MixIT 4.2 Release

Thursday, 27 July 2017 by
MixIT 4.2

San Antonio, TX, USA, July 27th, 2017 Tridiagonal Solutions Inc. is pleased to announce the release of MixIT 4.2, a unique tool designed to evaluate stirred tank mixing. MixIT helps in analyzing and predicting the mixing process using advanced 3D CFD models and empirical correlations. It provides insights to solve scale-up problems and reduce uncertainties

San Antonio, TX, USA, June 8th, 2016 Despite the widespread use of stirred vessels, the relationship between fluid dynamics and hardware is not adequately understood. Simulating flows in the stirred vessels using Computational Fluid Dynamics (CFD) based models can provide a great insight into the mixing performance of the vessel. In stirred vessels the relative

MRF versus Sliding Mesh

Wednesday, 08 June 2016 by

San Antonio, TX, USA, June 8th, 2016 CFD modeling of stirred tank reactors essentially involves modeling of relative motion between the stationary baffles/internals and the rotating impeller blades. During the past 20 years, different approaches for treating the impeller motion have been proposed. Out of this, the Multiple Reference Frame (MRF) and Sliding-Mesh approaches are

San Antonio, TX, USA, June 8th, 2016 MixIT has been successfully implemented in the Citrix environment for a major pharmaceutical customer. Citrix is a virtual computing environment that enables MixIT to be accessed by multiple users from a single software installation. MixIT’s standardized central environment can be accessed from anywhere via a desktop, mobile or

San Antonio, TX, USA, June 8th, 2016 Bioreactors have the potential to become integral to the development of high-value products and reducing reliance on existing chemical-based commodity processes. Design of bioreactors for large scale production is complex and time consuming. Production scale reactors can be in the range of a million gallons in volume. The

San Antonio, TX, USA, June 8th, 2016 When scaling systems involving immiscible fluids, the final product attributes are largely dependent on the droplet size distribution of the dispersed phase. A traditional approach to scale up is to rely on the power per volume. Additional parameters considered may include blend times and volume turnover time. Some

San Antonio, TX, USA, June 8th, 2016 Hydrogenation is a chemical reaction where an organic compound is treated with hydrogen typically in the presence of a catalyst. In the specialty chemical and pharmaceutical industries hydrogenation is typically carried out in a stirred tank reactor. Hydrogen gas is either sparged or entrained from the gas cap

San Antonio, TX, USA, March 30th, 2016 Chemists and Chemical Engineers are focused on transforming raw materials into value added products. A widely used unit operation in achieving this transformation is a stirred tank. Recipes developed in the lab need to be scaled for plant scale production. Process Engineers will need to fit this recipe

MixIT – Runs in the Cloud

Thursday, 11 February 2016 by

San Antonio, TX, USA, January 20th, 2016 Another great advancement for batch mixing. Now you can access MixIT™ from virtually any remote location. The Tridiagonal Solutions team has made MixIT more user-friendly by installing it on the Cloud for its customers to leverage remote accessibility. MixIT is a comprehensive, easy-to-use enterprise analysis software designed to

San Antonio, TX, USA, January 20th, 2016 MixIT launcher – Tridiagonal Solutions Inc, is pleased to announce the release of MixIT 3.6, the enterprise software that predicts stirred tank performance, with a unique capability of automated 3D CFD analysis. MixIT 3.6 enables users to queue up their CFD simulations with options to control parameters for

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