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Process Safety imagine

Process Safety studies how and when a processing system can fail, causing process (accident) events with negative impact. It encompasses how to predict, prevent, control, and mitigate such process events. Process safety involves both numerical and experimental analysis. It relies heavily on studying chemical and process behavior experimentally and through numerical simulation. It utilizes advanced probability theory to model process event occurrence.

Process Safety Faculty

Faisal Khan

  • Interim Department Head, Chemical Engineering
  • Professor, Chemical Engineering and Petroleum Engineering
  • Mike O'Connor Chair II
  • Director, MKO Process Safety Center
  • Director, Ocean Energy Safety Institute
  • Affiliated Faculty, Industrial & Systems Engineering
  • Affiliated Faculty, Ocean Engineering
Faisal Khan

Chad Mashuga

  • Associate Professor of Practice, Chemical Engineering
Chad Mashuga

Qingsheng Wang

  • Associate Professor, Chemical Engineering
  • George Armistead ’23 Faculty Fellow
  • Affiliated Faculty, Materials Science & Engineering
Qingsheng Wang

Benjamin Wilhite

  • Director of Undergraduate Studies, Chemical Engineering
  • Associate Professor, Chemical Engineering
Benjamin Wilhite

Efstratios Pistikopoulos

  • Professor, Chemical Engineering
  • University Distinguished Professor
  • Director, Texas A&M Energy Institute
  • Dow Chemical Chair
Efstratios Pistikopoulos

Sreeram Vaddiraju

  • Associate Professor, Chemical Engineering
Sreeram Vaddiraju

Joseph Sang-Il Kwon

  • Associate Professor, Chemical Engineering
  • Kenneth R. Hall Career Development Professor
Joseph Sang-Il Kwon

Costas Kravaris

  • Professor, Chemical Engineering
Costas Kravaris

Mahmoud El-Halwagi

  • Professor, Chemical Engineering
  • Bryan Research and Engineering Chair in Chemical Engineering
  • Managing Director, TEES Gas and Fuels Research Center
Mahmoud El-Halwagi