The first of its kind platform for data exchange and active collaboration between
chemists and chemical engineers for
- rapidly obtaining reliable information about each reactant concentration in a real-world mixing reactor, where chemical reactions occur in a liquid of spatially non-uniform chemical composition
- scaling-up to the industrial scale a process successfully implemented at the laboratory scale
- analyzing the product output and purity as functions of initial concentration of reactants, feed chemical composition, mixing system design, inlet point positions, etc.
- presenting in a unified language results of laboratory work suitable for scale-up and knowledge transfer,
and - characteristics of an industrial process for scale-down and subsequent laboratory investigation.
- presenting in a unified language results of laboratory work suitable for scale-up and knowledge transfer,
