The EMC-1 is a single-channel, fully automatic catalyst evaluation device designed for the catalyst development and screening stages. It significantly reduces time and labor requirements. This device utilizes microreaction technology at its core and is built on a fully automated process control system to ensure optimal reaction efficiency. Compact and innovative, the system offers a range of configurations and options for catalyst screening. Through an interactive software control system, it conducts a series of experiments that yield high-precision and reproducible results in real time.
EMC-1 Single-Channel Automatic Catalyst Evaluation Device
Half the effort, double the performance.
A highly efficient assistant for catalyst R&D, screening, and evaluation.
The EMC-1 is a single-channel, fully automatic catalyst evaluation device designed for the catalyst development and screening stages. It significantly reduces time and labor requirements. This device utilizes microreaction technology at its core and is built on a fully automated process control system to ensure optimal reaction efficiency. Compact and innovative, the system offers a range of configurations and options for catalyst screening. Through an interactive software control system, it conducts a series of experiments that yield high-precision and reproducible results in real time.
The system can be monitored and controlled remotely via a mobile phone (Android), eliminating the need for on-site staff.
Features a finely tuned subdivision drive with pressure control accuracy of less than 0.1 MPa.
Utilizes non-linear fitting technology for accurate positioning of preset pressure levels.
Includes an optional automatic pressure reducing valve and automatic back pressure valve that work in tandem to manage the entire process of adjusting the reaction system's pressure.
One-key operation can easily set reaction conditions and start the process with a single button press, streamlining system initialization.
Intelligent management software can integrate with inline chromatography to automatically manage reaction conditions and sample content, providing analytical conclusions efficiently.
Gas-Solid Reaction Type
Compact dimensions: 460 x 450 x 508 (DxWxH, mm)
Easy insertion and pressing of the catalyst column, with no screws required for tightening. It can handle a maximum pressure of 18 MPa (optional) and a maximum temperature of 800 °C.
A heated gas outlet is reserved to prevent condensation and precipitation of samples, facilitating serial connection to inline gas chromatography.
| Module | Specifications |
| Gas Mass Flow Meter | Gas flow rate: 2-100 sccm (100 sccm), 4-200 sccm （200 sccm), 10-500 sccm (500 sccm), 0.02-1 slm (1 slm) Accuracy: ±1 % F.S. Repeatability: RSD<0.5% F.S. Suitable gas: H2, N2, CO, CO2, NH3 |
| Reaction Column | Column volume：1 mL , 3.8mL Column ID: 2.1 mm Column OD: 3.7 mm Column length: 300 mm Column material: Quartz |
| Backbone | No. of gas pipeline: 1-2 Pipeline material: 316L System pressure resistance: ≤ 10 MPa Working pressure: ≤ 8 MPa Reactor temperaure：Rt-800℃ Catalyst particle size： 0.1-3 mm Dimension (DxWxH, mm): 450x460x508 |
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More InfoThe EMC-2 dual-channel automatic catalyst evaluation device is suitable for the development and screening stages of reactions. This device, employing microreaction technology at its core and automated process control,maximizes reaction efficiency. The fully-automated, compact system offers customizable configurations for catalyst screening. By executing a series of experiments through an interactive software control system, it yields high-precision and high reproducibility results in real time.
More InfoThe EMC-1 is a single-channel, fully automatic catalyst evaluation device designed for the catalyst development and screening stages. It significantly reduces time and labor requirements. This device utilizes microreaction technology at its core and is built on a fully automated process control system to ensure optimal reaction efficiency. Compact and innovative, the system offers a range of configurations and options for catalyst screening. Through an interactive software control system, it conducts a series of experiments that yield high-precision and reproducible results in real time.
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