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Upcycle It
Blog Upcycle It - Washing Machine Hydroponic Grower - #1 Introduction
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Engagement
  • Author Author: nandohila
  • Date Created: 28 Mar 2017 11:31 AM Date Created
  • Views 1611 views
  • Likes 6 likes
  • Comments 9 comments
  • hydroponics
  • upcycle_it
  • rotary
  • upcycle
  • upcycled_hydroponics
  • washing_machine
  • intel edison
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Upcycle It - Washing Machine Hydroponic Grower - #1 Introduction

nandohila
nandohila
28 Mar 2017

Brent Papesh bpapesh and I will be working on this project.

 

We will use an old front load washing machine to be used as the main assembly of the rotary hydroponic system controlled by the IntelRegistered Edison Kit for Arduino

 

  • Steps to adapt the washing machine:

 

    • The washing machine drum will be adapted to hold the growing medium;
    • A mounting for the light source will be fit in the centre of the drum;
    • Provision for water pump, fans and sensors;
    • Motor and drum turning mechanism will be preserved.

 

  • Items monitored and  actuated by the IntelRegistered Edison

 

    • Nutrient solution
      • Electrical conductivity;
      • Acidity (PH);
      • Level of solution in the tank.

 

    • Ambience
      • Light intensity;
      • Relative humidity;
      • Temperature;
      • Plant growing medium moisture;
      • Drum RPM.

 

    • Energy Consumption

 

    • Controlled Outputs
      • Water Pump;
      • Air Pump;
      • Drum Motor;
      • Lights;
      • Fan.

 

Intel Edison also will also be connected to the network through WiFi, allowing remote control, monitoring status through a dashboard, getting data in the cloud and sending alert messages.

 

image

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Top Comments

  • DAB
    DAB over 8 years ago +2
    Interesting idea. I look forward to seeing your design and implementation. DAB
  • nandohila
    nandohila over 8 years ago in reply to Workshopshed +2
    Hi Andy, I was initially planning on using a Gravity - Analog pH Sensor / Meter Pro Kit For Arduino - https://www.dfrobot.com/index.php?route=product/product&product_id=1110&search=ph&description=true…
  • mcb1
    mcb1 over 8 years ago in reply to Workshopshed +2
    I'm keen to know that one too. We were going to run an article about Hydroponics in TheShed magazine ... and then the biggest supplier in NZ got busted for selling for the WRONG purposes. Sadly when I…
  • beacon_dave
    beacon_dave over 7 years ago in reply to inghernandez

    Requirement of the design challenge...

    We invite all engineers, DIY hobbyists and tinkerers to upcycle an obsolete item, computer, piece of electronic equipment or appliance and make a cool new electronics project built around the IntelRegistered Edison Kit for Arduino.

     

    The official Challengers must build their project in accordance with the challenge's terms and conditions. All projects must include the IntelRegistered Edison.

     

    More information at:

    Upcycle it Design Challenge: About This Challenge

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  • inghernandez
    inghernandez over 7 years ago

    I'd like to know why you selected a Intel Edison to develop
    this project, just curiosity.

     

    Regards

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  • mcb1
    mcb1 over 8 years ago in reply to nandohila

    For our version I looked at having a container that the PH probe was immersed in all the time.

    When we wanted to measure, the content would be replaced with the fluid to be measured, and when complete flush it out with fresh water.

     

    Never did get past thinking about it ....

     

    Mark

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  • nandohila
    nandohila over 8 years ago in reply to mcb1

    I was thinking about running a water system for the probe where I could inject the sample and after getting the value flushing with neutral solution. It would be fun if a calibration cycle could be implemented as well but I don't know if I want go that far...

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  • mcb1
    mcb1 over 8 years ago in reply to nandohila

    I'd purchase that one.

    Most of the others I've seen are far more expensive.

     

    The sensor needs to be wet all the time, but you can put it in neutral solution.

     

    Mark

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