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      • Gelance Cushion - Andrei Motian
      • Landscapes for Warhammer - Dusanka Prvulovic
      • Bioplastic Filters: An Analogue Photoshop - DaniĆ«l van Kesteren
      • Hyperdisposables - Anoush Mazloumian
      • Project Stop Touching - Summer Danoe
      • Foam For Material Activists - Laura Velgersdijk
      • DateKleed - Duncan van Norden
      • One Size Hurts All - Kaz Bison
      • Biodegradable Packaging Bags - Kim Sinke
      • DIY Faceguards - Thijs Uffen
      • Bioplastics on a Rainbow Spectrum - Desiree van Dam
      • Beyond Humanity - Britt de Heer
  • Coursework
    • Britt
      • research zine text
      • Week 11
      • Week 12 / 13
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      • 1 ) Kick-Off
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      • 4 ) Cutting Supersurfaces
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    • Andrei
      • Week 1
        • GWA
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      • Week 2
        • Ohm's Law & circuits
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      • Week 4
        • Inflatables 2D to 3D
        • Smooth to sharp with polypropylene
      • Week 5
        • Making a switch for the laser cutter in Fusion360
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      • Week 6
        • Wearable switch for sound
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      • Week 7
        • Home materials
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        • Week 16
          • Going even bigger
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    • Anoush
      • Week 11-19
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      • Week 1-8
        • Overall Reflection
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        • Week 7 | Transforming bioplastics
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        • Week 2 | Electronics: Connecting Materials
        • Week 1 | Kick-off
    • DaniĆ«l
      • Week 20: Expo Week
      • Week 19: Project Week 9
      • Week 18: Project Week 8
      • Week 17: Project Week 7
      • Week 1: Kick-Off
      • Week 2: Electronics and Connecting Materials
        • Part I: The Basics and Recreating Circuits
        • Part II: The Making of the Speaker
        • Part III: Testing the speaker
      • Week 3: Reading Week
      • Week 4: Processes & Collaboration
        • Part I: exploring the words
        • Part II: experimenting with the laser cutter
      • Week 5: Critical Making 3D
        • Part I: Creating the injection mold
        • Part II: Creating the two-part mold
        • Part III: Printing the designs
      • Week 6: Electronics & Open Design
      • Week 7: Bioplastics
        • Material Properties Sheet
        • The Ma2E4 Toolkit
        • The Ma2E4 Toolkit (second bioplastic)
        • An application for the bioplastic
      • Week 8: Interfaces & Algorithmic Bias
      • Week 9: Documentation Week
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      • Week 13: Project Week 2
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      • Week 16: Project Week 5
        • Presentation Preparation
    • Desiree
      • Summaries
      • Kick-off
      • Week 1 - Safety Zine
      • Week 2-3 Electromagnets
      • Week 4 - Cutting Supersurfaces
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      • Week 6 - Untoolkit: Electronic Inputs
      • Week 7 - Transforming: Molding and Casting with Bioplastics
      • Week 8 - Untoolkit: Electronic Outputs
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      • Week 11 - Choose a project
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    • Duncan
      • Week 1: Kick-Off
        • Masterclass Studio Overvelde
        • Workshop letterpress
        • Textielmuseum Tilburg
        • Meet the Makers - introduce yourself
        • Safetyzine
        • extraĀ“s
      • Week 2: Electronics: Connecting Materials
        • Zine: Kits & Open sources
      • Week 3: Reading week
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        • Zine:
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        • Overall conclusion
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        • Zine: Does being a 'maker' makes you a better civilian?
        • extraĀ“s: week 8
      • Week 9: Reflection
        • Zine:
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        • Zine:
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        • Makers skills & attitude
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        • Scenario
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      • Week 15
        • Materialen lijst
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      • Week 16
      • Week 18
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        • Inspiratie
        • Benodigdheden Woensdag 03/06/20
        • Inspiratie foto serie
        • Digitale tekeningen
      • Week 19
      • Week 20
    • DuÅ”anka
      • Week 1 - 8
        • 1 | Kick-Off
          • 2 | Electronics: Connecting Materials
            • Assignment 0 - Zine
            • Assignment 1 - Paper circuit
            • Assignment 2 - Soft speaker
          • Assignment 1
          • Assignment 2
        • 4 | Cutting Supersurfaces
          • Assignment 0 - Zine
          • Assignment 1 - Sample Book
        • 5 | Additive Manufacturing
          • Assignment 0 - Zine
          • Assignment 1 - Mold documentation
          • Assignment 2 - Molds
        • 6 | Untoolkit: Electronic Inputs
          • Assignment 0 - Zine
          • Assignment 1 - Antiprimadonna's
          • Assignment 2 - Working circuit
        • 7 | Transforming: Molding and Casting with Bioplastics
          • Assignment 0 - Zine
          • Assignment 1 - Intro
            • Bioplastics
            • Experiential toolkit
            • Material properties sheet
            • Future applications
            • Reflection
        • 8 | Untoolkit: Eelectronic Outputs
          • Assignment 0 - Zine
          • Assignment 1 - Working circuit
      • 11 | Projects Kick-Off
        • Trail of Evidence
      • 12 | First experiments
        • Trail of Evidence
        • Building the board
      • 13 | Project Work
        • Trail of Evidence
        • Building scenery
      • 14 | Reframing
        • Trail of Evidence
        • Game ideation
      • 15 | Making fake water
        • Trail of Evidence
      • 16 | Making a cherry blossom tree
        • Trail of Evidence
      • 17 | Expo plan & Clouds
        • Trail of Evidence
      • 18 | Research zine & Coffee soil
        • Research zine
      • 19 | Research zine 2.0
    • Kaz
      • 1 | Kick-Off
      • 2 | Electronics: Connecting Materials
        • Assignment 0 - Zine
        • Assignment 1 - Paper circuits
        • Assignment 2 - Building a speaker
      • 4 | Cutting Supersurfaces
      • 5 | Additive Manufacturing
      • 6 | Untoolkit: Electronic Inputs
      • 7 | Transforming: Molding and Casting with Bioplastics
      • 8 | Untoolkit: Electronic Outputs
      • 11 - 20 | Project: Face Mask Strap
        • 11 | Kick-Off / Pitch
        • Trail of Evidence
        • 15 | Midterm presentation
    • Kim
      • 1 - Introweek
        • Discussion notes
        • Try out zine - Week 1
      • 2 - Electronics: Connecting Materials
        • Zine - Week 2
      • Zine - Week 3
      • 4 - Cutting Supersurfaces
        • The making of: The Sample Book
        • Dense - Clear final sample book
        • Zine - Week 4
      • 5 - Additive Manufacturing
        • Understanding Fusion 360
        • Understanding Cura
        • Understanding the 3D Printer
        • Zine - Week 5
      • 6 - Coronaweek Untoolkit: Electronic Inputs
        • LDR LED connection with Arduino
        • Zine - Week 6
      • 7 - Coronaweek Transforming: Molding and Casting with Bioplastics
        • Material properties sheet + Experiential toolkit
        • Future Bioplastic concept
        • Zine - Week 7
      • 8 - Untoolkit: Electronic Outputs
        • Output swatch
        • Zine - Week 8
      • Project Page Biodegradable Packaging Bags
      • 11 - Project proposal week
        • Trial of evidence week 11
      • 12&13 - Project Bioplastic Consumables
        • Trial of evidence week 12&13
      • 14 - Reframing week
        • Trial of evidence week 14
      • 15 - Project work
        • Trial of evidence week 15
      • 16 - Reframing and expo prep
        • Trial of evidence week 16
        • 16 - The first test
      • Material Sample 1
      • 17 - Project work
        • 17 - Ironing a bioplastic bag
        • 17 - New method for sticking a bioplastic bag together
        • 17 - How to compost?
        • Trial of evidence week 17
      • 18 - Trial of Evidence
      • 19 - Trial Of Evidence
      • 20 - Trial Of Evidence
      • 21 - Final Expostion
    • Laura
      • Week 1: Kick off
      • Week 2: Electronics: connecting materials
      • Week 4: Cutting Supersurfaces
      • Week 5: Additive Manufacturing
      • Week 6: Untoolkit: Electronic inputs
      • Week 7: Transforming Molding and Casting with Bioplastics
      • Foam For Material Activists
        • How to protect?
        • To find a material
        • Foam
        • Trail of Evidence
        • Midterm presentations
    • Summer
      • Foto's
      • Midterm presentation
      • Project: Stop touching
        • Project Proposal
        • Inspirational projects
      • Cutting Supersurfaces
      • Additive Manufacturing
      • Molding and Casting with Bioplastics
        • Creating natural dyes
        • Created bioplastics
      • Electronic input
      • Electronic output
    • Thijs
      • Week 1 - Kickoff
      • Week 2 - Electronics : connecting materials
      • Week 2 - Workshop : debugging circuits
      • Week 2 - Making a speaker
      • Week 3 - Processes & Collaboration
      • Week 4 - Cutting supersurfaces
      • Week 4 - Zine editor
      • Week 5 - Additive manufacturing
      • Week 6 - Untoolkit: Electronic Inputs
      • Week 7 - Transforming: Molding and Casting with Bioplastics
        • Ma2E4 Toolkit
        • Future applications & reflection
      • Week 8 - Untoolkit : electronic outputs
      • Week 11 - Project kickoff
      • Week 12 - First experiments
      • Week 13 - Project work
      • Week 14 - Reframing & trail of evidence
        • Reframing : additional research
        • Shopping list
        • Testing bioplastic material
      • Week 15
      • Weeks 15 - 20
      • Expo prep
  • CLASS NOTES
    • Zine documentation (collaborative doc)
    • Discussions week 2-8
      • Week 02 - Connecting Materials
      • Week 04 - Cutting Supersurfaces
      • Week 05 - Additive Manufacturing
      • Week 06 - Untoolkit Electronics Inputs
      • Week 07 - Transforming Bioplastics
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On this page
  • Intro
  • Making fake bioplastic-water instead of with epoxy
  • Landscape base
  • Water characteristics
  • Experiment 1
  • Nope
  • Experiment 2
  • Nope
  • Experiment 3
  • Nope
  • Experiment 4
  • Yes!
  • Letting it dry a bit more
  • Pouring 'water' in between the mountains
  • Amount of product that I need
  • End result
  • Epoxy/chemical water
  • Reflection
  • Next weeks' idea
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  1. Coursework
  2. DuŔanka

15 | Making fake water

Making water from bioplastics

PreviousGame ideationNextTrail of Evidence

Last updated 4 years ago

Intro

This week I decided to leave my idea of the board game behind and focus on miniature modeling. How could the modeling industry be more biofriendly? Because literally every single thing that is made with miniature modeling (f.e. showing architecture or hobby) is made not bio-friendly materials like styrofoam, plastic, epoxy, paint are used while these can easily be replaced with bio plastics. This week I'll be focussing on how to make a more 'bio-friendly fake water' instead of how it is happening nowadays, which is with epoxy and hardener.

Making fake bioplastic-water instead of with epoxy

How can miniature modeling be more bio friendly? Epoxy is used a lot for different kind of things like, art, woodwork or home decor. With miniature modeling epoxy is mixed with hardener and is used for making fake water because it has a nice shiny gloss (called art resin). Epoxy can be very dangerous for your health and can even cause asthma and is extremely toxic for the ocean and all living organisms.

Landscape base

I started off with making a lot of mountains, made from sawdust and dexterin to get a good landscape base. Eventually I want to fill everything, what is brown now, with the fake water, about 1cm high. That is why I filled the sides up with mountains, so that there is space in the middle for the water and it won't go out.

Water characteristics

Experiment 1

Nope

But unfortunately after about 15 hours it was still liquid. If i would put this is into the landscape between the mountains, it would probably mess up the clay and the sawdust mountains, I am affraid that it would soften.

Experiment 2

I just added the slightest bit of glycerin so that it wouldn't shrink, it also gave it a nice glossy effect.

Nope

It looks very nice but the thing is that I would need a lot of Agar which makes it too expensive i think.

Experiment 3

I used the same recipe as with experiment 2, just without any glycerin. For this experiment I didn't use any glycerin because I wanted to see what the difference would be with experiment 2. Also so that it would be a bit cheaper to make. Unfortunately i think this would shrink after a while and it doesn't fit inside the mountains anymore

Nope

It didn't remind me of water at all, it wasn't transparent and it looked too gelly. This is not a good recipe to make fake water with!

Experiment 4

Yes!

This recipe is super cheap to make for bigger surfaces and it reminds me of water a lot. I could even make some bubbles inside by blowing air into a straw so that it would look like water even more. It's not super firm but if i would make it thicker I'm sure it will be. This experiment sample is only like 0.2 mm and I want to make it about 0.5-0.6mm thick.

Letting it dry a bit more

I am going to let it dry for about half a day more so that it dried exactly 24 hours, just to be sure how it turns out. I'll put them outside of the mold close to an open window.

Pouring 'water' in between the mountains

Amount of product that I need

The clay board is 50x50cm and I want to make it at least 1 cm high. So i would need 2500 cm3 = 2500 ml. The recipe is: 4g agar (about 1 ml) 3,9 ml glycerin 420 ml water ------------------ total ml 425 ml +- 2500 ml / 425 = 6x more +- New recipe for 50x50x1 cm board:

24 g agar 23,4 ml glycerin 2520 ml water

End result

I used the amount of ingredients, listed above. It didn't get viscous at all so I was afraid it would stay watery.

My idea was to pour it into the mountains by closing off the sides with carton.

I took a shot and just poured the watery product it in between the mountains and it all went wrong! I didn't close the sides from carton well enough so it went everywhere. Instead of it being one whole it came out into all little pieces but I really like the effect actually. Instead of water it looks like ice or super wild water now.

Epoxy/chemical water

This example I got from Youtube. To show you that the result of making water with chemicals looks almost exactly the same as the bioplastic example. You don't need all those chemicals to create something nice!

Reflection

I'm super happy with the end result. And I am happy that it didn't turn out into 1 whole like I was planning before, now it just looks like iceblocks which I like. It's just a pity that I took the photo's with my phone instead of a camera. It looks more realistic and nicer in real life than on the pictures.

Next weeks' idea

For next week I'd like to focus on trying out new recipes for different kinds of scenery like trees. A big pink blossom tree would be nice. Marjolijn also gave me a good tip on how to make it 'remakable' for people. I could intergrate little signs on each bioplastic which tells people which ingredients etc, are used. Instead of making something digital I can intergrate it into the landscape itself which is a nice idea I think.

I used the cornstarch recipe from (page 5) and added 5 grams of glycerin so that it wouldn't shrink. To make it blue I put a tiny tiny teaspoon of , that I bought at Holland & Barret. The color turned out beautiful and bright, probably because of the vinegar.

This recipe I also got from (page 4), I used the Agar recipe. I didn't use any Sprilina powder, just to see it's true colors and maybe it would turn out nice without it being blue.

For this recipe I used a tiny teaspoon of spirulina again just to make it a bit blue. I used the recipe from Materiom. This one is way bigger than the rest of the experiments and I didn't even use so much more amount of ingredients just a lot more water, which is a good thing!

Anastasia's cookbook
spirulina powder
Anastasia's cookbook
agar bioplastic (heated)
Epoxy is damaging for yourself and the environment, amazon, 2020
Landscape base from sawdust & dextrin, Dusanka, 2020
Water experiment 1, Dusanka, 2020
Didn't get hard after 15 hours, Dusanka, 2020
Agar recipe from Anastasia, 15 hours, Dusanka, 2020
Agar recipe form Anastasia, 15 hours, Dusanka, 2020
Agar recipe without glycerin, 15 hours, Dusanka, 2020
Agar recipe without glycerin, 15 hours, Dusanka, 2020
Agar, glycerin recipe, Materiom, 15 hours, Dusanka, 2020
Agar glycerin water, recipe, 15 hours, Dusanka, 2020
Letting the dry for a bit more next to an open window, Dusanka, 2020
Still watery..
Turning the landscape into a mould, Dusanka, 2020
Bioplastic landscape, Dusanka, 2020
Buddhist on the North Pole, Dusanka, 2020
bioplastic landscape, Dusanka, 2020
Buddhist on the north pole, Dusanka, 2020
Buddhist on the northpole, Dusanka, 2020
Epoxy wave, Linda Bartlett, 2019]