Flowrence® technology powered by decades of innovation
Software purposely build for high throughput systems. Full integration of online and offline data.
The most accurate and stable pressure regulator for 16-reactors, just ±0.5bar RSD.
Programmable, fully automated liquid product sampling robot for 24/7 hands-off operation.
Individual temperature control
Flexibility in test design with independent Reactor Temperature Control (iRTC).
Proven applications with the Flowrence®
Maximum flexibility without compromise
- Multiple applications in one unit – change applications in one day
- Gas phase and trickle flow applications
- Remote access during operation
- Different reactor dimensions available
- Testing of catalyst powders and shaped materials (e.g., extrudates)
The broad operating window enables a wide range of experiments for multiple applications under industrially relevant conditions. The microfluidic technology for accurate gas and liquid feed distribution ensures feed flexibility. The microfluidic chips are indispensable to guarantee that all four reactors are operated under identical conditions and generate reproducible data for comparative evaluation of catalysts and processes.
The Flowrence XD is the system of choice to replace single-reactor units for early discovery catalyst experimentation
This 4-parallel reactors system significantly improves catalyst R&D.
Easy-to-use Reactor-in-reactor technology, self-contained housing, safety-in-design, powered by the robust Flowrence® software. EasyLoad® innovative reactor closing system with quick reactor loading where leak-tight is guaranteed. Improved uptime and reliability.
Handling your sensitive chemistry
A common concern in the chemical industry is testing of catalysts sensitive to moisture and oxygen. The Flowrence system can be coupled with a specialized glovebox to test such catalysts reliable and safely.
Drying-out a large-scale testing setup reliably is very challenging and time-consuming. Small-scale testing equipment offers a significant advantage over larger setups.
A very quick reactor loading can significantly reduce the risk of contamination. The small-scale Flowrence technology systems have an intrinsic advantage of handling these sensitive chemistries.