Circular Economy for an Industry 5.0 Demonstrator
This project develops a circular economy implementation concept for the IoT Factory, a cyber-physical system that mimics industry-relevant manufacturing processes at a smaller scale for research. The objective is to combine environmental sustainability with economic viability by defining a material flow strategy for identifying, validating, and reintegrating components from manufactured products. The project explores potential circular economy use cases for the IoT Factory demonstrator and identifies the requirements, limitations, and challenges associated with their implementation. The resulting framework supports the adoption of sustainability principles within Industry 5.0 manufacturing environments.
Humans and Circular Economy.
How integrating a Circular Economy system in a manufacturing company can affect the life
of its employees, customers and the community.
Refurbishing
Program
Humans and Circular Economy
Risk management consulting: For any project to be successful risk mitigation has to become a priority.
Failure Mode And Effect Analysis Risk
Circular Economy Flowchart. A chart used to visualize our circular economy processes
Iots Factory flow chart
CLOSED-LOOP SYSTEM DESCRIPTION. A detailed Process Description for an Industry 5.0 Circular Economy Flowchart
CLOSED-LOOP SYSTEM DESCRIPTION
Recycle, Reuse, Refurbish – component classification and technical flow chart of process
workflow chart
Component classification
Factory Data Analysis. In our factory data analysis, a very important assumption was made. This assumption takes into considerations an ideal time of less than 30 seconds at each processing stage
Factory data anaylsis chart
Factory data anaylsis
Disassembly – Reassembly
concept model for circular
system of the Iot factory
using Siemens Tecnomatrix
Plant Simulation.
Factory simulation concept
NDT- non-destructive component testing.
NDT-Test
NDT- prototype
Final Presentation -Circular Economy Concept for an Industry 5.0 Demonstrator