PARKING LOTS to PARADISE // Documentary from Joey Dello Russo on Vimeo.

Bringing back a natural space isn’t just an aesthetic improvement, it can also reduce water pollution. Unlike soil, pavement is impervious so rainwater runs off it and into storm drains. Along the way, water becomes contaminated with chemicals, trash, pesticides, fertilizers and heavy metals. According to the Environmental Protection Agency, these pollutants account for approximately 70% of all water pollution in the U.S because this “urban runoff” goes directly into the ocean and local bodies of water without being treated first.

Restoring un-used paved areas also improves air quality. Dense urban areas experience the urban heat island effect in hot weather, increasing summertime peak energy demand, air conditioning costs, air pollution and greenhouse gas emissions. Also, Depave recycles the pavement and also shows you how to do it yourself on their website.

And on a cheesier note, green spaces bring people together and nature makes us happy. So does beating the hell out of cement. If you can’t get to Portland, Depave has a wealth of easy-to-follow online resources so you can learn how to start your own project wherever you are.

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1. Thousands of California kids have no free tap water at school

Keeping the Water Flowing in Rural Villages : “A new program was started recently by WaterAid in the north of India.  It trains local people, including many women, to repair water pumps. They now run businesses that charge villages low fees for quick, guaranteed and reliable repairs when their hand pumps break down.”

To Maintain Water Pumps, It Takes More Than a Village: This is the follow-up to the “Keeping the Water Flowing” article above. “Readers responded with many practical ideas and incisive comments — some of them speaking from sad experience — to the last column on the sustainability of water pumps.”

LifeStraw Saves Those Without Access to Clean Drinking Water: “LifeStraw, produced by the Swiss company Vestergaard Frandsen, was designed for the poorest of the poor. The personal version works like a chunky drinking straw and can filter about 1,000 liters, enough to keep a person hydrated for a year. The family version — which looks something like an IV drip that ends in a water cannon — can purify 18,000 liters, serving a typical family for about three years.”

Photo credit: Vestergaard Frandsen

Clean Water at No Cost? Just Add Carbon Credits: “Now there’s a new way to save water projects from an early death: make clean water a for-profit business, charging people an unusual price: zero. Several multinational companies, such as Bechtel and Suez, already have run for-profit water systems in cities around the world. These companies have attracted a lot of criticism, especially for the way they treat rural people and slum dwellers. The companies have little incentive to lay pipes to reach people who are far away, and if they do, they charge very high prices. I’m talking about something different: a water business run by a company that has headquarters in Switzerland, Vestergaard Frandsen, that plans to provide clean water to some of the world’s poorest people and charge them nothing. Where will the profits come from? Polluters.”

Follow-up to “Clean Water at No Cost?”: Green Strategies for the Poorest:  The author, who had discussed the LifeStraw Family in the article above, writes about how this product’s manufacturer,Vestergaard Frandsen, is planning to make money with it. “Not from the poor families who use it — they will give it away in western Kenya. Instead, the company plans to be paid in credits they can sell on the global carbon markets. In this system, credits are awarded to projects that reduce greenhouse gas emissions. They may then be bought by polluting companies or governments to offset their own emissions. LifeStraw Family users no longer have to boil their water to make it safe to drink. Less boiling means fewer emissions.”

Folding Saris to Filter Cholera-Contaminated Water : Rural Bangladeshi women often use pieces of saris, the traditional dress, to filter sweetened drinks to get rid of leaves, insects and other visible debris. About 10 years ago, researchers in Maryland and Bangladesh, looking for ways to reduce the prevalence of waterborne diseases in local communities, came up with a ridiculously simple solution: Wash and fold the sari. Bangladeshi women in 27 villages were trained to cover water-collecting urns with a laundered sari folded four times before scooping up river water. The cotton fibers strain out 99% of cholera bacilli. “Over the next 18 months the rate of cholera in these villages dropped by about 50 percent, compared with other villages — about the same effect as that achieved by a much more expensive nylon water filter.”

The PeePoo, a Biodegradable Toilet for the Developing World:  Forty percent of the world’s population (2.6 billion people) does not have access to a toilet. To address this problem, a  Swedish architect and professor named Anders Wilhelmson has invented a biodegradable toilet called a PeePoo which resembles a plastic bag. “After it is used, the bag is knotted and then buried or sold back to the manufacturer. A lining of urea crystals in the bag helps transform the waste into fertilizer…Currently, about 6,000 PeePoo bags are produced every day and distributed in slums in Nairobi, Kenya…Mr. Wilhelmson’s company buys back the used bags for a third of the original price, and the waste is turned into fertilizer.”

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SARASOTA, FLORIDA, DECEMBER 19, 2011 — Rainwater Warehouse has launched a new website offering a complete range of rainwater harvesting systems and products. According to Principal Jack Burden, Rainwater Warehouse provides a complete range of residential and commercial rainwater harvesting products. The company offers packaged solutions directly to green build developers, builders and homeowners. They also provide commercial grade rainwater harvesting components to builders & owners of commercial properties.

The company offers complete rainwater harvesting systems and rainwater harvesting components with field-tested dependability. These systems include the highest quality components, separating their systems from the likes of those you may find at a boxed retail location. “It is important that you pay close attention to the components that are included in any rainwater harvesting system. Many systems on the market today are made with low quality components; our systems are built to last,” Burden explained.

Featured on the website is the Rainwater Warehouse Deluxe Rainwater Harvesting System, sold with a 300 or 500 gallon tank. The system offers multiple mounting options for downspout, filter and tank placement and boasts of easy installation in fewer than 30 minutes. Included is an overflow system, 3/4″ hose bib, Leaf Beater, 300 or 500 Gallon UV inhibited tank, 1/6hp submersible pump w/ 8′ electric cord and assembly instructions. The systems are turnkey, no additional parts are required.

The Deluxe Rainwater Harvesting Systems are supplied with corrosion-resistant schedule 40 PVC pipe and fittings. “Thinner wall pipes will decay and become brittle after prolonged exposure to sunlight. These systems are field tested to stand up to the sun, lawn equipment and are tamper resistant,” Burden asserted.

The tanks have manways installed at the top which are sealed tightly to prevent accidental death or injury. Molded of food grade polyethylene resin, the tanks have a long term UV package and are suitable for use in or out of direct sunlight. The high impact resin is not affected by warm or cold temperatures. This allows captured water to be used for emergency supply if required,” said Burden.

If you are not in the market for a package system, Rainwater Warehouse also provides individual components and downloadable kit plans for the “do it yourselfers”. They offer a range of products and services including fixed cost design review, the Apex PumpBuddy®, Leaf Beater® and custom made commercial grade downspout filters. The filters come in your choice of aluminum, stainless steel or copper.

Also available for purchase is a decorative downspout filter and a custom decorative pipe sleeves with a special precast footer. The decorative systems can add an architectural element to the home or hide the visible elements of a rainwater harvesting system. “Homeowners can now harvest rainwater without detracting from the beauty of their homes,” stated Burden. “We offer solutions that are not only dependable, but allow the average homeowner to install and use with ease.”

Homeowners once purchased rainwater harvesting systems to decrease their water footprint or save money on their utility bill, but rainwater can also prove to be a useful asset in times of emergency. “Rainwater harvesting systems can prove to be a necessity in the event of wildfire, flooding, drought or other domestic or natural emergencies,” said Burden.

Create peace of mind with an independent, alternative water source using a Rainwater Warehouse Deluxe Rainwater Harvesting System. You will never have to worry about water regulations or drought when you have your own source of harvested rainwater. When you purchase a system from Rainwater Warehouse you aren’t just buying a system, you are buying independence. Rainwater Warehouse provides only the most durable systems and components, field tested and proven to withstand the elements.

All major credit cards are accepted and the team is available to speak to if you have any questions prior to purchase. For more information you can visit Rainwater Warehouse on the web at www.rainwaterwarehouse.com.

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Here are some photos of solar technologies I found while hiking:

Solar panels and a rainbow. Ghandruk Village, Nepal.

Mix of old and new. A woman in traditional garb standing in front of a house equipped with solar energy technology.

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Chevron Makes Use Of Solar Energy to Recover Oil: “What if solar energy is generated in order to extract oil from mature oil fields? Does this constitute a spectacular irony, or a clever application of renewable energy; one that may be justified in a world where oil is likely to remain fundamental to our economy for a considerable number of years to come?”

Aging Parking Meters Get Solar Upgrade: “A small solar-powered parking meter company is benefiting from the down economy and aging parking infrastructure.”

Why Americans Like Solar Energy: Executive Director of the Sierra Club, Michael Brune, discusses how “recent polling and surveys indicate that, by and large, regardless of our politics, we still think developing solar energy is a great idea. ”

World’s Largest Solar Bridge Under Construction in London: “An iconic steam-era railway bridge is to become the world’s largest solar bridge.” This project seems to “have a particular symbolic value when discussing the dawn of a new energy paradigm.” An interesting follow up to this article is: Solar is Possible on Listed Historic Buildings. Should It Be?

Image credit: TreeHugger

Solar Power For Third-World Ag Boosted: U.S-based non-profit Solar Electric Light Fund (SELF) is investing in a program that serves as “an integrated approach to implementing solar energy systems that empower rural communities in developing countries to improve their health, education, economic development and food and water security.”

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The advocacy group Water in Schools recently brought wide-spread attention to the fact that thousands of students in California have no free tap water in school food service areas and how their nutrition suffers as a result. Without free water, sodas and sugary drinks become students’ beverage of choice and overconsumption of sugary beverages can lead to obesity and diabetes.

The Water in Schools project and its advocates have recently helped pass legislation that requires California school districts to provide free fresh drinking water during meal times at school cafeterias. It is Water in Schools’ hope that allowing kids the right to water and giving them an alternative to sugary drinks will help combat the occurrence of diabetes and other related illnesses that could be caused by overconsumption of such beverages.

A cursory examination of California’s education woes might lead one to believe that not drinking water during the day is the least of our students’ problems. But consider this: Over 30% of kids ages 10-17 in California are overweight or obese, a figure that has skyrocketed over the past three decades, and a child that is obese is exponentially more likely to become an obese adult than a child who does not have weight problems. CNN reports that, “America spends as much as $147 billion annually on the direct and indirect costs of obesity [for all ages]. In the year of the most recent CDC [(Centers for Disease Control)] study, 2006, that made up 9.1 percent of medical spending.” Water fountains might seem like an unnecessary expense when the education budget is so tight, but perhaps it is a worthy investment when considering the overall costs of childhood obesity for the government.

While 40% of the Californian school districts who responded to a Water in Schools survey still report no access to free drinking water in cafeterias, things seem to be looking up. Case studies show that schools are actively making an effort to provide students with an alternative to sugary drinks. In December 2010, President Obama signed the Healthy, Hunger-Free Kids Act into law which includes a provision to require free drinking water to be available with school meals. Helping kids maintain a healthy weight isn’t easy, but substituting water for sugary drinks, which research suggests “could result in up to 235 fewer extra calories per day being taken in by children and adolescents,” is a good place to start. Hopefully the Water in Schools initiative and new legislation will lead to a healthier tomorrow for our students.

NOTE: I wrote this article for San Franola Granola’s blog. Check it out.

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A reporter from National Geographic wrote this article about one community that, after decades of suffering from the chokehold of poverty, has become an “incredible example of how rainwater harvesting can create prosperity.” Government environmental regeneration programs have helped villagers install rainwater storage systems,  and this investment in sustainable development is proving highly effective.

"Kamla Devi was Rajasthan's first woman to graduate from Barefoot college as a solar engineer." Photo credit: The Guardian

Elsewhere in India, Barefoot College is training rural women to become green entrepreneurs in an effort to help the country grow in a way that is environmentally responsible. Barefoot College’s low cost, decentralized and community driven approach capitalizes on the potential already present in villages by training the women in skills including solar engineering, healthcare and water testing. Check out this article about one of the College’s success stories,  a 19-year-old, semi-literate woman from a small village who “has broken through India’s rigid caste system to become the country’s first Dalit [“untouchable”] solar engineer.”

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On a global scale, the problem of water loss is greater. According to Miya, an urban water efficiency company, one-third of the world’s drinking water is lost through dripping pipes and the resulting monetary loss amounts to about $15 billion. Miya also claims that by patching even just half the leaks an additional 130 million people could have clean water. In response to all this waste, Amir Peleg, the Israeli entrepreneur who started a water infrastructure monitoring company called TaKaDu, has developed an easy-to-use software solution that helps cities track leaks so they can be plugged.

photo credit: Green Prophet

TaKaDu takes data from a partnering waterworks facility and uses it to detect leaks and help the facility to prioritize weak points. Without requiring any high-tech meters, the software can automatically locate and classify water-network events as early as possible by using mathematical and statistical algorithms. TaKaDu software ranges in price from $10,000 a month for a small city to $150,000 for cities like New York while requiring no upfront investment.

The company is already active in the UK, Australia, France and elsewhere in Europe. If the U.S employed more technology like this to prevent water loss, we would be doing our economy and environment a big favor.

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One rarely ponders the life and death of a toilet. Just like some kids ask if dogs go to heaven, I wonder where toilets go when their lifespan is up. For some of them, the answer is a Whole Foods juice bar. Fireclay Tile, a Northern California-based ceramic tile company, uses recycled materials such as porcelain from local used toilets to create its product. According to their website, “All products are handmade within Fireclay’s day-lit, open air factory where the company reuses everything including clays, glazes and waste water.”

Ok, pause. Why is going around collecting old toilets and making them into counter tops for yuppies important?

Answer: Throwing away large clunky items like toilets contributes to our problem of overflowing landfills. Instead, we should do everything we can to waste less and reuse more. Turning a toilet into a tile does just that because by reusing the porcelain, Fireclay lowers the amount of pollution that would otherwise be emitted by creating all new material from scratch. Also, the company only uses things it can find from nearby sources which significantly reduces its carbon footprint.

Point is– recycling, reusing, and buying local does not only apply to soda cans, plastic bags, and vegetables. People are creating innovative ways to do their part for the planet all the time using their own unique talents. Cool.

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As it gets colder and fall settles in, I’m already thinking about how to keep warm and keep my heating bills low at the same time. I found a great site that explains how to easily winterize your home (so easily in fact that even I can do it) in order to save money and energy. So warm up, be green, and check out this site: 19 Easy Home Winterization Projects

Also, eco-idea of the day: Why not use shower caps instead of cellophane to cover left-over containers in the fridge? This saves money (each package of saran wrap costs about 3 dollars whereas re-usable shower caps are only 99 cents for 3) and saves plastic. Watch this video to find out why saving plastic is good for our water resources:

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