The Matrix in-batch Technology stems from observing the critical issues involved in scaling up the working volumes of a chemical reaction.

 

This results in large investments, both in money and time, required to scale up a process from R&D to production.

 

The challenge lies not in Chemistry, which can be well understood, but the Physics and Thermodynamics,in which change their distributions inside the reaction volume, thereby altering the results of a chemical process. This is the problem that Matrix in-batch Technology aims to solve.

 

In a classical in-batch process, heating (as the primary form of activation energy) takes place:

 

1) externally through the surfaces of the vessel (heated plates or jacket reactors).

2) internally through coils

 

in both cases:

 

1) Temperature is monitored by a probe that collects average information;

2) Victorious mixing is required to reach early, which is possible to ensure uniformity in the temperature profile inside the vessel.

 

The idea behind the Matrix in-batch is to transfer the right amount of activation energies and the proper distribution by controlling the activation energy in a multi-point local and uniformly distributed manner within the reaction volumes.