ReactIR 15 - Discontinued Product
Discontinued since: Dec, 2019
Improves Chemistry Understanding
Organic chemists and scientists strive to improve the research and development of chemical compounds, synthetic chemical routes and processes. In situ reaction monitoring tracks concentration changes of key reactive and transient species to understand mechanism pathway, determine kinetics and detect major reaction events. ReactIR 15 is a real-time, in situ mid-infrared based system designed to study reaction progression and provide specific information about reaction initiation, conversion, intermediates and endpoint. The comprehensive nature of the data makes it ideal for real-time process optimization.
Sampling technology options enable the successful monitoring of gas or liquid phases under any process conditions such as:
- Acidic
- Corrosive
- High Pressure Chemistries
- Low Temperature
Chemistries include:
- Acid Chloride Formation
- Grignard Formation
- Mixed Anhydride Formation
Replaced with: System ReactIR 702L, TEMCT
Improve Reaction Understanding
Replaced with: System ReactIR 701L, LN2
Performance Simplified
Specifications
Specifications - ReactIR 15
| For Use In | Laboratory |
| Software | iC IR |
| Detector | LN2 MCT SE MCT |
| Optical Range (Base Unit) | 4000 – 650 cm-1 |
| Purge Requirement | No |
| Dimensions (HxWxD) | 274 mm x 180 mm x 249 mm |
| Weight | 20 lb (9 kg) |
| Communication | USB 2.0 |
| Resolution | 4 cm -1 maximum |
| Operating Range (Temp.) | 19 °C – 25 °C |
| Probe Optical Window | 2500 – 650 cm-1 maximum (Fiber Probe) |
| Wetted Materials | Alloy C-22 Diamond or Silicon Gold |
| Probe Pressure (Maximum) | 107bar (Sentinel) 69bar (6.3 & 9.5mm Fiber Probe) |
| Probe Temperature (Maximum) | 180°C (Fiber Probe) 200°C (Sentinel) |
| Safety Certification | EMC Directive 2004/109/EC, Low Voltage Directive 2006/95/IEC |
| Probe pH Range | 1 – 14 (Diamond) 1 – 9 (Silicon) |
Documentation
Datasheets
ReactIR in-situ sampling technology assures usability in a wide range of batch and continuous reaction conditions.
Use spectroscopic data to increase chemical understanding and knowledge of the chemical process and associated critical parameters.
Use real time reaction information to characterize reaction performance through identifying and quantifying key reaction species.
Predict actual concentrations of key reaction species, even in a complex mixture, in real time to understand reaction performance.
Kinetics software describes the characteristics of a chemical reaction. The kinetic model created by the software can be used to simulate the effect o...
Validate ReactIR wavenumber accuracy and calibrate to a Polystyrene standard certified by the National Institute of Standards and Technology (NIST) fo...
Applications
Chemical synthesis occurs when two or more molecules are combined to form a product molecule that possesses specific properties. There are numerous ex...
Chemical process development and scale-up guide the development of a commercially important molecule from synthesis in the laboratory to manufacturing...
Polymerization reaction measurement is crucial to produce material that meets requirements, including Immediate understanding, accurate and reproducib...
Process Analytical Technology (PAT) is a methodology for real-time monitoring and control of chemical processes for improved efficiency and product qu...
Characterize & Optimize Fermentation & Bioprocesses in Real Time to Maximize Production
Flow chemistry, or continuous processing, allows for rapid analysis and scale-up of chemical reactions. Benefits of flow chemistry are presented along...
Software
iC IR is used by chemists and engineers to gain important insight into reaction initiation, endpoint, mechanism, pathway, and kinetics.
iC Safety software is designed to speed up and simplify the calculations of thermal safety parameters associated with complex chemical reactions criti...
iC Data Center is a powerful tool that improves productivity for the researcher while facilitating knowledge management for the organization.
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White Papers
This white paper reviews recent advances in organic chemistry using chemical reaction monitoring.
In-situ reaction monitoring using spectroscopy enables scientists to see what is happening in their chemistry while it reacts and allows for immediate...
Inline process analytical technology increases yield and product quality and improves the understanding of bioprocesses. Our white paper discusses the...