Chemical Engineering 3.6

Chemical Engineering is the branch of engineering focused on the design and operation of industrial chemical plants. This app provides comprehensive coverage of chemical engineering topics, from fundamentals to advanced applications. It includes an extensive list of subjects such as extractive distillation, residue curve maps, heat exchanger effectiveness, insulation theory, flow meters, and pump cavitation. Additionally, it delves into topics like pH system modeling, chemical plant safety, sulfur-related processes, green engineering, and heat pipe applications. The app also explores specialized areas such as wine making, drug development processes, water chemistry and treatment methods, refining techniques, various forms of corrosion, centrifugal pump mechanisms, and shell and tube heat exchanger design considerations. This resource-rich app caters to the needs of engineering students and professionals worldwide.

• Chemical engineering introduction
• Extractive distillation: An in-depth look
• Residue curve maps
• Homogenous azeotropic distillation
• Extractive distillation
• Solvent screening and selection
• A sample distillation process
• Construction of the residue curve
• Column operation
• Heat exchanger effectiveness
• Making decisions with insulation
• A brief look at insulation theory
• Key factors of insulation
• Insulation process conditions
• Basics of polystyrene production
• Flow meter
• Paper packaging
• pH system modeling and control
• Modelling mixtures of acids and bases
• Simulation software for pH control
• pH control
• Unit operations that cannot be simulated
• Chemical plant safety tips
• Pump cavitation
• Net positive suction head
• Sulphur-related processes
• Sulfonation
• Green engineering
• Flow through orifice plates
• Cunningham method
• What is a heat pipe?
• Working principle and applications of heat pipe
• Uses of heat pipe
• Chemistry of photography
• ... ...