One digital training portal. All of Topsoe’s best practices.
Topsoe Academy On-demand will empower you to get the most out of your plant.
A growing library of more than 850 on-demand learning activities will help you stay on top of new developments and technologies. Anywhere, anytime.
Topsoe Academy On-demand brings you:
- Unlimited access to all training content founded on Topsoe's extensive knowledge base (for Premium users)
- 24/7 on-demand training, accessible directly from desktop, tablet or mobile
- Increased plant efficiency through a broadened knowledge base
- Reduced need to develop own training - possible to streamline onboarding of new employees
- Continuously updated content
From knowledge to action - easily
On the Topsoe Academy On-demand portal, you can access video lessons, courses and learning activities that are based on decades of experience, supporting plants with both catalyst and process optimization. The lessons are designed to bring you knowledge about the actual working experience, so the knowledge you gain is easy to put into action afterwards.
The lessons will also include recommendations from Topsoe’s solution experts to help you discover new functionalities of your plant.
The knowledge will be aimed at both beginners and more experienced personnel.
Recommended learning path: SMR-based Ammonia plants
![](https://www.topsoe.com/hs-fs/hubfs/Topsoe%20Academy/Paths/657719bf4f0d39b1619bd139.jpg?width=1440&name=657719bf4f0d39b1619bd139.jpg)
Description:
This recommended learning path takes you through the relevant content on the platform, for SMR-based hydrogen plants, in the order that we recommend, ensuring the prerequisites for each learning path are met. As more content becomes available this will be added to this learning path.
Content:
The learning paths included in this recommended learning path are the following:
- Catalyst theory and operation - SMR-based ammonia plants
- Catalyst reduction - Copper catalysts
- Steam reformer assessment - Tubular SMR
- Steam reformer optimization - Side-fired tubular SMR