User:Timo: Difference between revisions

7 editsJoined 15 April 2024
(Created page with "== '''Medien-Wiki Test''' == <blockquote>Das ist meine Test-Seite</blockquote>")
 
 
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== '''Medien-Wiki Test''' ==
== [https://www.gp-award.com/de/produkte/compodry CompoDry – Demontage durch Kompostierung]==
<blockquote>Das ist meine Test-Seite</blockquote>
 
*The lifetime of small electrical devices is still short and the process of recycling the components is not worthwhile. Improving the recycling-process of electronic devices.
*Two principles were pursued here: Firstly, as many non-electrical components as possible should be compostable. Secondly, electrical parts and components made of different metals should be separated through a rotting process so that they can be reused or collected by type.
*This work explores the use of compostable materials in small electrical devices and tries to answer the question: <br>what if, at the end of a biodegradation process, only components made of recyclable materials remained that could be reused or collected separately.
*Mycel is ideal for printed circuits boards because it is electrically insulating, heat-resistant up to 250°C.

Latest revision as of 13:16, 22 April 2024

CompoDry – Demontage durch Kompostierung

  • The lifetime of small electrical devices is still short and the process of recycling the components is not worthwhile. Improving the recycling-process of electronic devices.
  • Two principles were pursued here: Firstly, as many non-electrical components as possible should be compostable. Secondly, electrical parts and components made of different metals should be separated through a rotting process so that they can be reused or collected by type.
  • This work explores the use of compostable materials in small electrical devices and tries to answer the question:
    what if, at the end of a biodegradation process, only components made of recyclable materials remained that could be reused or collected separately.
  • Mycel is ideal for printed circuits boards because it is electrically insulating, heat-resistant up to 250°C.