Water: Why Things Are Different Now

dry lake mead

As a resident of California for three decades, I know droughts and dry conditions are nothing new to the state. The one I remember the most is the drought of 1976. Because we all knew the drought would pass – in a year or two at the most – we had fun with it.

As to flushing the toilet, we all sang the jingle:

If it's yellow, let it mellow.

If it's brown, flush it down.

Restrictions were set in place as to watering lawns and other outdoor vegetation. During the worst of the drought, outdoor irrigation was forbidden.

That's when I started seeing my neighbors watering their lawns at three in the morning. Often, they would do it as quickly as possible to ensure their discretion. Everyone knew what was happening but looked the other way – chiefly because everyone was doing the same thing.

In those days, I worked at night. I often saw one of my neighbors watering his outdoor vegetation, and eventually I decided I had to confront him about it.

For some reason this gentleman liked to water his outdoor plants wearing nothing more than his underwear. I went up to him and suggested he put some clothes on. The next time I saw him, he was wearing a robe, but still watering his yard.

Looking back, I realize I was not so concerned about his watering his lawn in the middle of the night as I was that he had little or nothing on.

But things are different now. That drought of '76, one of the worst in California history, was over in about 12 months, just as everyone expected. But since then, California droughts have lasted four and five years. Now, they don't have an end. While the state may occasionally have rainfall – even significant rainfall – the natural climate condition in California is now very, very dry.

It's called aridification.

Here's what's happening. The region, including California, Nevada, and the Southwest United States, had a terrible drought from about 2012 to 2016. It did not impact all areas the same, but drought conditions were called in these areas.

Then things looked up. The region enjoyed a couple of very wet years. However, since about 2018, conditions have gotten drier and drier.

According to David Simeral, a climatologist with the U.S. Drought Monitor, since June 2021, there has been a rapid intensification of the drought. Among the reasons he cited are brutal heat, the failure of the Southwest monsoon to deliver any substantial rainfall, and the fact that many western states continued to get less and less precipitation.

We should note that higher temperatures often go hand in hand with aridification. They make the situation worse. Not only is there less precipitation, but because of the heat, there is also greater evaporation. We see this in the following examples:

 

Lake Mead, which sits on the border between Arizona and Nevada and is the largest human-made reservoir in the U.S., is at its lowest level since 1937. In some areas, the spouts installed to provide water for hydroelectricity are now exposed – the first time those have been seen since its construction.

The Sierra Nevada that supplies large parts of California with water, have seen their snowpack melt early the past few years, and due to higher spring temperatures, runoff didn't make it to streams and reservoirs. There was not enough water to make the journey; in other cases, streams started, but the water evaporated along the way.

Finally, as to fires, things could not be worse. There is extraordinarily little moisture in the forests, and summer temperatures have never been hotter in some areas. What has helped protect California forests in the past is a combination of moisture and warm but not necessarily hot weather.

"Most of the West is at increased risk of large, severe fires this year," says Daniel Swain, a climate scientist at the University of California, Los Angeles. "I know that sounds like a broken record, but maybe that's the point."

And that point is: aridification is now gripping large areas of the western United States and may continue to do so for decades to come.  Now, its our job to do something about it, starting with using water as efficiently as possible.

Robert Kravitz is a writer for the professional building, cleaning, and green industries.  He can be reached at robert@alturasolutions.com

The Progression of Aridification

aridification

“An intense drought is gripping the American West. Extreme conditions are more widespread than at any point in at least 20 years, according to the U.S. Drought Monitor, the government’s official drought-tracking service,” The New York Times.

This is now beyond drought conditions. What we see here is aridification: the progression of an area experiencing normal rainfall and occasional droughts, as seen in the bottom map, to gradually more frequent droughts, and then becoming increasingly dry, as indicated at the top map.

Aridification can last for decades or be permanent.

Questions and Answers about Aridification

aridification

What is aridification?

In the simplest of terms, aridification is the progression of an area experiencing normal rainfall, occasional droughts, gradually more frequent and longer droughts, and then becoming increasingly dry. In most instances, temperatures are rising at the same time.

How is it measured?

Typically, it is measured by examining rainfall trends. Two or three years of drought, for instance, does not indicate an area is experiencing aridification. But several years of drought, which is happening today in California and other western states, is an indicator that aridification has set in.

Another way it is measured is based on the reduction of soil moisture. Drier and hotter weather increases evaporation, removing moisture from the soil. The more prolonged those conditions, the more likely aridification has set in.

Can there be wet seasons when aridification sets in?

Yes, but they become fewer and are farther between.

What is the connection between year 1924 and aridification?

The last time California and much of the western half of the United States was as dry as today was in 1924. Today, things could be even worse because of climate change caused by greenhouse gasses. However, other experts say the “aridification” of California goes back even further, about 1,200 years.

How can scientists determine that 1924 and years past were do dry?

Scientists study the rings of trees from the state of Montana all the way south to Mexico. Tree rings are wider in wet years and narrower in dry years. When there is extreme drought, the tree may hardly grow, which means new tree rings are virtually negligible.

How is aridification impacting the Colorado River?

The Colorado River depends on mountain snowfall and rain to feed it and deposit water into Lake Mead and Lake Powell. However, there has been less snow and rainfall in the past few years, leaving these two “collection tanks” of water with less water than ever before. At the same time, there is more demand for the water collected in these lakes than in the past.

Will conditions get worse?

Some suggest that the wetter water conditions we had before 2010 in the western part of the country may never return. So, the answer is yes. In the 1970s, 1980s, and 1990s, we had dry seasons that lasted one to three years. Since then, they have lasted longer, three to five years. Now with aridification, the wet seasons are occasional while the dry seasons have become the norm.

Is aridification going to impact the entire country?

No. Some areas of the country, such as the Midwest, may get more rain in years to come. This can be due to natural climate change as well as human-induced climate change. When climate change sets in, it can impact one area differently from the way it impacts another area.

What can we do about this? Millions of people live in the western portion of the U.S.

It’s going to be a process made up of several components. First and foremost, we must use water more efficiently. Billions of gallons of water are still lost every year due to leaks, poor water infrastructure, and water use where it is not needed. We can also expect to see more restroom fixtures that work much more efficiently and satisfactorily with little or no water. A prime example is waterless urinals, which use no water at all.

Another step that must be implemented is the use of drip irrigating systems for irrigating farmland and commercial and residential vegetation. These systems virtually eliminate water evaporation, the elimination of which is vital.

Additionally, the Arab countries and Israel have long and successfully used desalination techniques to turn saltwater, which is not potable, into drinking water, which can be used for all traditional water purposes. Today, Israel has 20 percent more water than it needs, primarily due to drip technologies and desalination plants.

Finally, we must get started. Aridification is moving faster than we are. It’s here now. We must realize this and start dealing with it.

Klaus Reichardt is CEO and founder of Waterless Co, Inc, Vista, Calif.  Reichardt founded the company in 1991 with the goal of establishing a new market segment in the plumbing fixture industry with water efficiency in mind. Reichardt is a frequent writer and presenter, discussing water conservation issues.  He can be reached at klaus@waterless.com.

Here’s What Happened in Year 882

aridification

The year started on a Monday.

Pope John VIII was assassinated at Rome after a 10-year reign, the victim of a political conspiracy.

King Alfred the Great of England increases the size of his new navy, and sails out to attack four Viking ships.

In the Battle of Remich, a Frankish army under Bishop Wala of Metz is defeated by Vikings. During the fighting Wala is killed.

And in the year 822, the western part of the United States was as drought ridden as it is today.

This is called Aridification:

Climate change resulting in higher temperatures and long-term drought.

#aridification #climatechange #drought

VIDEO: Drought and THE Increasing Aridification in the Southwest

In the face of long-term drought, Southwestern communities and economies are facing new and emerging challenges in ensuring adequate water supply to meet their needs.

This video, presented at the 2021 Southwest Drought Forum, includes interviews with people whose livelihoods are impacted by the drought.

Further, the video discusses how rising temperatures are bringing aridification and a “new normal” to the region. Credits: This video was produced by NOAA/NIDIS and S&D Marketing | Advertising (sd-advertising.com), with footage provided by Sonya Doctorian.

A Famous Researcher Discusses Waterless Urinals

waterless urinal

Dr. Anuja Kenekar is the manager of a leading biotech research company in India. In January 2022, she wrote a blog entitled “A Guide to Installing and Maintaining Waterless Urinals.”

As one of the pioneers in water efficiency marketing waterless urinal technology, we would like to review some points she makes about waterless urinals and note the ones we disagree with.

The doctor starts her blog by pointing out that waterless urinals have a long history. “Although they’ve been around for several decades, only recently are they being installed to end concerns of water scarcity and waterborne diseases that are common in traditional toilets.”

This suggests that the pandemic fostered more interest in waterless urinals. This is likely true.  We have known from the first studies about COVID-19 that it is found in urine, which could be a way to pass the disease on to others.

Some of the other items she discusses in her blog are the following:

How do they work?

Urine seeps into the trap or cylinder installed at the urinal base. The trap and the sealant liquid help prevent odors from being released into the restroom.

What are the benefits of waterless urinals?

According to Dr. Kenekar, the key benefit of waterless urinals is that they do not require water. In many countries around the world, including her own, this is most important.

She also points out that they “hardly require maintenance. The urinal does not overflow or clog,” as can happen with a traditional urinal.

They are eco-friendly because they require no water for use and little water to clean and maintain.

Helping India

“Waterless urinals will help 80 percent of the population of India that struggles for water and help in the sanitary issues faced by schools, public areas, corporate offices, and government facilities.”

She also believes that waterless urinals will help revolutionize India’s public toilet system, primarily because waterless urinals are durable, problem-free, and are perfect “for a nation with limited access to toilets and water.”

The Negative Issues

However, the good doctor does point out what she believes are negative issues about waterless urinals that we would like to address. For instance, she says the following:

They are unacceptable in today’s society and are highly unlikely to be accepted in India. 

Just the opposite is true. India is becoming one of the largest markets for no-water urinals. In most countries around the world, they quickly become accepted by users as well as building owners and managers.

They are expensive to install and repair.

Waterless urinals are invariably less costly than traditional water-using urinals because they have no flush valves and fewer plumbing requirements.

Nothing on a waterless urinal needs to be repaired with normal use. She actually contradicts herself because earlier (in her blog) she points out that waterless urinals require extraordinarily little maintenance.

There is insufficient knowledge about cleaning the urinal.

This is partially true. Especially years ago, custodial workers did not know how to clean waterless urinals. Sometimes, they used cleaning solutions that harmed the trap cylinder and the sealant at the urinal base. 

Not knowing how to clean them properly, using the wrong types of cleaning solutions, or simply refilling the sealing liquid and nothing more is why some users complained they generated odors. However, over the years, the waterless urinal industry has taught cleaning workers and others the correct way to clean these urinals.

While she lists these grievances, Dr. Kenekar ends her blog on a positive note. “Installing and maintaining waterless urinals is quite simple. You need the right products and proper training. Treat your urinal well and experience an odor-free environment.” Hear, hear!

Waterless Co., Inc: Pioneers in Advancing Water Efficiency

Klaus Reichardt is CEO and founder of Waterless Co, Inc, Vista, Calif.  Reichardt founded the company in 1991 with the goal of establishing a new market segment in the plumbing fixture industry with water efficiency in mind. Reichardt is a frequent writer and presenter, discussing water conservation issues.  He can be reached at klaus@waterless.com

Desalination: The Good, the Troublesome, and the Future

Image Source: KQED Television

Recently, an article revealed that Israel has 20 percent more water than it needs — quite an accomplishment. Israel is a desert country, just like all the other Middle Eastern countries. And in some ways, when it comes to water, it is geographically worse off than its neighbors.

Egypt, for instance, has the Nile, which has quenched the thirst of Egyptians for centuries. Iranians depend on Lake Urmia, the largest lake in the Middle East, for much of their water.

Israel, on the other hand, has some streams but no major rivers. They have some lakes, such as the Dead Sea, but unlike Lake Urmia in Iran, the Dead Sea is a salt lake. The water is not potable.

Mentioning the salty Dead Sea is a good segue into what we want to discuss. Because it has no water, and what it does have is not potable, Israel has developed some of the most advanced technologies in the world to turn salt water into potable water — water that is safe to consume for humans and other living things.

Desalination is just one of the reasons Israel has 20 percent more water than it needs. Desalination plants are now being considered and constructed throughout the U.S. In California, they are virtually betting their future on desalination.

When discussing this technology, here are some issues we need to be aware of:

  • Desalination is the process of removing salt and other minerals from water.

  • It has been used as far back as the 1500s.

  • The first significant desalination plant was not built in Israel but in Saudi Arabia in 1938.

·        In the 1960s, then-President Kennedy started a small desalination program in the U.S. It was later dismantled in the 1980s.

  • Several desalination technologies exist, such as solar distillation, natural evaporation systems, reverse osmosis, thermal, and others. Each method has its pros and cons.

  • There are now more than 16,000 desalination plants in operation around the globe. Some are small, called micro desalination plants. Others are huge, with the largest in the United Arab Emirates, Saudi Arabia, and Israel.

  • These 16,000 plants generate an estimated 780 million gallons of water per day — enough water to serve millions of people.

As more desalination plants are constructed in this country and around the world, it’s clear that billions of gallons of water will soon be generated by these systems.

However, there is a downside. For example:

·       Desalinating plants are very energy demanding.

  • At this time, most are operated using conventional energy sources such as electricity derived from petroleum and natural gas.

  • These plants are very costly to construct and operate. The charges to run them are also high, which can make water costs prohibitive in some cases.

  • Desalination plants are often constructed in remote areas, which means miles of power lines may need to be built to run them.

·        The effluent brine can be harmful to water ways and the sea environment

  • The construction of some plants, especially here in the U.S., is being opposed by some environmentalists precisely because they are being developed in remote and sometimes environmentally sensitive areas of the country.

  • While lower-cost renewable energy sources such as solar, wind, and geothermal are being used to power desalination plants, using these renewable resources increases total construction costs.

Even with these issues, the reality is that with a growing U.S. population and climate change leaving many parts of the country drier than ever before, desalination plants may prove to be lifesavers, just as they are in Israel and other parts of the Middle East. Further, there are signs that some of the construction costs are coming down.

However, in the meantime, we have one more way to reduce water consumption that has also proven its value. Water efficiency — reducing water consumption long term — is already saving billions of gallons of water per year worldwide. That’s where waterless urinals come in. View waterless urinals as pioneers. They have helped lead the way for building owners, managers, and now, consumers, to use water wisely and certainly more efficiently.

Waterless Co., Inc: Pioneers in Advancing Water Efficiency

Klaus Reichardt is CEO and founder of Waterless Co, Inc, Vista, Calif.  Reichardt founded the company in 1991 with the goal of establishing a new market segment in the plumbing fixture industry with water efficiency in mind. Reichardt is a frequent writer and presenter, discussing water conservation issues.  He can be reached at klaus@waterless.com.

 

When It Comes to Water, If You are Not at the Table, You Are on the Menu

water shortages

NEWS: Press Release

States around the country are in court, at war over water. This is because 2022 is becoming another dry year around the country.

Among the biggest of these water wars are the following:

Florida, Georgia, and Alabama

Florida and Alabama say Georgia is taking too much of their shared but limited water reserves. Recently a court challenge ruled in Georgia's favor. However, Florida and Alabama are seeking new legal remedies to address their needs. 

Nebraska and Colorado

This battle over water not only involves the two states but farmers and environmentalists have all lawyered up as well. Super dry Nebraska wants to build a canal in Colorado to tap the Colorado River. Colorado wants to build a similar channel to serve fast-growing but thirsty Denver. The courts will have to work this one out.

California and Environmentalists

A secret agreement just unveiled calls for farmers to give up billions of gallons of water to restore the state's fish habitats. The deal would pay farmers not to grow crops.

But Doug Obegi, with the Natural Resources Defense Council, says the plan is "illegitimate and exclusionary, and it's.… bad for fish and wildlife." He complains his organization was not allowed to participate in the discussions, saying it's an example of "if you are not at the table, you are on the menu."

Utah

Fast-growing but dry Utah wants to re-direct aquifer water from low population areas of the state to larger cities. The small towns are calling it a "water grab" that will limit drinking water for citizens and divert millions of gallons of water from farmers. Court fights are lining up, which could take years to settle.

 "What we are witnessing is two things," says Klaus Reichardt, CEO, and Founder of Waterless Co., Inc, makers of waterless urinals and considered a water efficiency expert. 

"Yes, droughts are behind the squabbling. But we still are not using water efficiently. Using water efficiently reduces consumption and helps ensure there is enough water to go around."

Waterless Co., Inc. "Pioneers in Advancing Water Efficiency"

About Waterless

Waterless Co. Inc. is now viewed as an icon in the no-water urinal industry.  Based in Vista, Ca, the more than 30-year-old company is the oldest manufacturer of waterless urinals and related products in North America.  Along with waterless urinals, the company offers a full line of cleaning solutions and sealants and trap/cylinders, all designed for Waterless and other brands of no-water urinals. Visit: www.waterless.com 

 

Waterless Co. Inc.

1050 Joshua Way
Vista, CA 92081 USA
800.244.6364

sales@waterless.com