Open Source Modular Alkaline Water Electrolyser: Difference between revisions

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(Added some more links under the "Internal Links" section)
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*Given that the [[Open Source Circular Knitting Machine]] already creates this fabric form it should be easy to produce.
*Given that the [[Open Source Circular Knitting Machine]] already creates this fabric form it should be easy to produce.
*Also may be able to be placed into [[Gas Storage in PVC Pipe | PVC Pipes]] for easy integration with other aspects of a larger system
*Also may be able to be placed into [[Gas Storage in PVC Pipe | PVC Pipes]] for easy integration with other aspects of a larger system
=Seperated=
*[[Stanscrap]] based solution utilizing [[Plastic Bottles]] , containers, whisks, and metal wool, as well as any necessary connectors
*Could also be adapted to be one with a proper [[PID Controller]] and [[Safety Instrumented System]]
*Given the containers are square, this could be adapted to a modularity similar to that of the [[PowerCube]] / [[Powercube Array]]


=Internal Links=
=Internal Links=

Latest revision as of 03:46, 8 July 2021

Basics

  • This page aims to overview and develop an Open Source Alkaline Water Electrolysis Based Electrolyser
  • Both combined and split cells will be discussed, and can be branched into independant wiki pages if need be as the work progresses

Combined

Tubular

  • Uses sock like knitted cylinders, and outer and inner made from a conductive Electrode Material , and a middle made from a nonconductive but permeable material
  • Given that the Open Source Circular Knitting Machine already creates this fabric form it should be easy to produce.
  • Also may be able to be placed into PVC Pipes for easy integration with other aspects of a larger system

Seperated

Internal Links

External Links