ERD

Remanufactured packaged semiconductors: Technology validation

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

D4R tablet: Concept and technology validation

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Computer housingsComputer casingsPortable mobile computersData processing equipment

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Mobile Phone

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Impact of modularity as a circular design strategy on materials use for smart mobile devices

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

UPSCALING of COLLABORATIVE DISASSEM-BLY LINES for MOBILE PHONES – ECONOMIC and ENVIRONMENTAL CONSIDERATIONS

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Embedding as a key Board-Level Technology for Modularization and Circular Design of Smart Mobile Products: Environmental...

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Embedding Technologies for the Manufacturing of Advanced Miniaturised Modules toward the Realisation of Compact and Envi...

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Recovery of valuable BGA components from used electronic mobile devices and their application in new electronic products...

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

The “Environmental Activation Energy” of Modularity and Conditions for an Environmental Payback

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

"""I’LL BE BACK – MODELLING of DIFFERENT CIRCULAR END-OF-USE SCENARIOS for SMARTPHONES"""

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Technology Assessment of Wireless Charging using Life Cycle Tools

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Strategies for more Circularity in the Life Cycle of Mobile Information Technology

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Lifetime Extension by Design and a Fab Lab Level Digital Manufacturing Strategy: Tablet Case Study

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Recyclability of Tungsten, Tantalum and Neodymium from Smartphones

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Mobile Phone

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Implications of Circular Economy on Users Data Privacy: A Case Study on Android Smartphones Second-Hand Market

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Modularity Meets Circular Economy - Environmental Gains of Emerging Designs for Smartphones and Tablets

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

New Business Models for Circular Economy

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

The Life Cycle of Smart Devices in 2030: The Effect of Technology Trends and Circular Economy Drivers on Future Products

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Battery Health in a Circular Economy: Embedding an Ageing Model in the Smart Battery System

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Designing an iameco D4R Tablet for Fab-Lab Level Production

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Automation of Smartphone Disassembly: Collaborative Approach

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Guideline development to design modular products that meet the needs of Circular Economy

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Desoldering and remanufacturing of semiconductor components from electronic mobile devices

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Getting the Balance Right between Circular Design and the Footprint of Modularity Materials for Smart Mobile Devices

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Modularization of Printed Circuit Boards through embedding technology and the Influence of highly integrated modules on ...

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Analysis of data remanence after Factory Reset, and sophisticated attacks on memory chips

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Automated Identification and Sorting of Collected Smartphones

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Let´s Fix the Scoring of Reparability

Project: sustainablySMART

Updated at: 29-04-2024

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Project acronym sustainablySMART

Resources

Selected filters:

Remanufactured packaged semiconductors: Technology validation

D4R tablet: Concept and technology validation

Computer housingsComputer casingsPortable mobile computersData processing equipment

Mobile Phone

Impact of modularity as a circular design strategy on materials use for smart mobile devices

UPSCALING of COLLABORATIVE DISASSEM-BLY LINES for MOBILE PHONES – ECONOMIC and ENVIRONMENTAL CONSIDERATIONS

Embedding as a key Board-Level Technology for Modularization and Circular Design of Smart Mobile Products: Environmental...

Embedding Technologies for the Manufacturing of Advanced Miniaturised Modules toward the Realisation of Compact and Envi...

Recovery of valuable BGA components from used electronic mobile devices and their application in new electronic products...

The “Environmental Activation Energy” of Modularity and Conditions for an Environmental Payback

"""I’LL BE BACK – MODELLING of DIFFERENT CIRCULAR END-OF-USE SCENARIOS for SMARTPHONES"""

Technology Assessment of Wireless Charging using Life Cycle Tools

Strategies for more Circularity in the Life Cycle of Mobile Information Technology

Lifetime Extension by Design and a Fab Lab Level Digital Manufacturing Strategy: Tablet Case Study

Recyclability of Tungsten, Tantalum and Neodymium from Smartphones

Mobile Phone

Implications of Circular Economy on Users Data Privacy: A Case Study on Android Smartphones Second-Hand Market

Modularity Meets Circular Economy - Environmental Gains of Emerging Designs for Smartphones and Tablets

New Business Models for Circular Economy

The Life Cycle of Smart Devices in 2030: The Effect of Technology Trends and Circular Economy Drivers on Future Products

Battery Health in a Circular Economy: Embedding an Ageing Model in the Smart Battery System

Designing an iameco D4R Tablet for Fab-Lab Level Production

Automation of Smartphone Disassembly: Collaborative Approach

Guideline development to design modular products that meet the needs of Circular Economy

Desoldering and remanufacturing of semiconductor components from electronic mobile devices

Getting the Balance Right between Circular Design and the Footprint of Modularity Materials for Smart Mobile Devices

Modularization of Printed Circuit Boards through embedding technology and the Influence of highly integrated modules on ...

Analysis of data remanence after Factory Reset, and sophisticated attacks on memory chips

Automated Identification and Sorting of Collected Smartphones

Let´s Fix the Scoring of Reparability