
1、 Product Overview
This system is a new in-situ analysis equipment launched by Tianjin Energy Spectrum Technology, based on infrared spectroscopy andATRThe attenuated total reflection technology can be directly embedded in the reactor to achieve non-destructive online monitoring of chemical reaction processes, providing data support for process optimization and quality control.

2、 Core principles and composition
The system collects molecular bond vibration information of the reaction system through a specially designed fiber optic probe, and combines it with a Fourier transform infrared spectrometer to achieve accurate analysis. The core components include:
•Spectrometer and software: Ensure high-resolution data acquisition, with supporting software for real-time display, data analysis, and process control.
•optical fiberATREnclosure:A precision optical engine that integrates optical path transmission, signal optimization, environmental control, and interface expansion.
•Specialized probe: providedATRTotal reflection, transmission, high pressure, high temperature and other types, suitable for different reaction conditions.
•ATRCrystal: Select as needed, with the following parameters:
crystal types |
Wavenumber range |
pHscope |
refractive index |
diamond |
3100-2600The1900-600cm ⁻¹ |
1-14 |
2.42 |
Zinc Selenide |
3100-600cm ⁻¹ |
5-9 |
2.43 |
silicon/germanium |
3100-600cm ⁻¹ |
1-10 |
3.4/4 |
Fiber optic detection ring |
3100-600cm ⁻¹ |
5-9 |
2.1 |
3、 Product advantages
1. In situ testing: avoids sampling delays and sample deterioration, and provides more accurate data.
2. Easy to operate: modular design, plug and play, no consumables, low maintenance cost.
3. Strong adaptability: covering various reaction scenarios from normal temperature and pressure to high temperature and pressure.
4. Safe and efficient: Reduce the risk of personnel exposure to chemicals, accurately determine reaction endpoints to save costs.
4、 Application Fields
1. Suitable for chemical engineering scenarios such as organic synthesis and catalytic reactions;

2. Pharmaceutical processPATanalysis;

3. Crystallization and extrusion monitoring;

4. Biopharmaceutical fermentation process;

5. Development of Energy Materials

6Food and beverage ingredient testing.
