Reactive System Screening InstrumentIt is an advanced experimental equipment that integrates automation control, real-time monitoring, and data analysis. It is mainly used for rapid screening and optimization of chemical reaction systems, and plays an important role in new material research and development, drug synthesis, environmental protection, and other fields. This device provides researchers with a wealth of valuable data by precisely controlling reaction conditions such as temperature, pressure, pH value, stirring speed, and real-time monitoring of key parameters during the reaction process such as reaction rate, conversion rate, product distribution, changes in substance concentration, acidity and alkalinity, and gas generation and consumption. Its core components include the reaction module, control system, and analysis system: the reaction module is usually composed of multiple independent reactors, which can simulate different reaction environments; The control system ensures the accuracy and repeatability of the experiment; The analysis system monitors the reaction process in real time through sensors and detectors, and transmits the data to the computer for processing and analysis.
Reactive System Screening InstrumentIts core characteristics can be summarized into the following five aspects:
1、 Highly automated and multi parameter precise control
Through an integrated control system, independent and precise control of key parameters such as reaction temperature, pressure, stirring speed, and reactant concentration has been achieved. For example, the Herier HP ChemSCAN system supports independent operation of 8 groups of reactions simultaneously, with a temperature control accuracy of ± 0.1 ℃ for each reaction module, a pressure range covering 0-20MPa, and adjustable stirring speed as needed. This design enables researchers to quickly simulate complex reaction conditions, such as the effect of different temperatures on intermediate yields in drug synthesis, or the preparation of new polymers under high-pressure conditions in materials science, significantly shortening experimental cycles.
2、 Real time dynamic monitoring and multi-dimensional data collection
The device is equipped with a high-sensitivity sensor array, which can monitor dynamic parameters such as changes in substance concentration, pH value, gas generation and consumption in the reaction system in real time. Taking catalytic reaction research as an example, the screening instrument can continuously track the changes in catalyst activity over time, capture the critical point of by-product generation, and adjust the reaction strategy in a timely manner through data feedback. Some high-end models, such as the PCX-50C Discover photocatalytic reaction system, are also equipped with customized LED light sources that can simulate solar spectra or specific wavelength lighting, synchronously monitor the kinetic process of photochemical reactions, and provide multidimensional data support for photocatalyst screening.
3、 High throughput parallel experiments and efficient screening capability
Adopting a multi-channel modular design, it supports conducting dozens of parallel experiments simultaneously. For example, HP ChemSCAN's 8-reaction platform can independently control the reaction conditions of each module, while the PCX-50C Discover system achieves parallel testing of photochemical reactions through a 9-bit LED light source. This design enables researchers to complete a large number of conditional screenings in a short period of time, such as optimizing reaction pathways in drug synthesis, exploring optimal formula combinations in materials science, or evaluating the degradation efficiency of different catalysts in environmental science, greatly improving research and development efficiency.
4、 Intelligent data processing and visualization analysis
The equipment is equipped with a professional software system that can automatically record experimental data and generate intuitive charts and reports. The software functions include data organization, trend analysis, reaction mechanism simulation, etc., such as revealing reaction activation energy by analyzing temperature yield curves, or calculating reaction conversion rates using gas consumption. Some systems, such as TSS reaction thermal safety assessment software, can also predict the risk of reaction runaway based on simulation methods, providing a safety basis for process amplification. This intelligent processing capability helps researchers quickly locate key parameters and accelerate the transformation from experimental data to scientific conclusions.
5、 Flexible scalability and cross domain adaptability
The reactive system screening instrument supports modular upgrades and customized configurations to meet different research needs. For example, HP ChemSCAN can be equipped with reaction vessels of different volumes (16mL-400mL) and stirring methods (magnetic stirring/overhead mechanical stirring) to meet the full process requirements from micro screening to pilot scale; The PCX-50C Discover system simulates special environments such as vacuum and inert gas protection by replacing reaction bottle caps, expanding to research scenarios involving anaerobic reactions or gas participation reactions. This flexibility makes it widely used in multiple fields such as drug synthesis, catalyst development, new material preparation, and environmental governance, becoming a universal platform for interdisciplinary research.