Industrial chemistry
Undergraduate · Chemistry
Syllabus focus
Standard syllabus · STEM / applied
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Topics typically covered
Standard syllabus
Chemical industry overview
- Major industrial chemical sectors and value chains
- Commodity vs specialty vs fine chemicals
- Feedstocks: petroleum, natural gas, biomass, minerals
- Chemical plant organization: unit operations and processes
- Economics: fixed vs variable costs, economies of scale
- Safety culture: OSHA, PSM, hazard analysis
- Environmental regulations and permitting
- Sustainability metrics: atom economy, E-factor
- Global supply chains and trade
- Career paths in chemical industry
Unit operations and reactors
- Material and energy balances
- Reaction kinetics in reactor design
- Batch, continuous stirred-tank, and plug-flow reactors
- Heat exchangers and energy integration
- Distillation, absorption, and extraction
- Filtration, centrifugation, and crystallization
- Drying and evaporation
- Mixing and agitation
- Process control: feedback loops, PID controllers (intro)
- Scale-up from laboratory to pilot plant
Key industrial processes
- Haber–Bosch ammonia synthesis
- Contact process for sulfuric acid
- Chlor-alkali process: brine electrolysis
- Steam cracking of hydrocarbons
- Catalytic reforming and alkylation in refining
- Polymerization plants: PE, PP, PVC production
- Pharmaceutical batch synthesis and GMP
- Fermentation and industrial biotechnology
- Cement, glass, and ceramics production
- Pulp and paper chemistry
Process safety and environmental management
- Hazard identification: HAZOP, FMEA
- Flammability limits and explosion prevention
- Toxic release modeling and emergency response
- Waste minimization and treatment
- Effluent standards and wastewater treatment
- Air emissions control: scrubbers, catalytic oxidizers
- Carbon footprint and life-cycle assessment
- Green chemistry principles in manufacturing
- Responsible Care and industry stewardship
- Case studies: Bhopal, Texas City, Fukushima chemical impacts
STEM / applied
Process analysis and optimization
- Aspen Plus or similar simulation software (intro)
- Mass balance problem-solving for multi-unit processes
- Energy balances including heat of reaction
- Yield, selectivity, and conversion calculations
- Pinch analysis for heat integration (overview)
- Economic evaluation: NPV, payback period
- Sensitivity analysis on process variables
- Statistical process control charts
- Lean manufacturing in chemical plants
- Technical report writing for process proposals
Applied industrial chemistry
- Internships and co-op programs in chemical industry
- Process engineer vs chemist roles
- Pilot plant operations and technology transfer
- Quality assurance in chemical manufacturing
- Analytical support for production QC
- Catalyst development and regeneration
- Battery and materials manufacturing
- Food and beverage process chemistry
- Water treatment plant operations
- Entrepreneurship in chemical startups
Notes
Topics reflect common industrial chemistry syllabi at US colleges and universities. Overlap with chemical engineering courses is typical. Case studies and plant visits may supplement lectures.