This micro reactor system offers an impressive range of functions for research and process development in the chemical industry as well as catalyst testing. With a tubular reactor that can withstand pressures of up to 100 bar at temperatures of 650 °C and 10 bar at 850 °C, it opens up a wide range of […]
Micro Reactor System with GC Read more
Our modular test bench for fuel cell systems, with an impressive output of 100 kW, provides a versatile platform for thorough testing and development of components for fuel cell systems, especially for the automotive sector. This test stand enables the step-by-step integration and testing of individual modules used in fuel cell vehicles. Thanks to automation
Modular Test Bench for Fuel Cell Systems with 100 kW Read more
Our jet pump test device for fuel cell systems is designed to test jet pumps. This device has a variety of components, including a static mixer, heat exchanger, valves, pressure and differential pressure measurements as well as hydrogen content and temperature measurements. It is specifically designed to analyse and optimise the efficiency and functionality of
Jet Pump Test Unit for Fuel Cell Systems Read more
This fluidized bed reactor test system is a versatile system designed for research and testing applications. It has interchangeable inserts to reproduce different flow profiles. This allows the test system to be adapted to specific research requirements. The precise measurement of pressure differences at various points in the reactor using a variable differential pressure sensor
Test Plant for Fluidized Bed Reactor Research Read more
This Catalyst test system for SCR-catalysts has been developed for the automated test of monolytic catalysts, namely SCR-catalysts. The focus is on quality control during production. The gas supply with 10 different gases controlled by mass flow meters enables the composition to be set precisely. A defined proportion of vapor can be set via the
Catalyst Test System for SCR-catalysts Read more
We have developed this polymerization reactor system with a compact design so that it is suitable for installation in a standard laboratory fume cupboard. At its heart is a replaceable stainless steel pressure reactor for polymerization, which ensures pressure and temperature resistance and is extremely durable. Our plant can be operated with both liquid and
Stirred Pressure Reactor for Polymerization Read more
Our Fuel Gas Pressure Reduction Training Plant was specially developed for training and education purposes. It enables the simulation of the Joule-Thomson effect. This is achieved by utilizing humidified hot air.One notable feature of this training plant is its ability to introduce disruptive factors. It accommodates three gas consumers of varying sizes, allowing for automatic
Training Plant for Fuel Gas Pressure Reduction Read more
This glass reactor plant is characterized by the exchangeable reactor and a particularly high degree of flexibility. The interchangeable glass reactor is available in 5 l, 10 l or 15 l volumes. The process connection and instrumentation are made via connection points in the DN200 cover. The glass reactor system is equipped with a Profibus/Profinet
Glass Reactor Plant with Exchangeable 5 l, 10 l or 15 l Reactor Read more
This 2-stage melt polymerization plant is designed for high-temperature polymerization processes. It consists of two insulated 10-liter high-temperature reactors, which can reach pressures of 4.8 and 24 bar and temperatures of up to 330 °C. This allows for production of polymers at high temperatures in the melt. This melt polymerization plant also has three thermostats
2-Stage Melt Polymerization Plant Read more
This 10-liter polycondensation plant includes a compact 10-liter stainless steel reactor. The entire system is designed to fit easily into a fume cupboard so that volatile hazardous substances can be continuously extracted. By combining the main reactor with an integrated rectification column and a subsequent phase separator, the system can be used for reactive rectification.
10 L Polycondensation Plant Read more
