My wife and I live in Tulsa, OK. We usually pay about $50 a month for water. For that fifty dollars we get to take showers or turn on the faucet to get some clean water to drink. Sometimes I water our little vegetable garden. We clean our clothes and make ice. Seems like a really good deal to me!
Our water bill went up a lot in one month, a ridiculous amount in fact. So, I did some checking and sure enough we had a water leak in the pipe that feeds our house. I poked around a bit in the yard and started digging. Our house is 80 years old, so I was not particularly surprised to find an old rusty steel pipe leaking water.
Only one thing to do: call a plumber. We decided to just replace the whole pipe instead of trying to patch it.
A few days later they replaced the pipe. It took a whole day, 4 people working at various times, 2 big expensive pieces of equipment (a mini trackhoe and directional boring machine), 3 shovels, a blowtorch, two pex expanders, a copper pipe cutter, a bucket, concrete, a masonry drill, 2 pex cutters, 3 vans, 2 trailers, and miscellaneous parts. Oh, and a city inspector. All that just to put 60 feet of pipe in the ground. My $50 a month water did not seem so cheap any more. This month it was costing me $2,150! I started wondering what it really cost for me to have clean water.
The people and equipment that it took to replace our pipe is only a tiny part of the huge system that provides clean water to our city of 400,000 people. Tulsa water treatment plants treat 100 millions gallons of water on an average day, with a capacity to treat 220 million gallons per day. The Yellow Pages lists 430 plumbing companies. The city water department changes out 16,000 water meters a year.
All this infrastructure is kind of expensive. In fiscal year 2014 the operating budget for providing water to the city was $112,040,000. There were $15,425,000 of water system capital projects like replacing or relocating water mains and facility improvements. These were not big projects.
Big water projects cost a lot of money. Chelssa, MI recently spent $4,600,000 to build a water treatment plant that processes .85 million gallons a day. It would take 117 such plants to supply Tulsa with water. That is $538,200,000 just to build the plants. Keep in mind that this is Tulsa, a small city. New York City is in the middle of a $6 billion water project which started in 1970 and will not be done until 2020. Twenty three people have died working on the project. The United States makes massive investments in water infrastructure, and arguably it is still not enough.
Our investment in water is more than a financial system. We have a culture that values and insists on clean water. When our pipe broke it did not even cross our mind to not fix it. We did not decide to just go get water from the neighbors. We could have saved some money by putting a faucet in the yard right next to the water meter and just carrying water into the house every now and then, but we did not consider that either. In fact in some cities a house will be condemned if it does not have running water. Across the country the vast majority of houses have full plumbing and running water, although not all. Many households without water are from low income or minority groups. I’m sure there are a few hippie off the grid types as well.
We don’t have a constitutional right to clean water in the United States, but we do have an expectation of access to clean water. Tulsa’s water system is run by the city. Some cities have water systems which have been privatized. However, outside of rural settings there are few municipalities that don’t have some provision for providing water to it’s residents. Imagine if one day Tulsa announced that the water system would be shut down, and no private industry would take over. Everybody was on their own to find water. In time the market would produce some solution, but imagine the impact. Tulsa would cease to exist in its current form, although the abandoned city could be used as a set for some awesome apocalyptic movies.
Over a hundred years of investment in infrastructure, culture, regulations, and expectations all come together so that I can pay $50 a month for all the clean water I can possible use, and when one old pipe broke I had massive resources to call on to fix it quickly. We didn’t even miss a shower.
There is some irony in the fact that I was having trouble getting clean water in my house. I work for Kibo Group, and a big part of what we do is help village communities in Uganda gain access to water. Some of our staff, Alex and Steven among others, work every day in Uganda to build and fix water infrastructure. I wondered what they would think of my situation. I even thought they might be a bit jealous of the resources I had to solve my own water access problem. But, it is a mistake to assume that there are no resources dedicated to water or no water infrastructure or investment in Uganda. A lot of money is invested in water projects. A public utility provides piped water to densely populated areas, and there is a network of hand pump mechanics who maintain wells. Kibo Group has a company we work almost exclusively with to drill boreholes, and district governments dig wells and invest in other infrastructure. The scale and effectiveness of the infrastructure is different, but it exists.
Not long ago the United States water infrastructure was more comparable to Uganda than what we have now. In 1924 more than 88 percent of the population in cities of over 100,000 disposed of their wastewater directly into waterways or into the ground without being treated. It was not until the Federal Water Pollution Control Act was passed in 1948 that wastewater treatment was the norm. It was only 150 years ago that major cities in the United States started building centralized water supplies. At that time water was not treated in any way. It just came from clean water sources (consider the above statement about sewer discharge when imagining the clean water sources). In 1849 John Snow proposed the idea that water contaminated by fecal matter could spread disease, his theory was rejected. It was another 50 years before the Germ Theory of Disease was finally applied to city water and treatment systems were developed. It has taken our culture of clean water centuries to develop, and we still have a long way to go. The same is true of Uganda, their culture of clean water is still developing, and they have a long way to go.
We hope that someday everyone in Uganda and the rest of Africa will have clean water. But don’t be deceived. Kibo Group will never dig that many wells. It is an impossible task for a western NGO to accomplish. But we do think that we can be part of building a culture that invests in long term water access. Every time we work in a village we help the community plan for future repairs. Our CLTS project teaches people about the exact same concepts that John Snow was figuring out back in the 1800’s that took 50 years to be accepted: open defecation contaminates water and spreads disease. We are working a village at a time to build a culture of clean water in Uganda. This is a long term project!
I do not feel guilty for the ease at which I have water, or how simple it was for me to get my pipe fixed compared to people in other parts of the world. Thankful, but not guilty. It is a clear picture of the hard work it takes to have a stable water infrastructure.