CO₂ Capture and Conversion Integrated Device
Capture-Separation-Conversion-Detection Integrated · High Precision Modular · Research Specialized
Introduction
The laboratory-level CO2 capture and conversion integrated system is a high-precision, modular research device designed for research institutions, university laboratories, and enterprise R&D centers. This system realizes the "Capture-Separation-Conversion-Detection" full-process integrated operation, eliminating the need for complex multi-device splicing, significantly reducing experimental difficulty, and improving research efficiency.
The system can customize various adsorption capture technologies and efficient catalytic conversion modules, accurately capturing CO2 from different gas sources (such as simulated industrial flue gas, atmosphere, biogas, etc.), and converting it into high-value chemicals (such as methanol, formic acid, carbon monoxide, hydrocarbons, etc.) or energy carriers under controlled conditions. With precise parameter control capabilities, stable operating performance, and comprehensive data analysis functions, it provides strong hardware support for basic research, catalyst screening, and reaction mechanism exploration in the field of CO2 resource utilization.
Compared with traditional decentralized equipment, this system has significant advantages such as compact size, intelligent operation, and precise data. It can flexibly adapt to different experimental scenario needs, helping researchers quickly advance research processes and accelerate the transformation of scientific research results.
System Components
Precise Capture Module
Advanced adsorption technology, solid/liquid adsorption paths available, precise capture of CO₂ from different sources (industrial flue gas, atmosphere, etc.), suitable for capture agent validation.
Efficient Conversion Module
Supports high-efficiency electrochemical reduction of CO₂ to produce high-value products at different scales, adaptable to different cell structures and various medium/low/high pressure CO₂ electro-reduction systems.
Product Analysis Module
Efficient gas-liquid product separation, supports online GC module configuration, real-time analysis of CO₂, target products, and by-product concentrations.
Intelligent Control System
PLC control, touch screen operation + PC remote, real-time data monitoring and export, high-precision closed-loop control.
Technical Parameters
Capture Module
Electrolytic Cell Module
System Module
Core Advantages
Integrated Design
Integrates capture, separation, conversion, and online detection modules with built-in piping, making experiments more convenient.
High Precision Control
High-precision closed-loop control of key parameters such as temperature, pressure, flow rate, and reactant ratio ensures data accuracy and reliability.
Modular Architecture
Modular functional units allow flexible configuration and upgrades according to different research needs, with high scalability.
Project Cases
The following cases are customized electrochemical testing equipment delivered by eChemStore, covering various technical routes, which can be quickly replicated or deeply customized according to your research goals.
