Computer Aided Process Engineering

Event archive

Webinar: Applied Numerical Methods in Process Engineering

Computer Aided Process Engineering

This webinar will present specific examples of how numerical methods and differential equations are applied in real-world chemical engineering scenarios. By showcasing these applications, the sessi...

  • Date From 2nd December 2024
  • Date To 2nd December 2024
  • Location Online: 17:00 MYT. Duration: 1 hour.

Webinar: Digitisation of Piping and Instrumentation Diagrams using Computer Vision

Computer Aided Process Engineering

This webinar celebrates the award of the Senior Moulton medal to the speaker and co-authors Maximilian Theisen, Kenji Nishizaki Flores and Lukas Schulze Balhorn.

  • Date From 19th November 2024
  • Date To 19th November 2024
  • Location Online: 14:00 GMT. Duration: 1 hour.

Webinar: Catalysing Change: The Crucial Role of Process System Engineers in Industrial Decarbonization

Computer Aided Process Engineering

This webinar will explore the crucial role of process system engineers in industrial decarbonisation.

  • Date From 9th September 2024
  • Date To 9th September 2024
  • Location Online: 17:00 MYT. Duration 1 hour.

Webinar: Integrated Process and Engineering Simulation

Computer Aided Process Engineering

Mathematics can transform process plant design and economics, but is not quite as threatening as it looks to those worried about their job prospects.

  • Date From 26th June 2024
  • Date To 26th June 2024
  • Location Online: 11:00 BST. Duration: 1 hour.

Webinar: Maximising Efficiency: Evaluating Industrial Thermal Systems with Computational Fluid Dynamics in the Era of Industry 4.0

Computer Aided Process Engineering

In this webinar, we will delve into the utilisation of Computational Fluid Dynamics (CFD) for optimising industrial thermal systems within the framework of Industry 4.0.

  • Date From 24th April 2024
  • Date To 24th April 2024
  • Location Online: 17:00 MYT. Duration 1 hour.

Webinar: Generative Artificial Intelligence (AI) in Chemical Process Engineering​

Computer Aided Process Engineering

A webinar organised by Computer Aided Process Engineering SIG and co-hosted by Process Management and Control SIG.

  • Date From 20th February 2024
  • Date To 20th February 2024
  • Location Online: 17:00 MYT. Duration: 1 hour.

Webinar: ​​Dynamic Risk Analyzer and Fault Tree Analyzer as a Predictive Monitoring Tool​

Computer Aided Process Engineering

A webinar hosted by the CAPE SIG.

  • Date From 15th December 2023
  • Date To 15th December 2023
  • Location Online: 20:30 MYT. Duration: 1 hour.

Webinar: Process Systems Engineering: Engineering Success

Computer Aided Process Engineering

A one-hour webinar from the Computer Aided Process Engineering (CAPE) Special Interest Group.

  • Date From 21st November 2023
  • Date To 21st November 2023
  • Location Online: 14:00 GMT. Duration: 1 hour.

Webinar: Opportunities in Vaccine Manufacturing and Supply Chains

Computer Aided Process Engineering

Opportunities for modelling and optimisation in vaccine manufacturing and supply chains.

  • Date From 20th October 2023
  • Date To 20th October 2023
  • Location Online: 10:00 BST. Duration: 1 hour.

Webinar: Perspectives of Quantum Computing for Chemical Engineering

Computer Aided Process Engineering

Join us for a presentation on the perspectives of quantum computing.

  • Date From 10th October 2023
  • Date To 10th October 2023
  • Location Online: 14:30 BST. Duration: 1 hour 30 minutes.

Webinar: Enhanced Sustainability for Chemical Processes with CAPE Tools

Computer Aided Process Engineering

Computer-aided Process Engineering (CAPE) Tools for Enhancing Process Sustainability.

  • Date From 7th August 2023
  • Date To 7th August 2023
  • Location Online: 17:30 MYT. Duration: 1 hour.

Webinar: Getting Engineering Data Right for Digital Twins

Process Management & Control

This is a joint webinar by the PMC, CAPE & NT Special Interest Groups.

  • Date From 7th July 2023
  • Date To 7th July 2023
  • Location Online. 12:00 BST. Duration: 1 hour.