00160, equipment ID : 26, type : Thermal and pressure reactor, year of purchase : 2021. Device that produces substances under the influence of tempeature and high pressure, used, for example, during hydrothermal carbonization processes (HTC).
Nuclear Magnetic Resonance (NMR)
NMR spectroscopy is one of the most important techniques in determining the structure of compounds. Based on the magnetic properties of the nuclei of various chemical elements, the different experiments carried out in NMR provide us with valuable information for the structural study of organic or organometallic compounds, whether they are natural products, synthetic products, biomolecules, etc. It can also be used to carry out kinetic studies and conformational analyses...
Omnidirectional thermistor anemometers (several)
Contact : Elisabet Linden, Elisabet.Linden@hig.se
Outdoor climate measurement equipment (portable)
Contact : Elisabet Linden, Elisabet.Linden@hig.se. Wind speed (sonic anemometers), Solar radiation (diffuse + direct), Precipitation, Temperature, Humidity.
Oxford Nanopores MinION
Contact : Faculty of Veterinary Medicine, Department of Biochemistry and Molecular Biology, Genomics and Transcriptomics Lab. maciej.zacharski@upwr.edu.pl. Year of purchase : 2023, equipment ID : 51, type Mk1C. Standalone nanopore DNA and RNA sequencer
PHOTON
Institute of Agricultural Engineering. Contact to: Przemysław Bukowski (przemyslaw.bukowski@upwr.edu.pl). Year of purchase : 2018, university ID : 664/02940, equipment ID : 73, type : EXHAUST GAS ANALYZER. A device for testing the content of gaseous pollutants in exhaust gases. It can be used for research on combustion processes (e.g. biomass).
PIV and LDA (speed + direction; detailed turbulence mapping)
Contact : Elisabet Linden, Elisabet.Linden@hig.se
PROTOTYPE
Institute of Agricultural Engineering. Contact to: Przemysław Kobel (przemyslaw.kobel@upwr.edu.pl). Year of purchase : 2011, university ID : 664/02377, equipment ID : 69, type : WIND TUNNEL. The wind tunnel can be used, among others, to test wind turbines (models or micro turbines).
Packer
Contact : Department of Food Storage and Technology, ktrip@upwr.edu.pl. Year of purchase : 2023, equipment ID : 92. Automatic food packaging machine.
Particle size analysis of bulk and liquid samples
Faculty of Food Technology and Storage. Contact: artur.gryszkin@upwr.edu.pl. Year of purchase : 2004, equipment ID : 57, type : Mastersizer 2000; MALVERN corporation. Conducting analysis of the composition and size of particles found in bulk or wet samples is performed using Laser Light Diffraction. By equipping the measuring system with an ultracentrifugal ladle, the wet sample can be subjected to rapid uniformity
Passive equipment for large scale (field survey) measurements
Contact : Elisabet Linden, Elisabet.Linden@hig.se
Performing rheological measurements at extremely low shear stresses and high shear rates,
Faculty of Food Technology and Storage. Contact: artur.gryszkin@upwr.edu.pl. Year of purchase : 2013, equipment ID : 58, type : HAKKE RS 6000. The device makes it possible to measure visco-elastic viscosity properties of liquids as well as rubbers and pastes using various measurement systems while controlling the process temperature.
Perkin Elmer PE 2400 series II CHNS/O
Contact : Department of Applied Bioeconomy sekretariat.kbs@upwr.edu.pl. University ID : 664/02835, year of purchase : 2016, equipment ID : 25, type : CHNS elementary analyser. Device that measures the percentage content of elements such as carbon, hydrogen, nitrogen, sulfur and indirectly oxygen in substances.
Portable CO 2 gas analyzer
Contact : Institute of Agroecology and Plant Production iaipr@upwr.edu.pl ; Center for Innovative Technologies Bartnicza Street. University ID : 801/00288, equipment ID : 37, type : EGM-5 Soil Respirometer, year of purchase : 2023. For measuring CO2 efflux from soil.
Protherm - Pyrolytic reactor (BW)
Device that allows the thermal processing of substances under aerobic, anaerobic or other gas conditions. The device allows to make the processes of torrefaction and pyrolysis in 3 heating zones and to take pyrolysis gas during the proces. Wrocław University of Environmental and Life Sciences (WUELS) > Faculty of Life Sciences and Technology (FLST) > Department of Applied Bioeconomy (DAB)
QuantStudio3
Contact : Plant Diseases Diagnostics Centre. Contact to Janusz Mazurek: janusz.mazurek@upwr.edu.pl. University ID : 664/03097, equipment ID : 49, year of purchase : 2020. Equipment for conducting rtpcr/qpcr reactions, including software.
Qubit Fluorometer
Contact : Faculty of Veterinary Medicine, Department of Biochemistry and Molecular Biology, Genomics and Transcriptomics Lab. maciej.zacharski@upwr.edu.pl. Year of purchase : 2023, equipment ID: 52, type : ThermoFisher Qubit 4. Fluorometer for precise DNA and RNA concentration and quality measurement.
RI Integra 3TM Micromanipulator
Contact : Departmemt of Reproduction and Clinic for Farm Animals, wojciech.nizanski@upwr.edu.pl. Year of purchase : 2024, equipment ID : 97, type : Micromanipulator. Ergonomic and comfortable to use, ensuring samples are kept at the optimal temperature, creating best possible conditions for ICSI and sample manipulation.
Radiometer RPG-HATPRO-G50030138(BW)
Continuous (1 Hz) monitoring of the state of the troposphere. Cloud detection and cloud base height measurement. Vaisala meteorological stations (WXT530) for the near-surface measurement of pressure, temperature, relative humidity, wind speed and direction, and rainfall. Measurements of integrated quantities such as total water vapour content in the atmospheric column (IWV) and total liquid water content in the atmospheric column (LWP). Wrocław University of Environmental and Life Sciences (WUELS) > Faculty of Environmental Engineering and Geodesy (FEEG) > Institute of Geodesy and Geoinformatics (IGG) contact person: Estera Trzcina (estera.trzcina@upwr.edu.pl)
Rheofermentgraph
Contact : Department of Fermentation and Cereals Technology; ktfiz@upwr.edu.pl. Year of purchase : 2023, equipment ID : 84, type : Rheo F4. Uniquesolutionto analyze in one single test the dough proofing properties and assessment of the usefulness of yeast in bakery production. evaluation of the influence of baking additives on the fermentation properties of dough and the quality of bread.
Rigaku MiniFlex
Contact: igleb@upwr.edu.pl. Year of purchase : 2023, type : XRD spectrometer, equipment ID : 13. Enables mineralogical analysis, i.e., identification of crystalline mineral phases in soil, sediments and rock samples using X-ray diffractometry. Can work with bulk samples and specifi fractions, e.g. clay minerals.
Rigaku Supermini 200(BW)
Enables geochemical analysis, i.e., concentration of elements in soils, rocks, minerals, sediments etc. using XRF spectroscopy in bulk samples (pelleted). The method is particularly iseful in an analysis of elements which alternatively require digestion with HF or melting, such as Si, Al, Mg, Sr, Ba, Hf, Rb etc.
SAR passive reflector CR 01
Contact to: krzysztof.stasch@upwr.edu.pl. University ID : 809/00001, equipment ID : 104, year of purchase : 2018, type : SAR reflector. The construction is used to amplify the reflection of the signal coming from the SAR satellites
SAR passive reflector CR 02
Contact to: krzysztof.stasch@upwr.edu.pl. University ID : 809/00002, equipment ID : 105, year of purchase : 2018, type : SAR reflector. The construction is used to amplify the reflection of the signal coming from the SAR satellites
SAR passive reflector CR 03
Contact to: krzysztof.stasch@upwr.edu.pl. University ID : 809/00003, equipment ID : 106, year of purchase : 2018, type : SAR reflector. The construction is used to amplify the reflection of the signal coming from the SAR satellites
SAR passive reflector CR 04
Contact to: krzysztof.stasch@upwr.edu.pl. University ID : 809/00004, equipment ID : 107, year of purchase : 2018, type : SAR reflector. The construction is used to amplify the reflection of the signal coming from the SAR satellites
SAR passive reflector CR 05
Contact to: krzysztof.stasch@upwr.edu.pl. University ID : 809/00005, equipment ID : 108, year of purchase : 2018, type : SAR reflector. The construction is used to amplify the reflection of the signal coming from the SAR satellites
SAR passive reflector CR 06
Contact to: krzysztof.stasch@upwr.edu.pl. University ID : 809/00006, equipment ID : 109, year of purchase : 2018, type : SAR reflector. The construction is used to amplify the reflection of the signal coming from the SAR satellites
SAR passive reflector JANK
Contact to: krzysztof.stasch@upwr.edu.pl. University ID : 809/00247, equipment ID : 121, year of purchase : 2023, type : SAR reflector. The construction is used to amplify the reflection of the signal coming from the SAR satellites.
SAR passive reflector KAMA
Contact to: krzysztof.stasch@upwr.edu.pl. University ID : 809/00250, equipment ID : 124, year of purchase : 2023, type : SAR reflector. The construction is used to amplify the reflection of the signal coming from the SAR satellites.
SAR passive reflector KSTA
Contact to: krzysztof.stasch@upwr.edu.pl. University ID : 809/00251, equipment ID : 125, year of purchase : 2023, type : SAR reflector. The construction is used to amplify the reflection of the signal coming from the SAR satellites.
SAR passive reflector MAIL
Contact to: krzysztof.stasch@upwr.edu.pl. University ID : 809/00249, equipment ID : 123, year of purchase : 2023, type : SAR reflector. The construction is used to amplify the reflection of the signal coming from the SAR satellites.
SAR passive reflector NAWI
Contact to: krzysztof.stasch@upwr.edu.pl. University ID : 809/00248, equipment ID : 122, year of purchase : 2023, type : SAR reflector. The construction is used to amplify the reflection of the signal coming from the SAR satellites.
SET- Inter Medic (among others NIKON, SMZ 1500)
Institute of Agricultural Engineering. Contact to: Marta Pasławska (marta.paslawska@upwr.edu.pl). University ID : 664/01212, equipment ID : 64, year of purchase : 2007, type : STAND FOR MICROSCOPIC RESEARCH OF THE MATERIALS STRUCTURE. Image analysis kit enabling determination of characteristic areas visible on a microscopic image.
SMARTTECH 3D UNIVERSE 5 Mpix
Institute of Agricultural Engineering. Contact to: Jarosław Czarnecki (jaroslaw.czarnecki@upwr.edu.pl). Year of purchase : 2020, university ID : 487/00186, equipment ID : 60, type : 3D SCANNER. Digital image analysis, measurements of changes in shape, volume, consumption of technical resources and biological products.
Self-propelled seeder for precision seeding
Contact : Institute of Agroecology and Plant Production iaipr@upwr.edu.pl ;Center for Innovative Technologies Bartnicza Street. University ID : 591/00043, equipment ID : 38, year of purchase : 2023, type : Wintersteiger Precision Drill. Seivator for spot sowing of seeds and grains.
Shimadzu GC-2030 NEXIS
Contact: igleb@upwr.edu.pl. Year of purchase : 2023, equipment ID : 17, type : Gas chromatograph. Enables precise analysis of CO2, CH4 and NOx in air samples. Particulalrly dedicated to the studies on warming gas emission from soils and plants, in both field and laboratory experiments.
Shimadzu MultiNA
Contact : Faculty of Veterinary Medicine, Department of Biochemistry and Molecular Biology, Genomics and Transcriptomics Lab. maciej.zacharski@upwr.edu.pl. Year of purchase : 2023, equipment ID : 50, type : MultiNA. Automated Nucleic Acids (DNA, RNA) electrophoresis system. Suitable RNA integrity asessment, RFLP and PCR product screening.
Solar Lab
Contact : Dr. Joao Gomes, Joao.Santos.Gomes@hig.se. The University of Gävle's research building features a state-of-the-art solar lab, complemented by three workshops, all equipped with cutting-edge solar collectors. These collectors represent a unique technology, distinguishing the university's facilities in renewable energy research. Video : https://youtu.be/OjoDjESXh6k
Sonic anemometers (speed + direction)
Contact : Elisabet Linden, Elisabet.Linden@hig.se
Spectrophotometer
Contact : Institute of Agroecology and Plant Production iaipr@upwr.edu.pl, university ID : P009OU/664/897, equipment ID : 34, year of purchase : 2005, type : Spectrophotometer UV AquaMate. The device is used to determine macroelement content plant and soil material.
TESTO - 350 M/XL
Institute of Agricultural Engineering. Contact to: Przemysław Bukowski (przemyslaw.bukowski@upwr.edu.pl). Year of purchase : 2004, university ID : 664/00892, equipment ID : 63, type : EXHAUST GAS ANALYZER. Measurement of the chemical composition of exhaust gases.
THERMO SCIENTIFIC, M6 AA System, NC 942340021062
Institute of Agricultural Engineering. Contact to: Małgorzata Serowik (malgorzata.serowik@upwr.edu.pl). University ID : 664/01580, equipment ID : 65, year of purchase : 2008, type : ATOMIC ABSORPTION SPECTROPHOTOMETR. AAS apparatus used to determine chemical elements (mainly metals) in samples of plant origin and municipal waste.
Tekscan I SCAN
Institute of Agricultural Engineering. Contact to: Roman Stopa (roman.stopa@upwr.edu.pl). Year of purchase : 2011, equipment ID : 68, university ID : 664/02301, type : SURFACE PRESSURE MEASUREMENT SYSTEM. The Tekscan system is designed to measure forces, contact areas and surface pressures. It is used to test damage to biological materials.
Temperature, humidity, CO2 loggers
Contact : Elisabet Linden, Elisabet.Linden@hig.se
Test - Nazwa w języku angielskim (BW)
a*Opis pełny w języku angielskim Wrocław University of Environmental and Life Sciences (WUELS) > Department of IT Teaching Systems and Audiovision (DoITTSaA) contact person: Paweł Dworaczek (pawel.dworaczek@upwr.edu.pl)
Test - Nazwa w języku angielskim (ML)(BW)
a*Opis pełny w języku angielskim Wrocław University of Environmental and Life Sciences (WUELS) > Department of IT Teaching Systems and Audiovision (DoITTSaA) contact person: Paweł Dworaczek (pawel.dworaczek@upwr.edu.pl)
Testbed heat treatment
Contact : Prof. Bahram Moshfegh, bahram.moshfegh@hig.se. Excellence in heat treatment processes to design sustainable advanced metal products in a complete environment for researching and developing the most creative and innovative technological solutions. The living lab has been equipped with advanced physical test facilities for heat treatment of long and flat steel products, resources for computer simulation, as well as resources for material testing.
Tracking of airborne contaminants
Contact : Elisabet Linden, Elisabet.Linden@hig.se
VP-SEM-EDS HITACHI 3700N with X-ray spectrometer BRUKER Xflash 5010SDD
MD12:D50icroscopy and Microanalysis Instrumentation
Vacum fryer
Contact : Department of Food Storage and Technology, ktrip@upwr.edu.pl. Year of purchase : 2023, equipment ID : 81. The vacuum fryer allows you to obtain snacks with reduced fat content
Vacuum-microwave dryer
Contact : Institute of Agricultural Engineering Contact to: Adam Figiel (adam.figiel@upwr.edu.pl). Year of purchase : 2022, equipment ID : 100, type : Prototype Promis-Tech Wroclaw. This type of dryer allows rapid removal of water from the raw material thanks to internal microwave heating, which creates a high pressure gradient between the interior of the material and the surrounding vacuum, which favors the diffusion of moisture. This is accompanied by a puffing effect, which limits the collapse of the cell structure and leads to a crispy texture of the dried product with a high bioactive potential thanks to the short drying time and limited presence of oxygen.
Ventilation and air infiltration measurement equipment
Contact : Elisabet Linden, Elisabet.Linden@hig.se
Visualization techniques (particle tracking etc.)
Contact : Elisabet Linden, Elisabet.Linden@hig.se
X-ray microtomograph
Contact : Institute of Agricultural Engineering Contact to: Klaudia Masztalerz (klaudia.masztalerz@upwr.edu.pl). Year of purchase : 2022, equipment ID : 98, type : Phoenix Vitomex S. A non-destructive imaging technique that utilizes X-rays to create 3D micrometer-scale images of the internal structure of objects. Micro-CT can be used on a of a wide range of materials including raw materials, porous materials, composites, metals, polymers, pharmaceuticals and biological specimens.
Zwick Roell
Contact : Department of Human Nutrition lbz@upwr.edu.pl. Year of purchase : 2023, equipment ID : 42, type : Zwick Roell. Reological food analysis.