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
This gas phase polymerization plant uses a 1.8 liter reactor designed to operate at 175 °C and up to 40 bar operating pressure. This makes the system ideal for polymerization directly from the gas phase. An efficient stirring system ensures that the reaction phase is always optimally mixed. This system is equipped with a dynamic
Gas Phase Polymerization Plant Read more
This distillation plant consists of a stainless steel column DN30, capable of withstanding temperatures of up to 350 °C and suitable for vacuum conditions. This column is designed for the containment and monitoring of toxic or explosive gases. The system is fully automated, with an industrial control system ensuring seamless and safe operation. Features: Description
High Temperature Distillation Plant Read more
This plant consists of an oscillating bed reactor with a pulsator, offering a versatile platform for various reactions. The reactor consists of 2 adjacent tubes with heating jackets, which are connected to each other via a U-tube. The internals are inserted into the tube and are therefore also variable. Mixing is achieved by a pulsating
Oscillating Bed Reactor Read more
This container unit is designed for the conversion of biogas into liquid fuel. This unit is housed in a container that includes the entire plant as well as an operator station with a PC. Moreover, it is equipped for remote control operations, providing flexibility in monitoring and management. Features: Description Unit Value Dimensions W x
Container Unit for Biogas to Liquid Fuel Conversion Read more
This catalyst test plant for high-melting fluids such as wax comprises a heated convection oven that is purged with inert gas. This ensures the heating and flowability of all components for highly viscous educts or those with a melting point above ambient temperature. It has a three-zone furnace, which is equipped with a tubular reactor
Catalyst Test Plant for Fluids with High Melting Points Read more
This simple fluidized bed reactor is using a specialized tubular quartz glass reactor with a high-temperature resistance of up to 1000 °C. This equipment features three different gas feeds, allowing precise control of reaction conditions. Its compact design ensures it fits conveniently into a standard laboratory fume hood. The special feature of this device is
Simple Fluidized Bed Reactor for Catalyst Activation Read more
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