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+baseURL = "http://example.org/"
+languageCode = "en-us"
+theme = "chocolate"
+[markup]
+ [markup.goldmark]
+ [markup.goldmark.extensions]
+ definitionList = true
+ footnote = true
+ linkify = true
+ strikethrough = true
+ table = true
+ taskList = true
+ typographer = true
+ [markup.goldmark.parser]
+ attribute = true
+ autoHeadingID = true
+ [markup.goldmark.renderer]
+ hardWraps = false
+ unsafe = true
+ xHTML = false
+[menu]
+ [[menu.main]]
+ identifier = "home"
+ name = "Home"
+ url = "/"
+ weight = 1
+ title = "Home"
+ [[menu.main]]
+ identifier = "how-it-works"
+ name = "How It Works"
+ url = "/how-it-works/"
+ weight = 2
+ title = "How It Works"
+ [[menu.main]]
+ identifier = "research"
+ name = "Research"
+ url = "/research/"
+ weight = 3
+ title = "Research"
+ [[menu.main]]
+ identifier = "posts"
+ name = "Posts"
+ url = "/posts/"
+ weight = 4
+ title = "Posts"
+ [[menu.main]]
+ identifier = "contact"
+ name = "Contact Us"
+ url = "/contact-us/"
+ weight = 5
+ title = "Contact Us"
+ [[menu.main]]
+ identifier = "components"
+ name = "Components"
+ url = "/components/"
+ weight = 6
+ title = "Components"
+ [[menu.main]]
+ identifier = "make-it"
+ name = "Make It"
+ url = "/make-it/"
+ weight = 7
+ title = "Make It"
+[params]
+ facebookShareUrl = "https://www.facebook.com/sharer/sharer.php?u="
+ twitterShareUrl = "http://twitter.com/share?url="
+ redditShareUrl = "http://www.reddit.com/submit?url="
\ No newline at end of file
diff --git a/content/_index.md b/content/_index.md
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+title="Home"
+
+hero_image="/images/material-bg.jpg"
+hero_title="Shower Loop"
+hero_subtitle="Open Source - Open Hardware - Ecological - Economical."
+hero_content="Real-time filtration, purification, recycling & heat recovery system for showers. Made in Finland, for Earth."
+hero_video_url="https://www.youtube.com/embed/cY6MaxiNqWI"
+
+cta_text="Looking to make a change? Want to support the project?"
+cta_btn_text="Check Out our GoFundMe"
+cta_url="/posts"
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+
+
+
+
+
+
+ Shower Loop vs Normal Shower
+
+
+ 90% reduction in water usage and 70-90% in energy reduction for a 10 minute shower with a flow rate of 10 l/min. Savings are dependant on user behaviour and can vary. Use Just one bucket of water for a shower of any length. See the savings section for more information.
+
+
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+
Save Water
+
Capture, Filter, Reuse
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Saving Energy
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By reusing warm water.
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Save The Planet
+
Save Money
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+
Open Hardware
+
Copy, improve, adapt, share
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+
Assemble It Yourself
+
With manufactured and off-shell components
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+
Enjoy Better Showers
+
The single pump provides stable water pressure and the thermostat and heater keep water nice and warm
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+
Off - Grid Ready
+
The entire system can run on a 12V DC
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+
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+
+
No Plumber Needed
+
Shower Loop is like a standalone appliance without connecting to water mains
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+
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+
+
+
+
+ How It Works
+
+
+ Showers are great, but pouring hot and almost drinkable water down the drain is not. Besides the obvious costs to the environment and your bills, there is also a conscious on unconscious psychological cost any time you create waste. To solve this problem we created Showerloop. It's a shower that collects, cleans and reuses the water in real time while you are showering. So now you can shower for as long as you like but with a reduced ecological impact.
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diff --git a/content/components.md b/content/components.md
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+title="Components"
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+
+Showerloop Kit Component List 2018
+
+
+
+
+
Production
+
Made in Finland - for the most part. We've been doing our best to source materials as locally as possible. Sadly it's harder and harder to producers here in Finland or if we can it's just too expensive for us until we can produce more component inhouse.
+
The main components of the filter and electronics are, however, made here in Finland with the help of tools and expertise from Aalto Fablab in Helsinki, Varia vocational school & AIRO Island Ry.
+
+
+
+
Main Features
+
+Showerloop can be be integrated into existing showers
+Water can be diverted to a storage/ grey water tank
+Fully 12 V DC off-grid system is possible
+
+
Dimensions
+
+23 cm x 45 cm x 150 cm*
+35 kg
+( + 10 kg packaging )
+
+12 V DC self-priming membrane pump
+The pump can be placed almost anywhere and
+can run dry, pumps up to 3.3 bar.
+
+
Piping & Valves
+
+21 mm transparent hose
+Brass T's, 90 bends and quick connectors
+Plastic quick connectors for maintenance
+
+
Filters
+
+10mm CNC milled lids
+200mm transparent acrylic tube
+3 mm laser cut spacers
+M8 stainless steel metal rods
+
+
*Smart Shower & Sensors
+
+In the future
+
+
+
+
+
+
Heater & Thermostat
+
+-3 kW resistive heater
+NPT 10k Temperature probe
+and Thermostat
+Solid State Optocouple
+Brass piping for thermostat
+
+
UVIR
+
+240V AC [26W]
+[ 7 cm diam. x 55
+
+
Switch board & power housing
+
+IP67 Waterproof containers for electrical devices
+8- channel relay module
+Ground Fault Circuit Interruptor
+Fuses 10A and 2A
+12V DC Motor Controller PWM
+230V AC - 12V DC Transformer [150W]
+
+
+
+
+
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diff --git a/content/contact-us.md b/content/contact-us.md
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+title="Contact Us"
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+
+
+
Incase you want to support the project we have an effective gofundme campaign.
+
Basically we have little raw materials so we recycle a lot of materials, we also have the space and access to tools (yay, Fablab!) that allow us to continue our work.
+
We are also starting to collaborate with people around the world to bring Showerloop to where they need it, be it a boat, an RV, a house in the woods, a far off Pacific Island, a brand new hay-bale house or a really old building without plumbing. The possibilities are endless and together hope to create them all.
+
We're currently looking for a suitable business model that would encourage a community around social and environmental ethics and the open source circular economy.
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diff --git a/content/how-it-works.md b/content/how-it-works.md
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+title="How It Works"
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+
+
+
+
+
+Screen filter (like in a kitchen sink)
+To remove hair and large objects and to protect the pump. A gravity filter can also be utilised here
+
+
+Micro-fiber/geo-textile
+To keep in the filtrate materials but also works like the mesh filter
+
+
+Sand
+To filter out particles
+
+
+Activated carbon
+To clarify the water, remove colour, smell and chemicals
+
+
+Ultraviolet light
+To sterilise the water from potentially harmful bacteria
+
+After passing through the filters the water is clear, clean and bacteria free and ready to be pumped back into the shower head. A small electrical resistor can be used to reheat the water to your set temperature. When you are done the water goes down the drain like normal or you can use the water for something else, like doing your laundry or flushing the toilet to save even more water.
+
+
+
+
+
+
+
+
+Here's a little preview of how we imagine a complete household water loop to look like. By reusing the same water from one process to another we can dramatically decrease water consumption without having to sacrifice. We are building the system piece by piece but we need parts. If you make things like plumbing components, valves, pumps, ultra violet systems and filters let's work together. If you have spare parts feel free to send them to us :)
+
+
+
+
+
+
+
+
How It Will Work
+Get in the shower and select your desired water temperature on a small screen. Once you press start, water begins to flow just like in a normal shower, the difference is that instead of the water being wasted by letting it go down the drain, it's collected and pumped though several filters:
+
+
+
+Automate, Monitor, Re-program, Customise
+
+
+Multiple sensors and a micro-controller are used to allow for complete monitoring and control of the system so you can understand more about your own behavior and personalize the shower to fit your needs (e.g. tell you when to get out of the shower in case you’re in a hurry). You can set your ideal showering conditions like flow rate, water temperature, ambiance and to automatically wash the filters once you've left the shower so that the filters last longer before requiring manual maintenance. By measuring use and changes in flow rate it can inform you when to change filters.
+
+
+
+
+Currently we are using a simple two-row, two-color LCD screen (below) but in the future the interface could look more like this and be programmed by your smart phone (it's just a draft so don't get caught up on the numbers - it's only an example).
+
+
+
+
Improvement
+
+
+
+
+
+
The POC21 Model
+
+(See the DIY instructions) made with copper pipes and without the automated control system and slightly smaller filters for a lower flow rate.
+This is more closely resembles the final product but the placement and look of the filters can be modified by the user.
+
+
+
+
+
+
+
The fully operational prototype
+
+The shower built for 10 l/min and automated piping. Drinking water hose pipe was used for testing and fast iterations.
+
+
+
+
+
+
+
The Only Challenge
+
+The water needs to be collected for the pump which needs to be placed at the lowest point of the shower, ideally under the basin. If you have an Italian-style shower you can build a new basin instead of tearing the floor apart. We are also working on a way to hack your existing drain and using self-priming pumps so that you can plug the drain during loop mode and suck the water out of the small collection basin.
+
+
+
+
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diff --git a/content/licenses.md b/content/licenses.md
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+
The key to open source hardware and software is an open heart
If you with to republish, credit modify and/or commercialize Showerloop or aspects of Showerloop tech under the licence agreement you must, in a nutshell:
+
+
By: Give credit to Showerloop by linking to our website, refering to the documentation and it's makers
+
+Share AlikeShare your documentation in a similar fashion, a.k.a if you make a derivative (modified version) of Showerloop or any of the technologies developed within the Showerloop community you must also share the plans as open hardware. This includes components, manufacturing methods, modifications, plans and diagrams, CAD and STL files and of course documentation to explain it all.
+
By: Give credit to Shower Loop by linking to our website, refering to the documentation and it's makers
+
Share Alike: Share your documentation in a similar fashion. This includes components, manufacturing methods, modifications etc.
+
+
Shower Loop Trademark
+
We would love it if you used the Shower Loop brand. In order to use it we would be super happy to get a tiny payment for its use but more importantly we use the fee to certify that what you are developing meets the required quality, safety and environmental standards. Please contact us fro more information.
Creative Commons Attribution-ShareAlike 4.0 International Public License
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diff --git a/content/make-it.md b/content/make-it.md
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+title="Make It"
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+
+
+
+
+
+
+
Here is the Manual
+
+ It’s not ready, but I’m already 227 days overdue. Tragic. I’m really sorry to everyone that I said I’d have it done on the weekend. The inspiration just never came. I didn’t want to dissapoint you, I just dissapointed myself. Anyway. Today is my birthday (16.5.2019) and I turn 33. OMG where is the time going. I think the first Idea for the Showerloop was in the 90’s but I’d say it started in 2012 when we started scavanging parts to start building it. I’ve come a long way and not that far at the same time. Here’s to the next 227 days.
+
+
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diff --git a/content/posts/blog1.md b/content/posts/blog1.md
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+++ b/content/posts/blog1.md
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+author="Anthony Hathaway"
+title="The electronics board PCBBasic2.0"
+date = "2017-03-09"
+blog_image="/images/PCBBasic2_1.png"
+tags=['post']
++++
+
For the last couple of months we have gotten back to circuit boards and looking at completing the project we started a long time ago. Making the shower smart and easily controllable like one would expect from modern consumer products. There's been a lot to learn considering all we could do a few years ago was wire up a light bulb, and even then we would need to check what the difference was with the brown wire (live/positive) and the blue wire (ground/neutral).
+
To keep it simple last year we started working on a fully analog version of the system, just like the one below.
+
+
Basically it's a switch panel and buttons where the top 3 water proof/resistant rocker switches are to activate the pump, uv and heater and a 6 toggle switch switch-board below to control the individual valves. The top 3 buttons go to the power box that activated the relays with a 1 V DC current to close the circuit for the 220V AC to power the aforementioned devices. The valves are controlled directly via the 12V DC power supply.
+
+
+
Anyway, that was the old one. Since then we've added all kindsa stuff. An integrated GFCI, fuses, an 8-channel relay module, voltage meter for the pump and a motor controller, Power button and the appropriate cable glands to keep everything up to spec. The cables should be around 18 AWG or lower (thicker).
+
Additionally to make it easier to use in everyday use we made an analog controller. This should be done with an integrated circuit but I don't have experience with that and the last two people I've tried to work with have failed to help me so I'm starting from the most basic setup that I can understand and make myself. So below you can see the schematic connecting one switch to multiple devices using diodes to keep the flow in one direction.
Low poly showerstall for the Design Museum. Enter & Encounter Exhibit
+
At the start of the year, we were asked to bring a demo of Showerloop to an art/design/futurism exhibit. We also designed a wooden shower stall to accompany the showerloop system. The shower stall was made with blender, Explision, Meshlab, a lasercutter, circle saw, router, dremel, drill, clamps, hammer, crowbar, screwdriver, nuts, sticks, planks and bits, interior wax and lights.
+
+
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diff --git a/content/posts/blog3.md b/content/posts/blog3.md
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+++ b/content/posts/blog3.md
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+author="Jackie Young"
+title="Don’t Put These Things Down The Shower Drain!"
+date = "2018-03-27"
+blog_image="/images/drainbubbles.png"
+tags=['post']
++++
+
+
Natural water in Finland is some of the most polluted water in Europe (read the discussions in the article). You might be contributing to its pollution without realizing it, such as if you’re putting things down the drain that you really shouldn’t. Making your shower eco-friendly should be about saving water as well as preventing water contamination. Here’s what you can do to be greener and cleaner!
+
In Finland, people use an average of 140 liters of water every day. By installing a product such as Showerloop into your shower, you can save water and energy. Showerloop reuses water while you shower so that it doesn’t go to waste – and you don’t have to feel guilty about taking longer showers. However, that’s just Step One to ensuring a more eco-friendly shower. Step Two involves preventing toxins from ending up in water systems and the environment. That means you can enjoy showering without worrying about how you’re harming the water and wildlife.
+
+
It’s crazy that it takes so long for laws to be established to protect the environment. One of the reasons is that it’s very easy to introduce new chemicals and materials onto the market with basically no testing when the quantities are sufficiently low. There was supposed to be an EU law stating phosphorus and nitrogen quantities in Shampoo’s and other products but manufacturers claimed that they would self-report these by 2016 (if I remember correctly) but this law apparently never came into place
+
+
+
It’s worth remembering that it’s not just toxins that should be kept away from the shower drain. Other things should also be avoided as they can clog your pipes.
+
Some chemicals and other items you should never put down the drain:
+
Microbeads
+
More and more European countries are banning microbeads, the minute pieces of plastic that are found in hygiene products such as body scrubs. When you’re using these products in the shower, they go down the drain and can pollute the environment. Lots of microbeads have a large surface area that collects toxins and pollutants. When they enter large bodies of water, they can be consumed by marine animals. When consumed by fish, these microbeads can work their way up the food chain, even getting consumed by people. To avoid microbeads, avoid hygiene and beauty products that contain ingredients as polyethylene, polypropylene, polyethylene terephthalate, polymethyl methacrylate, and nylon.
+
Chemical drain cleaners
+
If you’re using chemical shower drain cleaners, these are dangerous for your pipes and the environment. Chemical drain cleaners contain ingredients like sulfuric acid and caustic soda which are corrosive and can damage metal pipes. They’re also bad for the environment as these chemicals can enter bodies of water where they poison fish as well as other wildlife. Coming into contact with these chemicals, such as by breathing in their fumes, can be dangerous to your health. They can irritate the skin, eyes, or cause more dangerous illnesses such as cancer. You don’t need chemicals to clean your shower drains. Use eco-friendly methods instead, such as baking soda and vinegar.
+
Coffee granules
+
How do coffee granules enter in your shower? Easy – they’re becoming a popular, eco-friendly DIY ingredient for many skincare products, such as exfoliating scrubs. Natural and organic products in Scandinavia are becoming more popular because they avoid the use of chemicals that can harm the planet. Although coffee granules aren’t bad for the environment, they can be bad for your pipes. When they mix with oils in your pipes, they can stick together and clog them up. Worst of all, to get rid of the clogged pipes, you might use chemical drain cleaners. These don’t help to break down the coffee grounds, though. The result is you’ll be putting harmful chemicals into your pipes that can get into the environment.
+
+
We really need to look into alternative products for use with Showerloop. So far all we know is that organic soaps are better absorbed by the activated carbon / filter setup that we are using. For mud scrubs we need to add an additional filter to capture it before it goes through the pump.
+
+
+
Shampoo
+
It’s common to wash your hair in the shower, but many shampoos contain harmful ingredients. One of these is phthalates. This chemical has been linked to reproductive problems in wildlife. According to a report by Health Care Without Harm Europe, the Women’s Environmental Network, and the Swedish Society for Nature Conservation, phthalates can lead to reproductive problems in animals, including a reduced survival of offspring, altered levels of hormones, and fertility problems. Avoid this from happening by switching to an organic shampoo that's kinder to your health as well as that of animals. Nitrates and phosphates are also released into the environment if a water treatment facility doesn't have all the right stages (tertiary treatment) before releasing water into the environment. Finland is world class in this respect and is working to reduce nutrient release into the sea from human activities to as little as possible. Water ways are shared so ultimately it requires cooperation and a community commitment.
+
Having a clean and eco-friendly shower is important. By ensuring that you don’t put harmful products down the drain, you can keep your pipes healthy and prevent chemicals from entering the environment where they can pollute the water and harm wildlife and ultimately ourselves.
+
+
With Showerloop but it’s still better to let soapy water go down the drain for the longevity of the filter. Our goal is to find or invent a way to filter out all kinds of soap with 100% reliability but that will require way more time and funding than what is currently available. I’m certain that the goal is achievable on a small scale and in an economically and ecologically feasible way (large scale utility projects are still the most effective for saving water but maybe not energy). Showerloop is just our first step in readjusting our relationship with water and the beautiful and plentiful resources on this planet.
+
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diff --git a/content/posts/blog4.md b/content/posts/blog4.md
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+++ b/content/posts/blog4.md
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+author="Jackie Young"
+title="2 Ways to Be Economical When Showering With an Injury"
+date="2018-04-17"
+blog_image="/images/Picture+of+a+pair+of+legs+with+red+toenails,+a+showerhead+submerged+in+water+and+an+overflow+drain+-+all+centered+in+the+image.jfif"
+tags=['post']
++++
+
+
It’s extremely challenging to lead your daily life while sustaining an injury. And yet, dealing with sports injuries is something that most of us will have to go through, with nearly 2 million sports-related injuries affecting high school athletes alone per year. Most of us know the feeling of attempting to take a shower or bath when your arm is wrapped in a cast and cannot get wet. It’s a defeated feeling, and it can quickly take away the motivation to shower or bathe in the first place. After all, wouldn’t it be easier to not deal with the challenge? Furthermore, you may also be concerned that showering with your sports-related injury will be a longer process than a normal shower, making the entire ordeal less environmentally friendly. While there are ways to make sure you are being economical while showering, like being conscientious of what you put down the drain, you may not always be thinking about the environment when trying to avoid getting your injury wet in the shower. Fortunately, there are two ways you can be economical about your water usage while showering with an injury, including:
+
Using Water Intermittently
+
One of the first shower routines you should try if you have an injury is using water intermittently. This method will actually help you avoid getting your cast or sling wet, as well, as you will be more in control of how much water you’ll use to bathe. Start by getting as much of your body and hair wet as you can—without getting your injury wet. Then, turn the water off completely.
+
While the water is off, you can shampoo your hair as usual. Rinse off the shampoo by turning the water on, and when you’re finished rinsing, turn the shower off again. If you use conditioner, you can then condition your hair as usual. If you do not, you can spend time scrubbing with soap. After this, turn the water on again and finish rinsing off. With this method, the idea is to never have the water on when you are not directly using it. You will inevitably save water this way while simultaneously controlling the amount of water that gets near your injury.
+
+
This is a good way to use Shampoo in the Showerloop as well. Disabling Loop mode, and letting the water go down the drain reduces the load on the activated carbon filter and thus improves it’s lifetime.
+
+
+
Using A Bucket
+
If you have a large-scale cast or slang and cannot risk getting into the shower completely, you may want to try using a bucket to bathe. This is another economical way to shower that will give you total control over the amount of water that will touch your body. All you will need is a plastic or metal bucket and a pitcher of some kind. Fill the bucket up with water. This will be all of the water that you will use for your entire “shower,” which you’ll notice is a significantly lesser amount compared to a normal shower or bath (Showerloop only requires one bucket of water per shower of any duration). Use the pitcher to pour water over your body or whichever area you wish to wash. Again, you will have control over exactly where the water goes, which is extremely helpful if you want to avoid getting your injury wet.
+
By trying one of these two showering methods, you can manage to properly bathe without running the risk of getting your injury wet—and while still being environmentally-friendly.
+
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+title="Research"
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+
+
+Ongoing research:
+
+
+
+Can we identify a particular type of activated carbon and soap/shampoo combination that is the most effective at removing particulates ***Almost complete***.
+
+
+What is the typical heat loss in a normal shower from shower head to the drain aka how much heating is needed ***Almost complete***.
+
+
+Quality control of source components.
+
+
+Life Cycle Assessment and scoping the needed certifications for products.
+
+
+Making a PCB for our smart shower system
+
+
+Testing 12 V DC ballasts with the UV lamps to allow for a fully battery/renewable powered Showerloop
+
+The original thesis that started it all. The document includes all the experiments conducted to test water quality before and after going through the filters as well as previous research and future recommendations - which is still the direction of Showerloop today.
+
+During the making of the ShowerMagic thesis Eduard joined the team to develop an automation system and a software platform whereby the speed of individual experiments could be increased dramatically. Later the same idea was simplified to run on an Arduino micro controller instead of a PC.
+
+In 2014 Anup Mishra joined the Showerloop team for a work placement and in 2015 completed his Bachelors thesis. The topic was the final piece of the shower puzzle - can we remove sufficient amounts of soap from the water each cycle. The results were very promising but more research is required because the ingredients in soap are so varied.
+
In 2015-2016 Nishan Khadka and Gaurab K.C. joined the team for their work placements. Having twice the responsibility it was tough at first but the guys showed lots of enthusiasm and after some coaching met the goals laid out in the beginning.
+
One of the objectives was to test simple and inexpensive water quality sensors available from Ebay. While much much more experimenting and quality control should be performed to verify the results (replicate them with multiple sensors) we did get a pretty clear picture of what sensors proved reliable, especially when comparing the cost of these kits to professional chemical lab equipment.
+
"According to the analysis, pH and conductivity meter are the most reliable test kit and can be used for home test use. TDS meter was not reliable as it showed half of the actual value. Test strips for hardness showed reliable values as the true value of hardness in the sample water was on the range of test strips.
+
Test strips used for sulphate test had large range (0-250 mg/l). When comparing test strips with Hach Lange, it showed the reliable range while nitrate test strips also showed the reliable range. For E. coli and Coliform confirmation, the test sample also showed the reliable output. Test sample was able to detect at least two coliform colonies.
+
As a whole, pH meter, conductivity meter, test strips for hardness, sulphate and nitrate and, Coliform and E. coli test powders are reliable for testing home base shower water. However, it is important to notice the range and limitations of test kits before using it."
Testing our suppliers 25 W UV lamps for effectiveness to deactivate e.coli bacteria, an indicator organism commonly used to test water quality.
+
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diff --git a/themes/chocolate/LICENSE b/themes/chocolate/LICENSE
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--- /dev/null
+++ b/themes/chocolate/LICENSE
@@ -0,0 +1,20 @@
+The MIT License (MIT)
+
+Copyright (c) 2019 YOUR_NAME_HERE
+
+Permission is hereby granted, free of charge, to any person obtaining a copy of
+this software and associated documentation files (the "Software"), to deal in
+the Software without restriction, including without limitation the rights to
+use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of
+the Software, and to permit persons to whom the Software is furnished to do so,
+subject to the following conditions:
+
+The above copyright notice and this permission notice shall be included in all
+copies or substantial portions of the Software.
+
+THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
+IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS
+FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR
+COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER
+IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN
+CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
diff --git a/themes/chocolate/archetypes/default.md b/themes/chocolate/archetypes/default.md
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diff --git a/themes/chocolate/layouts/404.html b/themes/chocolate/layouts/404.html
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diff --git a/themes/chocolate/layouts/_default/baseof.html b/themes/chocolate/layouts/_default/baseof.html
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+++ b/themes/chocolate/layouts/_default/baseof.html
@@ -0,0 +1,12 @@
+{{- partial "head.html" . -}}
+
+{{- partial "header.html" . -}}
+
+
+
+
+.jpg)
+
+
+ 
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/content/posts/blog2.md b/content/posts/blog2.md
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+++ b/content/posts/blog2.md
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++++
+author="Anthony Hathaway"
+title="Showerloop at the Design museum"
+date = "2017-09-11"
+blog_image="/images/shower_at_museum1.jpg"
+tags=['post']
++++
+
+
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diff --git a/content/posts/blog3.md b/content/posts/blog3.md
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++++
+author="Jackie Young"
+title="Don’t Put These Things Down The Shower Drain!"
+date = "2018-03-27"
+blog_image="/images/drainbubbles.png"
+tags=['post']
++++
+
+
+
+
+
+
+