Supply Unit for Chemical Reactors
Categories: Engineering Lab EquipmentThe reactor is the core element of a chemical production facility. In the reactor, the starting substances (reactants) react with each other to form a new substance (product). The reactor has to guara...
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Description
The reactor is the core element of a chemical production facility. In the reactor, the starting substances (reactants) react with each other to form a new substance (product). The reactor has to guarantee the conditions for an optimal reaction process. This primarily concerns the temperature in the reactor. Different types of reactors are used, depending on the requirements.
It serves as a supply unit for six different reactors. The reactor to be examined is mounted onto the supply unit and held by two pins in position.
Learning Objectives/Experiments
In conjunction with a reactor:
Learning the design and operation of different reactor types
Conversion depending on reactor type
Conversion depending on retention time in the reactor
Conversion depending on temperature
Conversion depending on concentration
Fundamentals of a saponification reaction
Determination of the retention time distribution
Features
Supply unit for various reactors
Saponification reaction with conductivity measurement to determine the conversion
Preheating of the reactants
Specification
Supply unit for 6 different chemical reactor types
Connection of the reactors via hoses with quick-release couplings
Water circuit with tank, heater, temperature controller, pump and low water cut-off for heating and Cooling (with water chiller)
Temperature control of the reactants and reactors
3 glass tanks for reactants and products
5 peristaltic pumps to deliver the reactants and products
2 combined sensors for measuring the conductivity and temperature
Technical data
Peristaltic pump for reactants
max. flow rate: approx. 180mL/min
with hose 8,0x4,8mm
Peristaltic pump for products
max. flow rate: approx. 420mL/min
with hose 8,0x4,8mm
Water pump
max. flow rate: 10L/min
max. head: 30m
power consumption: 120W
Heater
power consumption: 1500W
Tanks
reactants: 2x 3L
product: 5L
heating water: 8L
Measuring ranges
conductivity: 2x 0…100mS/cm
temperature: 2x 0…55°C, 1x 0…60°C
flow rate: 1x 0…240L/min
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase
quick overview :
The reactor is the core element of a chemical production facility. In the reactor, the starting substances (reactants) react with each other to form a new substance (product). The reactor has to guarantee the conditions for an optimal reaction process. This primarily concerns the temperature in the reactor. Different types of reactors are used, depending on the requirements.
It serves as a supply unit for six different reactors. The reactor to be examined is mounted onto the supply unit and held by two pins in position.
Learning Objectives/Experiments
In conjunction with a reactor:
Learning the design and operation of different reactor types
Conversion depending on reactor type
Conversion depending on retention time in the reactor
Conversion depending on temperature
Conversion depending on concentration
Fundamentals of a saponification reaction
Determination of the retention time distribution
Features
Supply unit for various reactors
Saponification reaction with conductivity measurement to determine the conversion
Preheating of the reactants
Specification
Supply unit for 6 different chemical reactor types
Connection of the reactors via hoses with quick-release couplings
Water circuit with tank, heater, temperature controller, pump and low water cut-off for heating and Cooling (with water chiller)
Temperature control of the reactants and reactors
3 glass tanks for reactants and products
5 peristaltic pumps to deliver the reactants and products
2 combined sensors for measuring the conductivity and temperature
Technical data
Peristaltic pump for reactants
max. flow rate: approx. 180mL/min
with hose 8,0x4,8mm
Peristaltic pump for products
max. flow rate: approx. 420mL/min
with hose 8,0x4,8mm
Water pump
max. flow rate: 10L/min
max. head: 30m
power consumption: 120W
Heater
power consumption: 1500W
Tanks
reactants: 2x 3L
product: 5L
heating water: 8L
Measuring ranges
conductivity: 2x 0…100mS/cm
temperature: 2x 0…55°C, 1x 0…60°C
flow rate: 1x 0…240L/min
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase
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