Fully automatic reactor testing device

Rock sign instrument automated reaction kettle, full process automation, smarter, safer, and more efficient experiments! The fully automatic reaction kettle test device adopts a four channel independent design, with automatic opening and sealing, fully automated control, and an automated pressure holding test program to ensure the safety and repeatability of the experiment. The kettle lifting system is conveniently adapted for automated feeding. The kettle and pipelines are self-cleaning, supporting organic/inorganic multi-channel liquid phase flushing without residue. Intelligent PID precise control of temperature/pressure/flow, achieving unmanned operation, greatly improving catalyst evaluation and process development efficiency.

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Fully automatic reactor testing device

Core functions and advantages

Modular design, efficient collaboration

Four channel independent reactor, supporting parallel testing

Efficiency increased by 4 times, supporting expansion

Intelligent temperature control and pressure monitoring

Adapt to multi scenario processes

Automatic opening+automatic sealing

Fully automated control throughout the process

Automated pressure holding test program

Ensure the safety and reproducibility of experiments

Kettle lifting system

Convenient adaptation to automated feeding

Self cleaning of the kettle and pipelines

Support organic/inorganic multi-channel liquid phase flushing without residue

Intelligent self-control system

Visual operation interface

Real time trend curve, multi-stage temperature control programming, equipment status monitoring

Intelligent PID adjustment

Accurate closed-loop control of temperature/pressure/flow rate

The key link in the high-throughput slurry bed evaluation of catalysts in the intelligent hydrothermal synthesis material preparation system is the integration of front-end catalyst preparation and back-end analysis and testing. The focus is on efficiently improving the fully automated evaluation and process parameter testing of catalysts, and enhancing the efficiency of catalyst evaluation in the slurry bed process.

Application field

Catalyst evaluation: Activity, selectivity, and lifespan testing of slurry bed/fixed bed catalysts

Material synthesis: nanomaterials MOFs、 Molecular sieve and other hydrothermal/solvothermal synthesis

Process development: Reaction kinetics research, process parameter optimization (temperature/pressure/ratio)

Teaching and Research: High throughput Experiments and Automated Teaching in Universities and Research Institutes