Type of course:
Digital learning, Path
Language:
EN
Duration:
5 hours, 25 minutes
Workload:
6 hours
Proficiency:
Advanced
Target:
Professionals, Workers
This Learning path explores the multifaceted realm of sustainable industry practices, focusing on Life Cycle Assessment (LCA), eco-design, and cutting-edge technologies driving electric energy efficiency. The Learning Path navigates ecoefficiency, heightened substance utilization awareness, methods for water sustainability implementation, and the seamless integration of renewable energy sources within industrial landscapes. Dive into pivotal topics like Circular Economy, Secondary Raw Materials utilization, compliance with stringent EU regulations, innovative water treatment systems, waste water recovery methodologies, and real-world case studies illuminating sustainable treatment practices. Additionally, unravel the complexities of energy management, strategies for improving energy efficiency, and the intricate design principles underlying photovoltaic systems.
Learning outcomes
- At the end of this storyline the learner is able to discuss the concepts of Life Cycle Assessment (LCA), eco-design and eco-efficiency and apply them in industrial environment.
- At the end of this storyline the learner is able to select the best technology for photovoltaic integration in industrial environment.
- At the end of this storyline the learner is able to assess the producibility of a photovoltaic site also evaluating technical-economic issues.
LessonEnergy management in the era of energy transition
Course Content
LessonCircular Economy and Secondary Raw Materials
Course Content
LessonEfficient use of energy resources for the industry of the future
Course Content
LessonCircular economy - Introduction to water resources and water sustainable treatment
Course Content
LessonRecovery and recycling of company waste water
Course Content
LessonMethods for the implementation of water resources
Course Content
LessonZero cost and zero impact Phytodepuration basin to treat wastewater and make it suitable for discharge into the environment
Course Content
LessonEcoefficiency and awareness on substances utilization and compliance with EU regulations
Course Content
LessonMonitoring and control of materials and chemicals complying to the latest RoHS and REACH EU Regulations
Course Content
LessonTechnologies to improve electric energy efficiency
Course Content
LessonEnergy production from renewables
Course Content
LessonFeasibility study of a photovoltaic plant for an industrial site connected with the grid through PVGIS, popular software used for design of PV systems
Course Content
LessonEVO Plant: case study of Bonfiglioli Bologna
Course Content
LessonLCA, Eco-design and Energy Saving - Final Assessment
Course Content
Topics
Advanced Manufacturing, Sustainable Energy and Clean Technologies, Preparation for Reuse, Digital Transformation, Prevention, Sustainable Manufacturing, Recycling, Electronic
Provided by
-
University of Bologna
+227
enrolled
Course Includes
- 5 Quizzes
- 1 Certificate of achievement
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