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Upcycle It
Blog Upcycle It - Washing Machine Hydroponic Grower - #12 Summing Up
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  • Author Author: nandohila
  • Date Created: 4 Jun 2017 1:03 PM Date Created
  • Views 1821 views
  • Likes 7 likes
  • Comments 8 comments
  • upcycle_it
  • washing_machine
  • intel edison
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Upcycle It - Washing Machine Hydroponic Grower - #12 Summing Up

nandohila
nandohila
4 Jun 2017

The Challange

 

Upcycle It

 

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.

 

upcycleITlogo.png

 

Proposal

 

Upcycle It - Washing Machine Hydroponic Grower - #1 Introduction

 

To use an old front load washing machine to be the main assembly of the rotary hydroponic system controlled by the IntelRegistered Edison Kit for Arduino.

 

Controller to monitor temperature, humidity, nutrient solution PH and control grower light, drum motor and water pump. Values to be published and parameters to be adjusted remotely using MQTT protocol.

 

image

 

Washing Machine Modifications

 

Upcycle It - Washing Machine Hydroponic Grower - #2 Preparation

Upcycle It - Washing Machine Hydroponic Grower - #3 Preparation II

 

Concrete ballast and some of the panels were removed. Also, most of the internal parts and wiring were stripped, leaving only the tumbler and the structure to hold it in place.

imageimageimageimage

 

Grow Light Fitting

 

Upcycle It - Washing Machine Hydroponic Grower - #4 Preparation III

 

Upcycling also an old table lamp, the grow light fitting was mounted on a bracket off the drum. Having a flexible goose nose, it can be easily bent away and returned to the position when loading and unloading the plants in the drum.

 

imageimage

 

Stepper Motor

 

A printer stepper motor was mounted roughly at the same position where the original motor was so the original pulley and belt system was kept to turn the drum. The driver was mounted next to the stepper.

 

imageimage image

Drum Modification

 

Upcycle It - Washing Machine Hydroponic Grower - #6 Drum Modification

 

We added spring loaded rails to secure hydroponic baskets in place once the drum starts spinning.

 

imageimageimage

 

Nutrient Solution System

 

Upcycle It - Washing Machine Hydroponic Grower - #8 Nutrient Solution System

 

A reservoir was placed under the drum so the nutrient solution can be pumped to keep the required level inside the drum.

 

 

imageimageimage

 

 

Sensors and Interfacing

 

Upcycle It - Washing Machine Hydroponic Grower - #9 Interfacing Edison X Grower

 

Temperature/Humidity and Light sensors were fixed on the light mounting facing the inside of the drum. The PH probe was fixed inside the return pipe so the probe is constantly submerged. The relays that switch the light and water pump were mounted inside a junction box.

 

imageimage imageimage

 

 

 

Preparing the growing baskets

 

Upcycle It - Washing Machine Hydroponic Grower - #11 Planting

 

The seeds are placed in a cut on the foam and left on a tray to germinate before going to the drum.

 

imageimage

 

Testing the Rotary Growing System

 

This is the final apparency of the Rotary Growing System

 

image

 

Below is a video of the starting of the rotary grower, showing the sensor values and status on the display.

 

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image

 

Unfortunately, I didn't have enough time to have the seeds germinating for the final post but I will keep posting photos and videos as it goes.

I also will add more functions on it such as a fan to refresh the air inside the drum, an air pump to aerate the solution and automate the solution PH control and nutrient feeding.

 

I would like to thank Intel, element14, all community members that gave their suggestions and motivation, my friend Brent bpapesh who gave a good hand on this project and my wife Camila (who hate electronics) for being so patience on the last weeks as I dedicated most of my free time to this project than to her.

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Top Comments

  • jkutzsch
    jkutzsch over 8 years ago +2
    nandohila Fernando, nice work! Quick observation. You posted these to your personal blog not the design challenge blog : Upcycle It https://www.element14.com/community/community/design-challenges/upcycleit…
  • nandohila
    nandohila over 8 years ago in reply to jkutzsch +2
    Hi John, Thanks for the heads up. I've fixed the posts they should be all at the upcycle it challange blog now.
  • DAB
    DAB over 8 years ago +1
    Great post and good finish. Yes, I am definitely interested in seeing your germination rate and growth rates over time. I am not sure if you need to germinate the plants first and then transplant, but…
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  • gpolder
    gpolder over 8 years ago

    Great project, keep us informed when the plants are growing!

    Just one question, did you consider LEDs with a specific spectrum, optimised for growing the crops.

    My colleagues do a lot of research on this. Amongst others, one for growing crops in space: EDEN ISS: How to cultivate vegetables in space - WUR.

    image

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  • gpolder
    gpolder over 8 years ago

    Great project, keep us informed when the plants are growing!

    Just one question, did you consider LEDs with a specific spectrum, optimised for growing the crops.

    My colleagues do a lot of research on this. Amongst others, one for growing crops in space: EDEN ISS: How to cultivate vegetables in space - WUR.

    image

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  • nandohila
    nandohila over 8 years ago in reply to gpolder

    Hi Gerrit,

     

    I've been looking for grower lights, there are so many types available. The plants reflect the green light so normally the grower lights will have this purple colour avoiding the green to ensure maximum absorption of the light produced. As I had to concentrate on the project to get it done on time I started using a standard LED corn light but a proper grower light is on my wish list.

    Very nice experiment of your colleagues! They could also consider a rotary grower turning fast enough to generate artificial gravity in space...

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