Waterless urinals can save water, energy, and money. They are a perfect example of how going green and becoming more sustainable pays off.
Urinals are not something we think about very often - women, probably never - but the truth is that urinals have a long and storied history and women have played a role in its evolution.
"For instance, it is believed that a woman actually invented the first urinal during the civil war," says Klaus Reichardt, CEO and founder of Waterless Co, Inc. "However, in the 1800's women could not register a patent, so Andrew Rankin followed her and was awarded the first urinal patent in 1886."
Reichardt lists some other surprising urinal facts such as the following:
• The oldest waterless urinal was found a few years back in Sri Lanka. The urinal dates back to the 9th century.
• The U.S. industrial revolution made urinals famous. Factories hired hundreds of men, which meant large areas of the factory floor had to be designated for restrooms. By installing urinals, less restroom space was necessary.
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Students at the University of California have designed a house that reduces water consumption and uses water more efficiently.
...and Not a Drop to Waste
I would bet that there’s hardly a sustainability professional anywhere who isn’t facing the issue of water management. We’ve all heard the stats: If we continue with business as usual, global demand for water is estimated to exceed available resources by 40% by 2030.
So whether companies are facing water issues head-on, with major initiatives to reduce water use (like INEOS and Intel) or are just beginning to explore the topic, sustainability execs understand the significance of the problem. And they know that the challenge of carefully managing water as a resource will only increase.
Mulling this topic, I took a look at some stats on what Environmental Leader stories you’re reading, and wasn’t surprised when I found that the “water management” category is one of the top five links our readers are clicking – and it has been for at least the past year.
To read more from this article on Environmental Leader, please click here .
It cannot be denied the world faces some very significant water-related challenges due to climate change, water scarcity, and other factors.
Millions of gallons of water are used each season in sports facilities. Now operators are looking for ways to reduce water consumption.
It’s no secret that the aging US water infrastructure requires significant modernization. Many of the approximately 1 million miles of pipe systems delivering water to homes and businesses in the US were built post-World War II with an average lifespan of 75 to 100 years, according to the 2017 Infrastructure Report Card. That aging infrastructure is wasting 2 trillion gallons of treated drinking water resulting from about 240,000 water main breaks each year, the report indicates.
In 2014, Congress authorized a federal credit program administered by the EPA to fund vital water and wastewater infrastructure improvements, known as the Water Infrastructure Finance and Innovation Act. In response to a notice of fund availability, the program received 43 letters of interest from water districts, utilities and entire cities and counties highlighting needed improvements to water infrastructure totaling about $12 billion. As WIFIA offers up to 49 percent of project costs, an additional $6 billion is needed from local agencies, private enterprise and private-public partnerships.
While that may seem like a hefty sum, it pales in comparison to the $1 trillion the American Water Works Association estimates it will take to maintain and improve water infrastructure in the US in the next 25 years.
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Today we learned via the Voice of San Diego website...
By Ry Rivard | August 31, 2017
In a jarring contrast to conditions during the drought, the San Diego County Water Authority is actually trying to drive up demand for its water.
As recently as the first months of this year, Californians were asked to conserve water. Well, they did. And they still are. Now, that’s a problem.
Demand for water is low. In San Diego, it’s so low that drinking water is just sitting in the main pipeline that delivers water from hundreds of miles away to the southern half of the county. Typically demand for water is highest during the summer.
When water sits around, particularly in the summer heat, it stagnates and can become undrinkable.
To keep water moving, the Water Authority’s staff is talking about ginning up demand for water by offering incentives to several water agencies, including the city of San Diego’s water department. This wouldn’t necessarily result in profligate water use, because the Water Authority may just want agencies, like the city water department, to switch from the cheaper water they have stored in their own reservoirs to more expensive water that the Water Authority sells them.
To read more, please visit the original article here: http://www.voiceofsandiego.org/topics/government/call-anti-drought-water-officials-hope-drive-water-usage/
Restrooms of the Future
by Klaus Reichardt — When the economy was booming and bustling, architects, designers, and manufacturers were encouraged to come up with an array of new design and technology ideas for buildings. And the funds were available to make them happen.
No discussion of trends in restrooms is complete without a mention of water conservation. In some facilities, more water is used, and often wasted, in restrooms than in any other area of the building. In 1992, the U.S. Congress passed the Energy Policy Act, which included a provision that toilets sold in the United States use no more than 1.6 gallons of water per flush (GPF). At that time, many toilets, even new ones, were using as much as 3 GPF or more. The act also required urinals to use about a gallon of water or less.
Early systems did not work well, often requiring multiple flushes to perform adequately. This defeated the goal of the act. Further, they often required more cleaning because waste was not adequately removed.
Most of these problems have been alleviated, and now many manufacturers are introducing toilets that use 1.3 GPF or less. Some urinals also use less water.
This article was published in FMLink. Read More Here