Subject Matter Experts use Dynochem to:

• Optimize mixing
• Minimize impurities
• Design for flow
• Telescope steps
• Design solvent swap operations
• Optimize crystal growth
• Reduce centrifugation, filtration and drying cycle times
• Predict product stability

Each User has Access to:

• Extensive physical property data and calculation tools
• Mixing and heat transfer assessment and characterization tools
• Ready-to-edit dynamic models developed for easy use with commonly available experimental data
• Expert project support from experienced PhD chemists and chemical engineers
• Regular FREE online training sessions

Industry Challenges and Opportunities

• Developing a manufacturing process in compressed timelines is extremely challenging
• Industry practitioners need problem-solving tools that work better than trial and error experimentation, which carries a significant risk of failure
• Predictive process models can provide a solution if they can be built quickly and allow users to remain focused on the process goal
• Industry 4.0, Digitalization and Digital Twins create a greater need for process models

Dynochem: Modeling that's Fit for Purpose

• Dynochem is the industry leader because our software lets you 'jump right in', creating powerful models without needing to write programs or complex equations
• The same Dynochem skills can be applied equally to any unit operation
• Models can be shared easily so that users and partners build on existing knowledge and avoid diluted effort
• Our authoring tools are the easiest way to create the models needed to deploy Digital Twins 

Mixing and Heat Transfer

• Ensure adequate mixing and heat transfer on scale-up
• Using your own vessel database, accurate mixing assessments can be made in minutes
• Avoid issues during scale-up, e.g. extended reaction time, increased impurity levels and safety concerns

What Customers say:

• “The value of reviewing two reactors side-by side is enormous”
• “Easy to do a reactor-reactor process transfer”
• “It means a big help for our pilot engineers to prepare for any scale-up project!”
• “It brings a very fast way to compare lab-scale, pilot-scale and production-scale reactors and choose the appropriate mixing parameters for the scale-up!”

Solvent Switch

• One of the most common batch operations: estimate fresh solvent requirements on scale-up
• Example of dynamic model
• Easy-to-use interface
• Simulations run in seconds
• Optimize scale-up, e.g. prevent material crashing out, minimize solvent usage

What Customers say:

• “All distillations conducted in our Pilot plants undergo simulation prior to first batch execution. 2 to 3 unique applications per week”
• “Project start to finish time is < 10 minutes”
• “The final composition profile predicted by the tool is consistently very accurate”

Reactor Modeling and Scale-up

• A powerful tool for optimization and scale-up in batch, and a “life-saver” for continuous manufacture
• No need to write complex equations or program code
• Run an in-silico Design Space in minutes
• Real process understanding

What Customers say:

• “The interaction between experimental time course analysis and modelling leads to huge gains in process understanding”
• “Models can vary from the simple to very complex, but they all offer the ability of transferring process understanding”
• “It would be difficult to summarise all our experimental data in anything as succinctly as a model for 10 years down the line when people are running this step in a manufacturing environment” 

How to use Dynochem functions to retrieve physical property data in Excel

The functions are available in all Excel workbooks and provide access to a rich set of properties for solvents and other materials.

How to run a kinetic model in Dynochem Simulator

You can use Simulator to run dynamic models of all types of unit operation and other time-dependent processes. You can also start Simulator from inside a Dynochem model in Excel.

How to use a model to find optimum conditions for a chemical reaction

You can use the Optimization window to find the best combination of multiple factors to achieve your project goals.

Reaction Lab

Kinetics Meets ELN

Reaction Lab is a new product from Scale-up Systems that enables chemists to quickly develop kinetic models from lab data and use the models to accelerate project timelines.

Numero Chem

Office Just Got Smarter

Designed for chemical industry professionals, this new add-in brings calculations and chemistry to Word, PowerPoint and Outlook.

Keep your train of thought going and improve productivity when writing technical reports, emails and presentations.