Description

Theory
1

Theory/Practice
2

Instructors

Gilberto Antonio Pinto

Contents

Sustainability module
S-CP1 Environment and development
S-CP2 Sustainable Development
S-CP3 Technological Strategies and Development
S-CP4 Legislation and environmental control techniques
S-CP5 Instruments to Contribute to Sustainability
S-CP6 Business Strategy

Process Integration module
I-CP1 Energy pinch concept
I-CP1.1 heat cascade
I-CP1.2 cold and hot composite curves; grand composite curve
I-CP2 Heuristic methodology for designing the maximum energy recovery network
I-CP3 Mass pinch concept; procedural composite curve
I-CP4 Heuristic methodology for designing a network to minimize water consumption in the presence of a single contaminant
I-CP5 Mathematical formulation to minimize water consumption in multi-component processes
I-CP6 Mathematical formulation to maximize hydrogen reuse

Learning Outcomes

Sustainability module
S-OBJ1 to know the regulatory and legal framework applicable to environmental and safety issues
S-OBJ2 to know/apply and/or implement the studied instruments
S-OBJ3 to understand the need for change towards a more sustainable development and recognize the importance of the instruments studied to achieve this goal

Process Integration module
I-OBJ1 the concept of energy pinch in industrial processes with the need for multiple heat exchangers and the methodology for designing the maximum energy recovery network
I-OBJ2 the concept of mass pinch in industrial processes that consume water in multiple operations and the methodology for designing the network that minimizes this resource
I-OBJ3 the methodology for the construction of hydrogen distribution networks