Automated CFD Simulation for mixing Tank

MixIT is the next generation collaborative mixing analysis and scale-up tool designed to facilitate comprehensive stirred tank analysis using lab and plant data, empirical correlations and advanced 3D CFD models. It combines knowledge management tools and mixing science in a unified environment deployable enterprise-wide.Solution to your Mixing Challenges: Analysis of mixing performance at lab, pilot …

SEEQ Overview

Seek, is an advanced analytics solution for process manufacturing data Seek enables you your team and your organization to quickly find and share insights that improve production outcomes and continuous batch and discrete operations. Seek starts with access to your data historians and Manufacturing applications on the cloud or on-premise in nosql or relational databases …

CRM with its Advanced Features:

Handling multiple customers can be a challenging task. Keeping up with contacts, diagnosing problems, and ensuring satisfaction as well as positive interactions, can be time consuming for your customer relations team. CRM software gives amazing opportunities for small businesses and large enterprises. Now more than ever, businesses need to expertly manage prospects and existing customers …

Automate your Business with CRM

Businesses now operate in an ever-changing environment where even the simplest of tasks are automated. With that, it’s incredibly important that you adapt to the trend if you’re looking to have your business survive the trend and attract more customers than your competitors. With automation in CRM, businesses can simplify and optimize a variety of …

MSC Software Consultancy in Bangkok Thailand

Use virtual prototypes to validate and optimize your design through simulation software Technology developed by MSC software. Customers in almost every part of manufacturing use MSC software to complement and replace the physical prototype “build and test” process that has traditionally been used in product design. MSC Software provides different products based on different engineering …

MixIT Software – An Enterprises Mixing Analysis Tool

Mixing Tank Case Study for Hexon Engineering


Operating Conditions

  • Fluid Properties
    Density = 1100 kg/m3
    Viscosity = 1000 cP
  • Operating Volume
    Liquid Level = 1600 mm
    Volume = 2.14 m3
  • Impeller Speed = 95 RPM

Results : Flow Pattern

Velocity Contours and Vector Plots

  • A single flow circulation loop formed by the agitator
  • As the tank is un-baffled the flow is highly rotational A single flow circulation loop formed by the agitator

Results : Mixing Profile

• Mixing time (95% Uniformity) is 8 s

Predicted Vortex Shape


  • Impeller-1 is the bottom most impeller
  • TKE is the turbulent kinetic energy
  • TDR is the turbulent dissipation rate