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An industrial reaction engineering perspective regarding microreactors
- Behavioral interviews in a virtual environment (a presentation that teaches students how to improve the skills as interviewees in a behavioral interview process)
- Career choices between academia and industry
- Career transitions
- Catalytic reaction engineering applications spanning energy and the environment, including decarbonization
- 91成人短视频 reactor scale-up: Principles and practice at Dow
- Climate change
- CO2 capture (CCUS)
- Design for sustainability
- Distillation and process development
- Emotional intelligence for engineering leaders
- Energy: Present and future
- Energy challenges and transition to low carbon future
- Ethics for professionals
- Fluidized bed reactor scale-up
- Hardest choices as a leader in industry
- How to deal with different and new challenges
- Industrial reaction engineering of GLS fixed beds
- Industry-academic collaboration by forming strategic partnerships
- Leaders driving EDI through culture change with stakeholders
- Leading beyond the basics of EDI
- Learnings from product & process development applied to scaling up/out decarbonization
- LGBTQ+ inclusion in industry
- Materials for energy and sustainability - An industry perspective
- Mission Possible - decarbonization from strategy to first projects
- Modeling granular flow
- Multiphase flow, fluidization, bulk solids handling and processing
- Navigating the energy transition
- Nonlinear mixed-effects models for parameter estimation in chemical engineering
- Oil and gas
- Petroleum refining
- Practical process control, instrumentation, process safety (focus on safety instrumented systems)
- Process intensification
- Raising ambition for a rapid and just Net-Zero transition with game-changing innovations
- Refining/petrochemical overview
- Right-sizing lab fixed bed reactors for gas-solid systems
- Separation synthesis energy conservation ideas
- Six Sigma - what is it and why want it
- So you are considering a career in research (for BS ChEs choosing between an industrial job and graduate school)
- Structure of AIChE and how it works internally
- Synthesis and applications of nanomaterials
- The energy transition for the chemicals and materials industry
- The future of chemical engineers and their role
- The industrial reaction engineer鈥檚 toolkit
- Undergraduate thermodynamics (would like feedback from Local Sections of what thermo topics should be taught)
- Vision 2050: Reaction engineering roadmap (current state and future needs in chemical reaction engineering research)
- What to know about graduate school
- Work-life balance (a presentation that starts with ancient philosophy and drives toward personal decisions that are intentional and goals-driven)
For Student Chapters only
- Granular flows - why they are important
- Student presentation competition
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