PLR ECTS-L2200 Continuous Flow Electrochemical Reaction Testing Platform Introduction: The PLR ECTS-L2200 continuous flow electrochemical reaction testing platform provides a system for product separation, drying, and measurement, with reserved collection ports. Users can collect and test the products themselves, and use them directly for the next reaction step, thus helping analysts easily achieve reaction product determination. characteristic: 1. Efficient and energy-saving design: The system is matched with a two chamber electrolytic cell, with close electrode distance, which greatly improves mass transfer efficiency, reduces system cell pressure, achieves power consumption reduction, and has a positive impact on experimental results, products, and costs; 2. Integrated product processing: Provide a system for product separation, drying, and measurement with reserved collection ports. Users can collect and test the products themselves, and use them directly for the next reaction step, thereby helping analysts easily achieve reaction product determination; 3. Intelligent control: The temperature, flow rate, and reaction pressure of the system electrolyte can be measured and controlled, providing a quick solution for experimental condition screening, accelerating the research and development process, and helping users expand more application directions; 4. Application Expansion: The system provides values such as power consumption and Faraday efficiency calculation, helping analysts easily obtain accurate experimental measurement data. Technical parameters: Output voltage: 0~12 V Voltage accuracy: 0.01 V Output current: 0~20 A Current accuracy: 0.01 A Storage tank capacity: 100 mL Circulating flow range: 30~200 mL/min Hydrogen flow range: 0~200 mL/min Oxygen flow range: 0~100 mL/min Work pressure: 0~1.6 MPa (medium pressure version); 0~0.3 MPa (atmospheric version) Working temperature: 10~90 ° C
Introduction: The PLR ECTS-L2200 continuous flow electrochemical reaction testing platform provides a system for product separation, drying, and measurement, with reserved collection ports. Users can collect and test the products themselves, and use them directly for the next reaction step, thus helping analysts easily achieve reaction product determination.
