âClean water is our lifebloodâ
Chapter 9 of Donât Get Stuck On Stupid!, a book by Lt. Gen. Russel Honoreâ (U.S. Army-Retired)
âTwo things are infinite: the universe and human stupidity. And Iâm not sure about the universe.â â Albert Einstein
The next major international wars will be fought for water.
For the past few decades, the biggest threat to global security has been competition for oil. But now itâs about water.
In fact, itâs already happening. Thereâs been a sustained drought in parts of Africa and the Middle East for many years, and this has put a strain on governments to find new sources of water.
Some analysts claim the Syrian war, which began in 2011, was started over competition for water. In the Middle East, nations like Israel, Jordan and their neighbors are always in conflict over who controls the water.
Water has become a commercial commodity that in many respects is more valuable than oil. Consider that about 60 percent of the human body is water, and that clean drinking water is our lifeblood. We also use massive amounts of water to produce the food we need in order to survive.
Oil, on the other hand, is somewhat of a luxury, and weâre finding ways to replace it.
Since the 19th century, water has evolved from being a public commodity to a private enterprise. However, it may be difficult to realize that water â like oil â has become âmonetized,â because it seems like water is everywhere. Weâre surrounded by it; we take it for granted.
Nonetheless, we can pay more for water than we do for gasoline. A gallon of gasoline costs $2 to $3. At the airport, a 20-ounce bottle of water costs $4 â which works out to about $25 a gallon. And it comes from places like Fiji or Iceland.
Why in the hell are we importing water from Fiji? Thatâs a drought-stricken country run by a dysfunctional military regime and where the citizens struggle to find clean drinking water. Why? $25 a gallon, thatâs why! Itâs more valuable than oil. Thereâs money to be made with water.
Clean drinking water is a human right
Consider that there is less clean water in the world today than there was yesterday, and there will be even less tomorrow. The reason is the growing global population and the strain this puts on all resources.
Between 1997 and 2017, we grew from about 5.8 billion people to 7.5 billion people, and the growing population keeps dirtying the water but not cleaning it. The speculation is that the world will grow to 10 billion people by 2067. This growth will create an even greater requirement for more clean water and more food.
Food production consumes a lot of water from an agricultural perspective, and a lot of that water gets polluted as we use it to grow those big fat pork chops and steaks, raise juicy hens, and produce ever more abundant harvests of corn, wheat, oats and other grains. Believe it or not, it takes about 660 gallons of water to produce all the ingredients in a single hamburger.
Itâs widely known that the United States has less than five percent of the worldâs population, though we consume 25 percent of the worldâs resources. In population rankings, the U.S. is number three behind China and India â each of which has more than 1.3 billion people. Each of those two countries has a billion more people than we have.
I look at this through a military lens, and I see the threat we are facing when the world goes from 7.5 billion people to 10 billion. The expanded global population is going to require at least 33 percent more food than what weâre producing now. Moreover, in the world today, more than a billion people donât have electricity and another 700 million donât have clean water in their homes.
Again, we have less clean drinking water today than we had yesterday or will have tomorrow because weâre consuming it and weâre dirtying it, but weâre not cleaning it.
The three most obvious ways weâre not taking care of our water are:
Weâre still allowing garbage to be dumped into our oceans.
Weâre allowing our coastal aquifers to be destroyed through oil and gas production.
Weâre allowing the over-use of fertilizers for agricultural production.
The explosion of the global population over the past 50 years came about partly because people gained greater access to clean water. Much of the progress in this area is due to well-thought-out initiatives by the U.S. government and organizations like the Peace Corps that work with non-governmental organizations to show people in developing nations how to clean their water and how to avoid polluting it. The adoption of better sanitation practices has also been a critical component of this progress.
We have to embrace technology to find solutions
Manufacturing and farming consumes a tremendous amount of water. We know the importance of good farming practices and the impact they continue to make on our economy and on our ability to feed ourselves and help feed the rest of the world. But weâre going to have to come up with some better solutions to the agricultural runoff.
Many of us have lived on farms, as I have, or have farmers who are relatives and friends. So I understand many of the challenges that farmers have to deal with.
At the same time, weâre still doing stupid things with farming and water â and  thatâs got to change.
In the early months of 2017, I was at a conference at Tulane University in New Orleans where they were looking for a solution to the âdead zoneâ in the Gulf of Mexico. The âdead zoneâ is an area of about 8,000 square miles off the Louisiana coast west of the Mississippi River delta where oxygen in the water is so depleted that the water cannot support life. This occurs from the spring through the fall.
The culprit is the nutrient-rich discharge from the Atchafalaya River and Mississippi River â in other words, excess fertilizer in the agricultural runoff from 31 states that flows into the rivers and eventually into the Gulf of Mexico. Other components of this discharge include eroded soil, animal waste and sewage.
To help find a solution to the âdead zone,â Taylor Energy Co. of New Orleans put forth a grant of
$1 million. (Ironically, one of the companyâs offshore oil wells has been leaking hundreds of gallons of oil every day into the Gulf of Mexico since it was heavily damaged during Hurricane Ivan in 2004. Efforts to stem the flow have failed.)
The âdead zoneâ is just one example of the damage weâve been doing to our water. And weâve been abusing it for a long, long time â at least 50 years that I know of.
But what can we do about it? How can we reverse this trend?
First, we have to embrace technology to find solutions, and one of the most important ideas is to determine how much fertilizer the farmers really need in order to optimize the production of their crops.
What weâve discovered is that farmers are able to reduce the amount of fertilizer they need by up to 40 percent simply by testing the soil frequently and monitoring crop growth. Itâs all done based on data collected from the fields that tells the farmer he can reduce the amount of fertilizer he uses and still get the same production per acre. Thatâs pretty cool! The rest of that fertilizer is wasted; itâs nothing but excess that ends up in the rivers and then in the Gulf of Mexico.
We still have to address the toxic runoff from things like pig and chicken farms, but weâre getting a better understanding of how to tackle this problem.
Itâs an overstatement of the obvious, but weâve got to stop doing stupid things to our water. Weâve got to stop dirtying and poisoning it. And weâve got to clean the water that weâre dirtying. Our very lives depend on it â seriously.
The good old days⊠when rivers caught on fire
Water is a complex issue, and access to navigable water and drinking water was fundamental to the drawing of boundaries between states in the early history of the United States. The Supreme Court and state supreme courts were frequently involved in settling disputes over water and water rights.
Water is often underpriced, but many of our municipalities have used water as a cash cow â meaning they will charge as much for water as they think the citizens can bear, and they donât always use that money to re-invest in the water system. Instead, they use it to pay other bills.
The cost of clean water is rapidly increasing, and in the not-too-distant future many millions of households in the United States may not be able to afford their water bills.
The most expensive places for water in America are Atlanta and Seattle. A family of four using a typical 100 gallons of water a day pays around $326 per month for water in Atlanta and $310 in Seattle.
At the other end of the scale, the same family living in Los Angeles pays less than half of what theyâd pay in Atlanta. In Phoenix, itâs one-quarter and in Las Vegas itâs one-fifth, or $64. These cities are in deserts, so they have to pipe in all their water. Does this make sense?
Even though access to water is a right, we still have to pay for it in the same way we pay for electricity and highways. Otherwise, sound maintenance of the public water systems would be close to impossible in communities where water is underpriced.
A glaring example of dirty water that really got the publicâs attention is the Cuyahoga River in northeast Ohio. It was so polluted that it actually caught fire in 1969. This dramatic incident helped to spawn the environmental movement in the 1970s that gave birth to the Clean Water Act, the Safe Drinking Water Act and other regulations designed to help us clean our water.
A more modern example of not keeping our water clean and safe is what happened in Flint, Michigan.
This was a comedy of errors. First of all, General Motors in Flint and elsewhere produced cars with lead-compatible engines, which led to the Flint River being polluted with lead. The lead in the water ran through the cityâs pipes for so many years that the Flint water system became a maintenance problem, to put it mildly.
The bureaucrats switched the cityâs water from the Flint River to Detroit city water, but that exacerbated the problem because it dislodged the lead in the pipes. Now we have a city where the water system is full of lead and most of the population drinks only bottled or filtered water.
Itâs not just Flint, though. Itâs happening elsewhere as well. One of the worst water systems in the nation is in Martin County, Kentucky, a coal-mining region where dirty water is a way of life and people dare not drink it.
In Louisiana, the small community of St. Joseph has a water system that is deteriorating and the disgusting brown water is contaminated with lead and copper. People have to buy their own drinking water. Itâs costing about $9 million to fix just this one system for about 500 homes. At the same time, the residents canât afford to pay high water bills to make the system workable into the future.
Another problem city in Louisiana is Ville Platte, which is also plagued with brown, polluted drinking water. People there tell me things like, âWeâre not drinking that water,â and âIâm not going to come back here and raise children with that water.â
Itâs worth noting that bad water in places like St. Joseph and Ville Platte is contributing to the death of small towns.
Weâve made great progress over the years, but today itâs almost like weâve come full circle with so many politicians and industry lobbyists whining about over-regulating industry. We didnât over-regulate industry. We had rivers on fire and we poisoned entire cities! The air was so dirty in some cities, you couldnât see from one side of the street to the other.
One of the first pieces of legislation signed by Donald Trump when he became President in 2017 was one repealing a regulation that stopped coal-mining companies from dumping waste and toxic coal ash into streams and rivers.
What the hellâs going on that we need to make our rivers dirtier again? Does the Trump administration really know what they are doing by telling mining companies itâs okay to let their runoff go straight into the rivers and streams? Did we learn nothing from the Cuyahoga River fire and the other disasters weâve seen in our lifetime?
Water is big business
The competition between industry and the public over access to water is readily evident in Louisiana, where there are three major aquifers: The Chicot Aquifer in southwestern Louisiana, the Sparta Aquifer in northern Louisiana, and the Southern Hills Aquifer that serves five parishes around Baton Rouge.
Just two companies in Baton Rouge â ExxonMobil and Georgia Pacific â use more water every day from the Southern Hills Aquifer than all the people and all the other industries in those five parishes put together. ExxonMobil uses about 23 million gallons a day from this aquifer and Georgia-Pacific uses 34 million gallons.
These companies can do it legally because of the âright of captureâ that says if you have water underneath your land you can capture it. (On the other hand, if you have oil underneath your land you donât necessarily own it and you donât always have the right to capture it.)
The position of these two companies is this: âWeâre citizens too. Weâve got a right to that water.â Meanwhile, other companies â Shell Oil and Dow Chemical, for example â use Mississippi River water. But ExxonMobil and Georgia-Pacific insist on using aquifer water â which is also the drinking water for five parishes â because they say the shift from aquifer to river water would cost them too much money.
One of the consequences of the overuse of the Southern Hills Aquifer is saltwater intrusion from the Gulf of Mexico. The water pressure in part of the aquifer is relatively low because the aquifer is being drained too quickly; this creates a kind of capillary action that draws the Gulf of Mexicoâs saltwater into the aquifer. Itâs a natural process; the saltwater is moving up towards Baton Rouge. When the level of salt in the water becomes too high, the water will be undrinkable.
Then what?
The State Legislature, which is influenced by industry lobbyists, takes the position that if we run short of water from the aquifer, weâll just drink out of the Mississippi River, as is the practice in New Orleans. The reason they drink the river water is that thereâs too much saltwater in their local aquifer.
Another example of industry affecting the aquifers that provide drinking water can be found in Miami, Florida. This city gets most of its drinking water from the upper Biscayne Aquifer. However, waste and untreated sewage are dumped into the nearby Floridan Aquifer, and there are plans to add radioactive waste to the mixture. Studies have shown that this waste could seep into the Biscayne Aquifer.
Problems in the âChemical Corridorâ
One of the problem areas for clean water is the âChemical Corridorâ between Houston and New Orleans; itâs dotted with refineries that use huge quantities of chemicals and hazardous materials. These refineries also consume a vast amount of water â and they create a lot of dirty water.
I once got into an argument about an industrial plant that was planned for a city right in the middle of the corridor, Lake Charles, Louisiana. The plant planned to use 14 million gallons of water a day, which would be discharged as warm water into the Calcasieu River after going through the industrial process. One of the effects of doing that is that the fish in the river could be born either all male or all female, because temperature affects the fish population and the sex of the fish. As a result, sooner or later, there could be no fish left.
Nonetheless, one of the big supporters of this project was the leader of the local Chamber of Commerce. He slapped me on the shoulder at a meeting.
âGeneral, this is going to be great!â he said.
âOh, I donât think so,â I said, then I pointed out how the plant would pollute the river. Â Â Â
âWell, General, we donât drink the water here. We use bottled water,â he replied.
He was speaking from the heart, but he had become brainwashed to the idea that it was more important to have an industrial plant than clean water â and that the logical solution wasnât to try to stop the pollution but to drink bottled water.
Clean water is a human right. But we have been hoodwinked by elected officials who try to convince us that everything should take a back seat to growing the economy. Their defense is that polluting the water system and making the water unfit to drink is an acceptable consequence of creating jobs.
Well, okay, but is the creation of a few jobs or even a few hundred jobs worth 72,000 people in Lake Charles â and many more beyond â having to drink bottled water?
The purpose of the government is to serve the people, period.
As with many other aspects of our society, the concept of democracy in the way we deal with water has been subverted. State and city water boards and water commissions across the nation have become a lot like every other political body.
The idea of our democracy when we won our freedom in 1776 was that the people we elected would look after us and our communities. Whatâs happened is that the people who run for office are dependent on political donors who expect something in return. Too many politicians have continued to erode the basic principle that the purpose of government is to serve the people; too often, it appears that the purpose of government is to serve business, and the business of water is no different from any other.
In late 2016 and early 2017, there were several controversial oil pipelines that were proposed to run through areas that could be significantly harmed by oil spills, should they occur. A spill from the Keystone XL pipeline in the Midwest could poison the Ogallala Aquifer, which provides drinking water for about two million people and which makes the Midwest the âbreadbasket of the nation.â
If the Ogallala Aquifer were to become unusable, the agricultural economy would collapse and two million people would be drinking bottled water.
The system we are fighting against is very, very entrenched in politics. You could go to Texas, California or just about anywhere, and youâd find the same problems. Even though water should be protected as a human right, weâve allowed it to be monetized, or commercialized. Itâs not just that we are over-using the water, itâs that weâre failing to clean it.
Wherever you deal with water, there is a tight-knit group of politicians who know ways to circumvent regulations like the Clean Water Act. Before he was Vice President, Dick Cheney was CEO of Halliburton, the company that patented hydraulic fracturing, better known as âfracking.â This process injects massive amounts of hazardous chemicals into the ground â often adjacent to underground drinking water supplies â in order to squeeze out a few more barrels of oil.
In 2001, Vice President Cheney chaired a special task force that recommended to the Environmental Protection Agency (EPA) that fracking should be exempt from the Safe Drinking Water Act. In a decision known as the âHalliburton Loophole,â the EPA declared that fracking poses âlittle or no threatâ to drinking water.
Conveniently, the EPA simply ignored information that unregulated fracking can be hazardous to human health and that the fluids utilized in the process can contaminate drinking water long after the drilling has ended. Weâve experienced other dramatic results of fracking, as well: frequent earthquakes in places like Oklahoma that rarely had them before fracking, and drinking water that catches on fire right out of the faucet.
This started in the George W. Bush Administration, but the Barack Obama Administration had eight years to fix it. They didnât fix it, because they thought it would slow down economic growth if they declared fracking chemicals to be hazardous. As a result, people can now dump fracking water straight into rivers and the Gulf of Mexico, adding to the problems we already face with the âdead zone.â
Weâve got to stop doing stupid things like this. If you dirty the water, youâre responsible for cleaning it.
Cultural shift needed to make water clean again
As private citizens, we want clean drinking water. But this goal is undermined by a few companies that refuse to clean the water they use. Thatâs not defensible, and the damage thatâs being done is long-term. When we allow places like the Gulf of Mexico to be polluted, weâre not going to see that turn around quickly.
We need a cultural shift when it comes to our attitudes about water, just like we had with smoking and AIDS. The cultural shift is happening in parts of California, where they made the price of water such that people have to pay dearly to get a green front yard. In the 1990s, I lived for a while at Fort Irwin near Barstow in Californiaâs Mojave Desert, and everyone had desert lawns with zero- or low-moisture requirements.
At the same time that California is leading this cultural shift, though, their farmers continue to grow crops that need huge amounts of water. It takes about five gallons of water to produce each and every walnut and more than a gallon for every almond.
We need to take the lessons we learned from smoking and AIDS and say, âOK, we had a cultural shift with them, and now weâve got to stop being stupid with water.â
Everybody needs to buy into the fact that we are responsible for our actions. There are always âsave the waterâ events that focus on what we the people can do in our own homes, like taking shorter showers and not over-watering our lawns â but they never focus on the big industries that are the biggest culprits.
The first thing weâve got to do is educate the people, because a lot of people donât understand that weâve got a water problem and that itâs getting worse by the day. As I noted earlier, itâs not obvious that weâre on the brink of a catastrophe, because weâre surrounded by water.
Clearly, a lot of damage was done to our water resources over the past 50 years. So, what will it be like in another 50 years? We need a long-range, global perspective on water, because as the population grows and sea levels rise, weâre going to have less arable land to raise more food for more people. Weâve got to be smarter about water.
 Calls to action
Reduce water consumption.
Fight to enforce the Clean Water Act and Safe Drinking Water Act.
Create technology that can clean water more efficiently.
Reduce fertilizer use on farms.
Donât let private companies subvert the publicâs right to clean drinking water.
Donât keep making the same mistakes ⊠donât get stuck on stupid!


















