| Producer | Location | Description |
| Waters | LASB/MS | Samples can be analyzed using five ionization methods: ESI, APCI, APPI, MALDI i ASAP. SYNAPT is used for accurate mass measurements of pure samples and the samples separated by UPLC and for structural identification using collision induced dissociation (CID) and ion mobility methods.
Contact: Dorota Staszek |
| Producer | Location | Description |
| Waters | LASB/MS | AutoSpec Premier spectrometer could be used for the following measurements:
Contact: Dorota Staszek |
| Producer | Location | Description |
| Agilent | LASB/MS |
The system consists of the Agilent 7890A gas chromatograph coupled with Agilent 5975C single quadrupole mass spectrometer with EI and CI ion sources. Samples can be introduced also through the Headspace autosampler. Contact: Dorota Staszek |
| Producer | Location | Description |
| Jasco |
LASB/PSO |
Electronic Circular Dichroism spectroscopy is a widely used method for determining the absolute structure of molecules in solution and solid-phase.
Contact: dr Marcin Górecki |
| Producer | Location | Description |
| Jasco |
LASB/PSO |
Electronic Circular Dichroism spectroscopy is a widely used method for determining the absolute structure of molecules in solution and solid-phase. Spectropolarimeter ECD Jasco J-815 is equipped with a Peltier thermostatic adapter, which allows for measurements in the range from-10oC to 110oC, an Oxford cryostat for measurements up to -196oC, an adapter for solid phase measurements and an analytical HPLC set (for HPLC-ECD detection).
Contact: dr Marcin Górecki |
| Producer | Location | Description |
| Jasco | LASB/PSO | ORD spectroscopy is a technique complementary to the ECD, and it records the variation of optical rotation of chiral substances as a function of the wavelength of linearly polarized light.
Contact: dr Marcin Górecki |
| Producer | Location | Description |
| BioTools | LASB/PSO |
VCD spectrometer records the chiroptical spectra in the IR range. VCD can be regarded as an extension of ECD to the IR range, where the oscillatory transitions occur only within the ground-state of the molecule. Contact: dr Marcin Górecki |
| Producer | Location | Description |
| Jasco | LASB/PSO |
UV-VIS-NIR spectroscopy encompasses the ultraviolet, visible and near-infrared region of the electromagnetic spectrum. This technique is routinely used for the qualitative and quantitative analysis of any chemical compounds containing in their structure chromophoric system, both in solution and solid-state. Contact: dr Marcin Górecki |
| Producer | Location | Description |
| Cary | LASB/PSO | UV-VIS spectroscopy encompasses the ultraviolet and visible region of the electromagnetic spectrum. This technique is routinely used for the qualitative and quantitative analysis of any chemical compounds containing in their structure chromophoric system.
Contact: dr Marcin Górecki |
| Producer | Location | Description |
| Jasco | LASB/PSO |
IR spectroscopy allows analyzing the structure of molecules (and detect functional groups) and their interaction with the environment. The equipment includes an ATR attachment with a diamond crystal and ZnSe. Contact: dr Marcin Górecki |
| Producer | Location | Description |
| Shimadzu | LASB/PSO | IR spectroscopy allows analyzing the structure of molecules (and detect functional groups) and their interaction with the environment. The equipment includes an ATR attachment withZnSe crystal.
Contact: dr Marcin Górecki |
| Producer | Location | Description |
| Jasco | LASB/PSO | Polarimeter Jasco P-2000 allows you to make measurements of optical rotation of chiral substances. It is equipped with two lamps: a sodium lamp (589nm) and a mercury lamp (578, 546, 436, 405, 365nm).
Contact: dr Marcin Górecki |
| Producer | Location | Description |
| Bruker | LASB/X-ray | It allows to study the structure of organic and metalloorganic compounds and to assign the absolute configuration of chiral compounds.
Contact: dr Maja Morawiak |
| Producer | Location | Description |
| Oxford Cryosystems | LASB/X-ray | It makes it possible to study chemically unstable compounds/crystals in the 100 – 373 K temperature range.
Contact: dr Maja Morawiak |
| Producer | Location | Description |
| Nikon/Linkam | LASB/X-ray |
It enables the observation and registration of a sample in polarized light in the temperature range up to 300 °C – e.g. observation of phase transitions, polymorphism. Contact: dr Maja Morawiak |
| Producer | Location | Description |
| Elementar | LASB/AE |
The apparatus is used to determine the percentage of C, H, N, S in organic compounds with an accuracy of 0.3%. Contact: MSc, Eng. Krystyna Markucińska |
| Producer | Location | Description |
| Radwag | LASB/AE |
The balance is used to make precise weights with an accuracy of 0.001 mg, max 2 g. Contact: MSc, Eng. Krystyna Markucińska |
| Producer | Location | Description |
| Mettler | LASB/AE |
The device is used to determine the content of Cl, Br, J in organic compounds with an accuracy of 0.3% Contact: MSc Ewa Czykiel |
| Producer | Location | Description |
| Mettler | LASB/AE |
On this scale, precise weights can be made with an accuracy of 0.001 mg, max 5 g. Contact: MSc Ewa Czykiel |
| Producer | Location | Description |
| Varian | LASB/NMR |
It comes standard with an Auto XID probe. It is a probe in invers configuration, optimal for all measurements with detection in the proton channel. The BB (wideband) channel of this probe covers the frequency range of 31P to 15N (242.9 to 60.8 MHz). We currently offer a full range of 1D and 2D measurements, both homonuclear, heteronuclear and diffusion. The Auto XID probe allows you to perform temperature measurements in the range from -100 to 100 ℃. Contact: dr hab. Wojciech Schilf prof. IOC PAS |
| Producer | Location | Description |
| Varian | LASB/NMR |
As standard, this instrument is equipped with an Auto XDB probe with a direct configuration, recommended for direct heteronuclear measurements. This probe allows you to perform 19F resonance measurements using the high-frequency channel and broadband measurements in the range from 31P to 15N (from 202.4 to 50.7 MHz). The Auto XDB probe allows you to perform temperature measurements in the range from -100 to 100 ℃. Contact: dr hab. Wojciech Schilf prof. IOC PAS |
| Producer | Location | Description |
| Bruker | LASB/NMR |
This instrument is equipped with a universal probe that allows you to perform measurements with signal detection both in the proton channel (inversions) and in the broadband channel using direct methods. The BB (broadband) channel covers the range from 19F to 109Ag (from 376.5 to 18.6 MHz), thus allowing the measurement of proton-fluorine correlations. This device is equipped with a temperature module, which allows to perform temperature measurements in the range -80 to 60 ℃. Contact: dr hab. Wojciech Schilf prof. IOC PAS |
| Producer | Location | Description |
| — | Team I |
The cluster consists of 5 computers, 32 processors each and 2 computers, 16 each, which is a total of 188 processors. Each of the computers except one has 128 GB of RAM. Gaussian version 16 A.03 is installed. The cluster operates in a multi-access mode with a queuing system. You can install your own Linux programs. Contact: prof. Witold Danikiewicz dr Magdalena Zimnicka |
| Producer | Location | Description |
| Retsch | Team II Room 123 |
Ball mills are one of the most effective tools for grinding hard, brittle and fibrous materials. Intensive grinding provides energy for carrying out chemical reactions in the solid phase. Usage:1. mechanochemical processes: solid phase synthesis according to the principles of green chemistry. Perovskite synthesis.2. fragmentation of substances in the process of drug formulation preparation. Contact: prof. Bartłomiej Furman |
| Producer | Location | Description |
| Retsch | Team II Room 123 |
Ball mills are one of the most effective tools for grinding hard, brittle and fibrous materials. Intensive grinding provides energy for carrying out chemical reactions in the solid phase. Usage:1. mechanochemical processes: solid phase synthesis according to the principles of green chemistry. Perovskite synthesis.2. fragmentation of substances in the process of drug formulation preparation. Contact: prof. Bartłomiej Furman |
| Producer | Location | Description |
| Jasco | Team II Room 123 |
The P-2000 is a configurable, high-precision digital polarimeter with multiple measuring range options. Usage:
1. Measurement of optical rotation. Contact: dr Barbara Grzeszczyk |
| Producer | Location | Description |
| Radleys | Team III Room 108 |
Carousel 12 Plus Reaction Station allows you to carry out up to 12 reactions, ensuring the same conditions for the performed experiments. Contact: dr Rafał Kusy |
| Producer | Location | Description |
| Institute of High Pressure Physics PAS | Team IV Room 21 |
Kit for carrying out reactions under very high pressure Contact: Wiktor Ignacak |
| Producer | Location | Description |
| — | Team IV Room 5 |
Maximum ozone output – 5 g / h. Smooth regulation of oxygen flow enables the reaction to be carried out from the micro scale to several grams of substrate in one portion. Contact: prof. Zbigniew Pakulski |
| Producer | Location | Description |
| SI ANalytics | Team V Room 136/138 |
A device for measuring the water content in liquid samples using the coulometric method (up to a maximum of 5%). Contact: dr hab. Michał Michalak |
| Producer | Location | Description |
| MBraun | Team V Room 133/135 |
The glovebox allows you to work under nitrogen as an inert gas in anhydrous and anaerobic conditions (<1 ppm). A scale (0.01 mg) and a magnetic stirrer were installed inside the chamber. Contact: dr hab. Wojciech Chaładaj |
| Producer | Location | Description |
| Unipress | Team VIII Room 38 |
The reactor was designed to carry out high-pressure reactions (on the order of a few kbar) under flow conditions. Contact: dr Patryk Niedbała |
| Producer | Location | Description |
| Unipress | Team VIII Room 021 |
High-pressure presses allow the reaction to be carried out under high pressure, up to 10 kbar. Contact: dr Patryk Niedbała |
| Producer | Location | Description |
| Agilent Technologies | Team VIII Room 021 |
The spectrometer allows the measurement of UV-Vis spectra. Contact: dr Patryk Niedbała |
| Producer | Location | Description |
| Agilent Technologies | Team VIII Room 021 |
The device enables measurements of fluorescence, phosphorescence, chemo- and bioluminescence as well as temporal measurements of phosphorescence. Contact: dr Patryk Niedbała |
| Producer | Location | Description |
| Advion | Team VIII Room 38 |
The spectrometer allows you to measure mass up to 2000 U. Contact: dr Patryk Niedbała |
| Producer | Location | Description |
| Hitachi | Team IX Room 7 |
Apparatus for measuring absorption spectra. Contact: prof. Agnieszka Szumna |
| Producer | Location | Description |
| Malvern Panalytical | Team IX Room 7 |
Apparatus for measuring particle size and zeta potential of solutions on the basis of light scattering. Contact: prof. Agnieszka Szumna |
| Producer | Location | Description |
| Cole Parmer | Team IX Room 7 |
Homogenizer for immersion in the solution. Allows to carry out ultrasound-assisted reactions or homogenize the mixture. Contact: prof. Agnieszka Szumna |
| Producer | Location | Description |
| Shimadzu | Team X Room 017 |
Shimadzu UV3600i Plus is designed to measure the absorption of light by solutions in the range 185-3300 nm. Dual beam optical system, has a double monochromator, photometric range -6 Abs to +6 Abs. Contact: dr Yevgen Poronik |
| Producer | Location | Description |
| Edinburgh Instruments | Team X Room 017 |
The Edinburgh Instruments FS5 fluorimeter, equipped with the Hamamatsu R13456 photomultiplier, is designed to measure the fluorescence of solutions in the range of 230-980 nm. Raman signal-to-noise ratio for water 6000: 1. Contact: dr Yevgen Poronik |
| Producer | Location | Description |
| Perkin Elmer | Team X Room 017 |
The Perkin Elmer Lambda 25 spectrophotometer is designed to measure the absorption of light by solutions in the range 190-1100 nm. Dual beam optical system, photometric range -3.2 Abs to +3.2 Abs. Contact: dr Yevgen Poronik |
| Producer | Location | Description |
| Perkin Elmer | Team X Room 7 |
The Hitachi F7000 fluorimeter, equipped with the Hamamatsu R928P photomultiplier tube, is designed to measure the fluorescence of solutions in the range of 230-900 nm. Raman signal-to-noise ratio for water 1000: 1. Contact: MSc Paulina Jurek |
| Producer | Location | Description |
| BioLogic | Team XIIIa Room 35 |
The potentiostat enables electrochemical tests. The key application of the device is the electroanalytical measurements of redox-active chemical compounds and their mixtures. Contact: dr Mateusz Woźny |
| Producer | Location | Description |
| Hoger | Team XIV Room 107 |
Simple glovebox operating in flow-through mode, nitrogen or argon atmosphere. It enables the storage and weighing (up to 0.1 mg) of substances sensitive to oxygen and moisture. Contact: dr hab. Rafał Loska Jakub Brześkiewicz |
| Producer | Location | Description |
| Edinburgh Instruments |
Team XV |
The spectrofluorimeter allows for fluorescence measurements with excitation in the range of 230-1000 nm and emission in the range of 230-980 nm.
Contact: MSc, Eng Katarzyna Orłowska |
| Producer | Location | Description |
| UOSlab Miniphoto |
Team XV |
Photoreactor allowing for simultaneous irradiation of 24 reaction samples. It is equipped with LEDs with wavelengths: 365 nm, 405 nm, 450 nm, 525 nm and 660 nm. Contact: MSc, Eng Katarzyna Orłowska MSc Joanna Turkowska |
| Producer | Location | Description |
| CEM |
Team XV |
A device that emits microwave radiation, designed to carry out chemical reactions. Microwave energy can significantly accelerate the course of chemical processes. Contact: MSc Aleksandra Potrząsaj MSc, Eng Krzysztof Dworakowski |
| Producer | Location | Description |
| Agilent | Team XVa Room 115 |
The Cary 60 spectrophotometer allows you to quickly record the full absorption spectrum in the 190 to 900 nm range. An additional adapter allows you to control the temperature of the tested sample, as well as its mixing and exposure between measurements. Contact: dr Maciej Giedyk |
| Producer | Location | Description |
| CEM | Team XXI Room 123 |
A device that emits microwave radiation, designed to carry out chemical reactions at elevated temperature. Microwave energy allows you to significantly accelerate the course of chemical processes. The device enables the reaction to be carried out in closed vessels (10 ml, 35 ml) and in open reaction flasks (5-125 ml) under a reflux condenser. Parameters: power: 0-300 W; pressure: 0-30 bar; temperature: 40-300 ˚C Contact: dr hab. Sebastian Stecko |
| Producer | Location | Description |
| Parr Instruments Company | Team XXI Room 123 |
Pressurized hydrogenation reactor with temperature controller. Parameters: reaction vessels 250 and 500 ml, hydrogen pressure up to 5 bar, temperature 20-80 ˚C Contact: dr hab. Sebastian Stecko prof. Bartłomiej Furman |
| Producer | Location | Description |
| Radleys | Team XXI Room 137/139 |
12-station parallel synthesis reactor equipped with a magnetic stirrer, temperature controller and cooling block. Reaction vessels capacity: 10 ml, 20 ml, temperatures: -78 ˚C to 250 ˚C; possibility to work in an inert gas atmosphere. Contact: dr hab. Sebastian Stecko |
| Producer | Location | Description |
| MBraun | Team XXI Room 124/126 |
A chamber for operation in a controlled atmosphere of inert gas (nitrogen, argon). Enables the work and storage of substances sensitive to moisture or air. The chamber is equipped with an analytical balance, magnetic stirrer and a device for removing static charges. Contact: dr hab. Sebastian Stecko prof. Bartłomiej Furman dr hab. Michał Michalak |
| Producer | Location | Description |
| Hanovia | Team XXI Room 123 |
Immersion photoreactor, equipped with a 150 W medium pressure mercury lamp. Glass reactor with a capacity of 500 ml is equipped with a mixing element, an inert gas supply and a side arm for a reflux condenser. Contact: dr hab. Sebastian Stecko |
| Producer | Location | Description |
| Michał M. Więcław IOC PAS |
Team II |
Software for bath processing of Gaussian output files, dealing with structure optimization and calculation of chemical compounds’ optical activity. Contact: Michał M. Więcław |