#WikiArsenic: We the People Uploading Heavy Metal Water Chemistry Data via IoT to AR/VR + Reality Earth

Not everyone has the luxury of quitting their job and being in a water protector camp, so let’s help them get there! Overall idea of how to monitor toxic heavy metals (uranium, plutonium, lead, arsenic, mercury, cadmium, etc.), upload water chemistry data to GeoSpatial environments (apps like: Google Maps, Google Street View, Google Earth VR, Father.io, Inverness, Resources, Pokemon Go, etc. maps) in real time with an Internet of Things (IoT) electrochemistry sensor for toxic heavy metals in oil pipeline leaks and mining waste.

For now, I will start with Gear VR and the VisoPlaces app that uses StreetView data to get a VR experience on the Gear VR because uploading VR and environmetal IoT data as well as text, video, etc. to Google StreetView is easy with the Google Cardboard Camera and StreetView apps. VR is an empathy engine, allowing people to immerse themselves in a scene with the maximum level of immersion available today with a computer. In time, we hope people actually come out to the water from cities. However, we understand the constrains people have with busy city jobs. The sensor can be dropped from a canoe while ricing in White Earth Reservation lakes and the GPS of the data can be tagged and either uploaded in real time to the map or after the harvest of rice if cell towers are not around by storing the data in the flash memory of a phone for upload later. Devices could be placed around pipelines or in well water to test in real time like in Flint. Here, we hope that high tech, medicine, environmental science, forensic intelligence (interrogating those in power), and nature can come together to save the water.

Starting with StreetView data Gear VR app:


Imagine an urban water war like Father.io:

…or a collaborative Pokemon Go water collection/toxin mapping project:

…or fighting Tiger Swan (to get this joke you had to be at Standing Rock) in VR with Resources for Android:

Two days ago, started working on WikiArsenic with the son of my friend’s tenant. I made a video via Facebook LiveStream (see above) and he transcribed the video after a lesson.


This is what I gathered from the video you sent me:

Mobile heavy metal liquid test kit

A portable kit capable of measuring the electrochemistry of water samples can be produced with less than $100 of equipment.

$30 Android tablet

~$40 equipment (sensors, wires, microchip)

1 water protector with an internet connection

With these materials, real time updates can be made on the quality of water anywhere in the world. This allows for rapid documentation and dissemination of valuable water quality statistics following a major disaster like the Gulf oil spills or a hurricane like those experienced in 2017

In addition to the humanitarian and first response applications, the same technology can also be adapted for use in the construction of a solar powered cell network monitoring water supplies around the globe, providing real time data 24/7 365 days a year. This data will not only aid in the detection of new disasters, it will also provide mountains of information for further study.

Successful construction of even portions of this network coupled with widely used pre existing technology like google maps will allow this information to be shared not only with scientists in need of this data, but also the general public; fostering the potential for increased interest in and awareness of the quality of the world’s water supply.

Is this an accurate summary? A lot of what you said was difficult to understand. I think you have a really good concept here, but i would recommend a more concise and professional polish to be put on anything else that gets put out publicly about the concept.

As far as my own work goes, I downloaded the udacity app and began the android development courses, but quickly discovered my computer to be incapable of running the android studio development software. Working on a solution.

I mocked up a couple ideas for a “prettier” version of the kit you put together in your video.

Meanwhile, I read through some of the studies you sent on arsenic and its presence in rice, as well as a few pages of the paper referring to the proteins(?) responsible for rice’s ability to absorb arsenic in the first place. I don’t think I have the background or understanding to contribute to this topic intellectually, not yet at least. However, the modeling side is something I think I can help with. As i understand it, you are looking for a program that can accurately model the types of molecules necessary for extracting arsenic, and potentially use those models to produce the means to extract arsenic from contaminated water. Is this correct? Anything else you would like me to focus on?

Hope things are going well in White Earth


My reply:

Full PDF file for the book “Environmental Monitoring with Arduino: Building Simple Devices to Collect Data About the World Around Us.” Contains a water conductivity monitor as project 5, a simple electrical assay for water quality. #WikiArsenic


Can you read this book cover to cover?

Look at the project 5 water conductivity.

starting in on p 35

The actual arduino kit costs $20 on sale from Microcenter in Minneapolis.

Can you get one?


There are a ton of kits online. Something that has some LEDs are good to start with.

Can you hunt around for the parts for project 5 and the following:


The potentiostat allow us to do metal sensing.

The water conductivity sensor is not a chemical analysis tool that can identify specific metals and other electroactive elements, but it is good as an indirect assay.

Does that make sense? Both Arudino projects use electricity to look at matter in water.

Make sense?



Can you try this too?


And check out these courses on Udacity.

I am playing with it and I’d love to see videos from you. LiveStreams.

Will get some tracks into a flash mob game soon:


for water ala:


Mycroft AI.

Austin parties, as Bruni dies of arsenic poisoning.

Bruni’s taps deliver poison to its poor, largely Hispanic residents but other rural towns in the state suffer with water that is black, brown or stinks of rotten eggs

Water quality is a problem in many small, rural Texas communities but often the hyperlocal supplies do not have the funds or expertise to remove dangerous substances.
 Water quality is a problem in many small, rural Texas communities but often the hyperlocal supplies do not have the funds or expertise to remove dangerous substances. Photograph: Roger Bamber / Alamy/Alamy

Julio Perez sprayed his yard with water from a garden hose. While the flowers were no doubt grateful for the refreshment on a warm afternoon, there was no chance of him quenching his own thirst with a gulp of tap water.

The 66-year-old lives in Bruni, a tiny Texas town notable for a very unwelcome reason: the quantity of arsenic in its water. In 2014-15 the average concentration of the carcinogen was 79.6 parts per billion: almost eight times the federal limit.

This was a mild improvement on the long-term average of 85.3 ppb since 2002, but Bruni was the runaway leader at the top of the Texas arsenic standings in a report compiled by the Environmental Integrity Project. The next-worst rate was 56.2 ppb in a district serving the 5,000-strong ranching community of Hebbronville, 13 miles from Bruni.

Using data from the state agency, the Texas commission on environmental quality (TCEQ), the report identified 65 Texas community water systems, serving over 82,000 people, which over the past two years have exceeded the arsenic standard set by the Safe Drinking Water Act. It found that some 51,000 of them in 34 communities have been exposed to drinking water with excessive levels of arsenic for at least a decade.

This is not news to the residents of Bruni, a poor, mostly Hispanic place 45 miles east of the border with Mexico. “Most of the people don’t drink the water any more,” said Perez, who has lived there for more than 25 years. “It looks cloudy,” said a woman in town who declined to give her name. “We don’t drink it,” said another.

The borderlands are replete with small, underresourced towns like Bruni where many residents have given up on using the water.

“The quality of water and the fact that it’s taken years and years for [state and federal authorities] to even begin looking at this is atrocious and families in the … rural areas have to deal with so much more in addition to the water quality,” said Amber Arriaga-Salinas of Proyecto Azteca, a not-for-profit organisation that works to improve conditions for low-income families.

In Bruni, Perez has installed a filter in his home but is not confident it blocks the toxins. Instead he drinks bottled water – one of the items readily available in Bruni’s modest general store – buying it by the gallon.

He worries that the water problems are contributing to the town’s decline. It had a population of 379 at the 2010 census, down from 698 in 1990.

And he speculated that the water has caused health problems locally. “For me, people do get sick because of it. I know it’s the water,” he said.

Locator map for Bruni, Texas.
 Locator map for Bruni, Texas. Photograph: The Guardian

Scientists have linked high levels of arsenic in drinking water to increased risks of cancer, lung and cardiovascular diseases, skin conditions and diminished intellectual ability in children. Recent research suggests arsenic is more dangerous than previously thought. In 2001 the federal Environmental Protection Agency lowered its standard from 50 ppb to 10 ppb.

A new study by Dartmouth College indicates that even low levels of arsenic consumed by pregnant American women in drinking water and food may affect the size of babies’ heads at birth.

“My recommendation would be to not drink this water,” said Habibul Ahsan, an epidemiology professor at the University of Chicago who is an expert in the health effects of arsenic. He said that even quantities below the federal limit – let alone eight times over it – posed risks over a period of years. “These are not safe levels,” he said.

Texas regulators take a more laid-back attitude. Critics claim the TCEQ – previously accused of putting economics and politics ahead of environmental concerns – is downplaying the potential health threats of arsenic-laden water. Suppliers with contaminated water are required to issue public notices but the language they use can vary from state to state.

In Texas the mandatory wording reads in part: “This is not an emergency. However, some people who drink water containing arsenic in excess of the [limit] over many years could experience skin damage or problems with their circulatory system, and may have an increased risk of getting cancer. You do not need to use an alternative water supply. However, if you have health concerns, you may want to talk to your doctor to get more information about how this may affect you. You do not need to use an alternative water supply.”

In some other states the warnings are starker. As the Environmental Integrity Project report points out, Michigan, Florida, Wisconsin and others advise private well owners not to drink water that exceeds 10 ppb.

The TCEQ said in a statement that it “agrees with US Environmental Protection Agency that arsenic levels typically found in the United States, specifically Texas, do not pose an immediate health threat.

“Drinking water standards are set to protect people drinking two litres of water per day for 70 years. The fact that typical Texas arsenic drinking water levels are not an immediate health threat is supported by the National Academy of Sciences and EPA’s independent Science Advisory Board. Studies of arsenic in drinking water in US populations (with much lower arsenic drinking water levels) do not consistently find associations with cancers.”

Tom Pelton, one of the report’s authors, said: “We’re not claiming it’s an immediate threat, it’s a chronic long-term health threat. It’s like smoking a cigarette. If you smoke one cigarette you’re not going to drop dead instantly. But if you smoke cigarettes over 10 years you will have an increased risk of cancer and that’s essentially what it’s like to drink water with this level of arsenic in it.”

Water quality across the country has been in the spotlight since it emerged that residents in Flint, Michigan, have been exposed to high levels of lead.

“The obvious parallel with Flint is that the state of Michigan knew about the drinking water contamination but essentially didn’t warn people and kind of brushed it off, like ‘hey, not a big deal’. We found the same troubling problem in Texas where Texas knows about all this drinking water contamination but is not clearly warning people to stop drinking the water,” Pelton said.

Workers pick parsley in a colonia near the Mexican border. Infrastructure in such settlements is often ramshackle.
 Workers pick parsley in a colonia near the Mexican border. Infrastructure in such settlements is often ramshackle. Photograph: Sean Smith for the Guardian

TCEQ’s website lists 94 violations by Bruni’s water supplier, mostly for arsenic and not following rules related to public notices; 91 of them occurred in the past 15 years. While all are listed as having been “addressed” either formally or informally, only 11 are characterised as “resolved”.

A spokesman said that the TCEQ “does not have any pending or recent enforcement actions regarding this facility” but that the EPA is currently pursuing enforcement action.

Efforts to contact the Bruni Rural Water Supply Corporation were unsuccessful. According to information on its website, which does not appear to have been updated since 2013, it is a non-profit that paid $26,157 in salaries and wages in 2011. In common with other hyperlocal rural suppliers, it is unlikely to have the funds or expertise on its own to solve the challenge of substantially removing an element that occurs naturally in groundwater in high concentrations in many parts of the US, including the north-east, upper midwest and California.

The report lists a number of mobile home parks, and even a prison, and calls for greater state and federal aid to improve facilities. Violators tended to be in “small rural communities without a lot of money”, Pelton said. The borderlands are replete with places that fit such a description, even if their troubles may never receive widespread media attention.

Drive north-west of Bruni for 130 miles and you reach Crystal City, population 7,500, which boasts proudly that it is “Spinach Capital of the World”. In February it drew glances for something other than its statue of Popeye: most of its civic leaders were arrested on corruption charges. Then black water started flowing from taps, seemingly the result of sediment being flushed through a system that had not been cleaned in two decades.

Kolten Parker(@KoltenParker)

Black water coming out of taps in Crystal City as 5 city officials are under fed indictment https://t.co/TT5qJUF7hipic.twitter.com/xcoEjJf6gL

February 19, 2016

Two hours’ drive south of Bruni, in Hidalgo County, which has the state’s highest concentration of colonias, residents noticed brown water running from their faucets in 2014.

An estimated 400,000 people live in colonias in Texas – economically deprived, largely Hispanic settlements along the border with Mexico where many residents are undocumented, do not have health insurance and endure ramshackle infrastructure that contributes to health issues. A few isolated places, particularly in far west Texas, still do not have running water, while many communities do not trust the liquid that spurts from their taps.

For those who live in the South Tower Estates colonia, seven miles north of the Rio Grande river that separates Mexico from the US, a longstanding worry is far more obvious than the invisible menace of arsenic in Bruni. Walking around feels like wearing a breathing apparatus connected to a tank of rotten eggs. For those not used to it the stench is immediately nauseating.

It comes from an outdated wastewater treatment lagoon that is only 150 metres from the nearest houses and relies on sunlight and oxygen to work properly. Or not work properly. “A lot of the time it stinks, it smells like dog poo. It smells bad, bad,” said one resident, Victoria. “Sometimes it gives me headaches.”

A community organisation, Arise, is leading a campaign for change amid a permit renewal process. “People don’t feel comfortable inviting friends and family over or letting their kids play outside,” said Andrea Landeros, a coordinator. She spoke last week in a meeting room five minutes’ walk from the plant. A template for how to complain was scrawled on a whiteboard. The windows were shut but the fetid odour permeated the building anyway.

“We’re going to do everything we can to alleviate and maybe at one point in the long term to do away with the lagoon system,” said Luciano Ozuna, city manager of Alamo City, which is responsible for the facility. He said that about $1.3m has already been spent trying to improve conditions.

“Next week we’ll approve the purchase of some additional aerators for the lagoon system that we have and we believe that with those aerators it will alleviate a lot of the smell. That’s very close to $200,000 to buy those aerators and hopefully here within the next month, month and a half, we’ll be able to install those things,” he said.

Residents are sceptical: the problem has endured for decades. Victor Guerrero has lived in the area for 25 years. “I smell it all day long,” he said through a translator, leaning on the counter of a colourful shack offering $1 tacos. “It affects health because the smell is so strong. Two of my family members have really bad allergies and it affects them.”

As for his water: “kind of brown, with sediment when you open the faucets”, he said. “I definitely don’t drink or cook with the water.”

About kayaerbil

I am a Berkeley educated chemistry Ph.D. who is moving into the area of working on developing appropriate technology for communities that are subjected to socio-economic oppression. The goal is to use simple and effective designs to empower people to live better lives. Currently, I am working with Native Americans on Pine Ridge, the Lakota reservation in South Dakota. I am working with a Native owned and run solar energy company. We are currently working on building a compressed earth block (CEB) house that showcases many of the technologies that the company has developed. The CEB house is made of locally derived resources, earth from the reservation. The blocks are naturally thermally insulating, keeping the house cool in the summer and warm in the winter. Eventually, a solar air heater and photovoltaic panels will be installed into the house to power the home and keep it warm, while preserving the house off the grid. A side project while in Pine Ridge is a solar computer. I hope to learn about blockchain encryption software for building microgrids. In addition, it is an immediate interest of mine to involve local youth in technology education.
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