Fixed Bed Catalysis CRE-3303
Technical Specifications
| Parameter | Value / Specification |
|---|---|
| Reactors – Diameter | approx. 10mm |
| Reactors – Height | approx. 120mm |
| Peristaltic Pump – Max. Flow Rate | approx. 50mL/min |
| Heating Circuit Pump – Max. Flow Rate | 10L/min |
| Heating Circuit Pump – Max. Head | 30m |
| Heating Circuit Pump – Power Consumption | 120W |
| Heating Circuit – Tank | approx. 15L |
| Heater | approx. max. 1kW |
| Tanks for Reactant and Product – Capacity | approx. 2000mL |
Experiments Included
- Fundamentals of chemical catalysis
- Fundamentals of enzymatic catalysis
- Use of a photometric analyzer
- Drawing up a quantity balance
- Determining yield
Fixed Bed Catalysis (CRE-3303) is designed to demonstrate catalytic chemical reactions using a fixed-bed reactor system. The unit enables the breakdown reaction of dissolved saccharose into glucose and fructose. A saccharose solution is pumped into the reactor through a peristaltic pump, where the catalyst forms a permanent fixed bed. The system includes three reactors for catalyst comparison and a controlled heating water circuit to investigate the effect of temperature on the reaction. A specially designed photometer is available for measuring the glucose content of the product, with optional software-based data evaluation on a PC.
Key Features
- Investigation of catalytic reactions
- 3 reactors for comparison of various fixed bed catalysis
- Peristaltic pump with adjustable speed to transport the reactant into the reactors
- Regulated heating circuit with water tank, heater and pump to regulate the reactor temperatures
- 1 scaled container for reactant and product respectively
- Photometer for analysis of the product (optional)
