High Performance Computing for Energy Innovation Manufacturing Day Event

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ENERGY INNOVATION - Manufacturing Day - October 2, 2020

Join the High Performance Computing for Energy Innovation (HPC4EI) initiative on October 2nd for the special webinar event. The program will include a three-hour plenary session in which industry experts will discuss how the program has helped industry to meet their technical and business objectives while saving energy for the nation.

Presenters will include leadership from the U.S. Department of Energy’s Advanced Manufacturing Office (AMO) and Office of Fossil Energy (FE), along with industry representatives from:

  • 7AC Technologies
  • Alliance for Pulp and Paper Technology Innovation
  • Dow
  • General Motors
  • Raytheon Technologies Research Center
  • Strategic Power Systems, Inc.

Following the plenary sessions there will be an online poster session. This is an opportunity for the virtual meeting participants to meet and discuss individual projects and capabilities. Presentations will span a wide variety of industries and National Laboratories. Poster materials can be viewed online, and sign-ups for virtual 1:1 meetings are available.

View the agenda, as well as a full list of presenters.

In 2015, the Office of Energy Efficiency and Renewable Energy’s (EERE) AMO initiated the High Performance Computing for Manufacturing (HPC4Mfg) program to pair industry partners with the DOE National Laboratories to solve production and design problems, with the goal of reducing national energy consumption. HPC4Mfg has since been expanded to HPC4EI, which is funded by AMO, EERE’s Hydrogen and Fuel Cell Technologies Office (HFTO) and Vehicle Technologies Office (VTO), and by FE.

The HPC4EI initiative has funded over 100 projects with participation by 11 different National Laboratories. The world-class computational capabilities at the National Laboratories are used to address problems in steel and aluminum manufacture, jet turbine design and manufacture, advanced materials for light weighting and high temperature, high corrosion applications, chemical processing and many more topic areas.

Learn more about the HPC4EI initiative.