Reaction calorimeter RC1e with in-situ FTIR (ReactIR 45 m) and FBRM (Lasentec D600 tip L) probes (Metler Toledo)
Reaction calorimeter RC1e (3 L or 200 mL) is a high-performance thermostat that allows the development of chemical processes under the same conditions as in manufacture. With the software, used for RC1e, the whole process is controlled with precise thermostating (the temperature interval of thermostatic fluid from -90 °C to +250 °C), mixing, dosing and regulation of pressure in the reactor can also be controlled. In addition to controlling process parameters, RC1e also enables to see the thermodynamic properties of preparations and processes (exotherm, endotherm, cp of reactants and products).
High-pressure mixing reactor (Parr)
The high-pressure mixing reactor (Parr) volume of 1900 mL is designed for chemical reactions in the liquid phase up to 300 bar and up to 315 °C. Since it is made of titanium (Ti & SS-316) it is used for studies of purification/oxidation of pollutants occurring in wastewater.
System of five parallel packed bed reactors (built in-house)
The reactor system of five parallel high-throughput packed bed reactors (SS-316) is intended for simultaneous testing of the catalytic properties of materials (activity, selectivity, stability) up to 500 °C in 200 bar. Fast product analysis is ensured with a dual channel of Agilent 490 Micro GC.
Stirred reactor (Autoclave engineers)
Mixing reactor (SSL), SS-316, volume 300 mL is intended for chemical reactions (Batch, Semi-batch, CSTR) in different phases (GL, GS, LS, GLS) at pressures up to 345 bar and at temperatures up to 510 ° C. It has the possibility of direct verification of products with GC or FTIR analysis.
Carousel reaction station with six reactors (Carousel 6 Plus Reaction Station, Radleys)
The carrousel reaction station of six 100 mL reactors, which are intended for the reactions of several samples at controlled temperature (up to 180 °C) and stirring, up to max 700 rpm, in an inert atmosphere.
System of six parallel batch reactors (Parr)
Reactor system with six reactors, volume 75 mL, with possibility of mixing is used for chemical reaction studies (Batch, Semi-batch, CSTR) in different phases (G-L, G-S, L-S, G-L-S) and at pressures up to 200 bar and temperatures up to 300°C.
System of three parallel micro batch reactors (Parr)
Reactor system with three micro reactors, volume 10 mL, with possibility of mixing is used for chemical reaction studies (Batch, Semi-batch, CSTR) in different phases (G-L, G-S, L-S, G-L-S) and at pressures up to 200 bar and temperatures up to 300°C.
Microactivity—Reference (PID End&Tech)
The Microactivity-Reference is an automated and computer controlled fixed-bed tubular reactor (Autoclave Engineers) for catalytic testing operating at different temperatures up to 700 °C, pressures up to 100 bar and flow rates (liquid, gasses).
System of six parallel batch reactors (AMAR)
High-speed gradient reactor system (made in-house)
High-speed gradient reactor system to determine the microkinetic mechanisms and reaction kinetics.
Plasma-catalytic reactors (DBD and spark plasma reactors) (made in-house)
Plasma-catalytic reactors (DBD and spark plasma reactors) are used for methane valorisation. Syngas is produced from methane with CO2 as co-reagent, and methanol and formaldehyde are obtained when O2 is used. For both of the processes, reaction kinetics as well as the effect of various process parameters and usage of different catalysts are studied.
High-pressure thermogravimetre with GCMS(Rubotherm)
The reactor is equipped with a scale or the possibility of thermogravimetric analysis, with the main requirements being a relatively wide range of operating temperatures, pressures and flows of carrier gases. Another essential feature is the possibility of introducing one or more other aggressive (oxidative, reductive, corrosive ...) gases into the reactor part without damaging the scale.