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Avoid Process Development Failures with new RC1su Workstations
Read time: Less than a minute
METTLER TOLEDO has introduced the RC1su Scale-up Workstation. This semi-automated workstation improves productivity and reliability in process development. The value of the RC1su™ Scale-up Workstation is clearly defined by increased productivity, reduced consumption of reagents and solvents, and better data quality leading to more robust processes. Realistic small-scale production optimizes chemical processes safely, which minimizes failure risk at full production scale.
Development and scaling of chemical processes requires profound knowledge of the individual processes and all parameters involved. Unlike standard technologies, RC1su Workstations permit the swift collection of relevant process information and optimization of process parameters online.
iControl (iC) software, together with the RTCal™ reactor technology for online heat flow measurement, allows instant collection of heat release data and control of desired process variables. Running the process under plant-like conditions requires comprehensive knowledge about mass and heat transfer, which are collected simultaneously.
Analytical tools, such as real time in situ measurement by ReactIR™ 45m or particle characterization by FBRM®, can be integrated providing additional information on the composition of the reaction mixture.
The iC Software Suite integrates the entire experimental workflow making it simple to visualize, interpret and report data or to compare different experiments.
A powerful thermostat and the latest reactor technology help define critical process parameters in real-time.
“More efficient tools, such as the RC1su Workstations, achieve significant, measurable and sustainable productivity increases in process development and scale-up and are key to making chemical processes commercially successful,” says Urs Groth, Marketing Communication Manager, Reaction Engineering, METTLER TOLEDO.
Development and scaling of chemical processes requires profound knowledge of the individual processes and all parameters involved. Unlike standard technologies, RC1su Workstations permit the swift collection of relevant process information and optimization of process parameters online.
iControl (iC) software, together with the RTCal™ reactor technology for online heat flow measurement, allows instant collection of heat release data and control of desired process variables. Running the process under plant-like conditions requires comprehensive knowledge about mass and heat transfer, which are collected simultaneously.
Analytical tools, such as real time in situ measurement by ReactIR™ 45m or particle characterization by FBRM®, can be integrated providing additional information on the composition of the reaction mixture.
The iC Software Suite integrates the entire experimental workflow making it simple to visualize, interpret and report data or to compare different experiments.
A powerful thermostat and the latest reactor technology help define critical process parameters in real-time.
“More efficient tools, such as the RC1su Workstations, achieve significant, measurable and sustainable productivity increases in process development and scale-up and are key to making chemical processes commercially successful,” says Urs Groth, Marketing Communication Manager, Reaction Engineering, METTLER TOLEDO.
