Reaction systems are designed and manufactured based on the users' needs such as studying a reaction kinetics at laboratory and pilot scale, catalyst screening or development.
The systems consist of four main units: upstream conditioning, reaction/sorption, downstream conditioning and analysis.
Analysis of gases during reaction can be carried out precisely and specifically in % or ppm level, in real time. Besides determination of specific gases like, CH4, CO2, O2 and H2S, different options such as GC, MS, FTIR can be attached to the system according to the costumer needs
Life-Long remote support is our commitment to our customers.
Contact us for further details. As the systems are quite versatile, a questionnaire needs to be filled to proceed with specifying a product to quote. Please consult factory for the questionnaire.
We offer reaction systems that are designed for your catalyst research applications such as catalyst screening and development, catalytic activity and selectivity testing, TPD, TPR, TPO, TPRxn experiments, that requires control of flow rate, temperature, pressure, upstream conditions, for both heterogenous and homogenous catalyst types.
Parameters such as temperature, pressure, gas concentrations are very important in sorption studies such as sorbent materials development, hydrogen sorption, CO2 sequestration. We can design and manufacture sorption systems based on years of experience.
Our reaction systems can be the best solution for applications related to reaction kineticts that are linked to the parameters such as temperature, concentration of reactants, flow rate of reactants and reactor type.
Reaction systems are designed and manufactured based on the users' needs such as studying a
reaction kinetics at laboratory and pilot scale, catalyst screening or development. We offer TRL-RXN
systems as it will provide best solution to your applications.
TRL-RXN systems consist of four main units such as upstream conditioning, reaction/sorption,
downstream conditioning and analysis.
Plug Flow Reactors and Continuous Stirred Tank Reactors in our portfolio are for student laboratories in chemical engineering departments of colleges and universities.
PFR systems are designed to monitor a liquid phase reaction taking place in tubular reactor. These are designed for maximum versatility, ease of use, operator adjustable reactor temperature, reactant flow rate and concentration. All wetted parts are PTFE or SS316.
TRL-CSTR system is designed to monitor a liquid phase reaction taking place in a stirred tank. These
systems are designed for maximum versatility, ease of use, operator adjustable reaction temperature
and reactant flow rates. Wetted parts are PTFE and pyrex glass.