From Lab to Plant – Can building Digital Twin of your Stirred Tank assets reduce time to market?

Digital transformation has become an increasingly important activity for process industry. Stirred tanks are the workhorse of the chemical process industry. Complex mixing operations like liquid-liquid, solid-liquid and gas-liquid mixing operations are generally carried out in stirred tank. The interaction between vessel design, operating conditions and the material properties impact the quality of mixing and hence the product attributes. Predicting the mixing performance of a vessel and its impact of quality is becoming essential to speed up scale and move products from lab to plant while getting it right first time. A digital twin of a stirred tank that estimate impact of various process parameters on product attributes as you move across scales can be very useful.

Digital twins of your entire inventory of stirred tanks starting from lab to pilot and eventually plant can enable more efficient operations, flexible and agile process designs, faster scale-up and times to market, lower process development costs and an improved process understanding. CFD simulations based digital twins of stirred tank enable process engineers to get detail understanding of mixing in the stirred tank and its potential impact on product quality as recipes are moved across scale.

This webinar discusses the value of building digital twins and how MixIT, an Enterprise Mixing Analysis Solutions developed by Tridiagonal Solutions, helps process engineers to quickly build a library of CFD based digital Twins of their entire stirred tank assets starting from the lab to enable them to move products market faster.

Register Now