Organic waste accounts for only 2% of the materials in “pre-owned” disposable diapers.  What happens to the other 98%?  It will be dried, sterilized, and separated into reusable paper pulp and plastic.  The end use of those materials has not yet been announced but based on Knowaste’s past experience, roof tiles, shoe insoles, wallpaper, plastic “wood,” and industrial thickeners are likely candidates.

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Mass production has been used since the industrial revolution as a means of creating large quantities of standardized products. It has many advantages over one-at-a-time production. It reduces coast and provide interchangeable parts.  Its disadvantages are that it can over produce and it dehumanizes labor.

Mass production will often continue to build inventory in spite of an economic slump. Large inventories can lead to massive layoffs. Unemployment reduces consumption and a viscous circle ensues.

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The interior decorator tasked with the redecoration of the Obama’s private quarters in the White House has introduced chandeliers built around waste materials into his proposals. These chandeliers links rural development in South Africa to the White House.

Magpie Art Collective

Magpie, a socially conscious art collective, was founded in 1998 by designer Scott Hart and social entrepreneur Shane Petzer. It produces ornate light fittings, home décor and jewelry crafted from, among other things, recycled glass bottles, yoghurt containers, plastic, dog food cans, mosaic, bits of mirror, toys, charms and copper wire.

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Starting October 1st, North Carolinans will no longer be able to dispose of motor oil filters, wooden pallets and plastic bottles in landfills.

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But not the Green Earth Agri Card Keys made by USFI GreenWorks. It’s made of a durable, but completely biodegradable corn-based (or plant based) plastic, providing the same appearance and performance, but without the chemicals and waste. The product does, however, require industrial composting and not the backyard variety. Printing on the cards employs soy-based inks. The card is meant to be reusable, not to just be thrown away after one use. However, truth be told, millions of hotel card keys never find their way back to the front desk for reprogramming.  According to some in the industry, fewer than fifty percent are returned.  Some key cards get worn out and have to be replaced.

As I write about in ECOpreneuring, green businesses do not want to do less harm to the environment. They want to create products or services and operate in ways that make the world a better place. In much the same way as T.S. Designs re-invented the concept of printing on t-shirts using a completely ecologically safe process, USFI GreenWorks reinvented the form the cards take by creating the cards using plant-based plastics.  To the extend we can, we need to support these companies and push them to continue to innovate.

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As the Internet becomes the resource more Americans turn to for phone numbers, lawmakers are beginning to examine the proliferation of unwanted phone books — and their environmental impact. A Minnesota legislator, Rep. Paul Gardner, has introduced state legislation to allow consumers to opt-out of receiving the paper directories, but is taking a wait-and-see approach on a voluntary initiative by phone services to allow convenient opt-out. Several other states have considered such a law, but none has passed.

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Researchers at MIT’s SENSEable City Lab have developed smart tags to be attached to individual pieces of your trash and send its location back in real time.

Where did that candy bar wrapper go after you tossed it in your trash bin?  Did that juice container with a #1 recycling symbol make it to the recycling center? As soon as we throw something away, we lose our connection to it.  We don’t stop to wonder where the trash goes - does it get burned, go to landfill, or get placed on a boat?

These questions and more will be answered by Trash Track, an information system designed to monitor the path your garbage takes when it leaves your bin.  Researchers at MIT’s SENSEable City Lab have developed smart tags to be attached to individual pieces of your trash and send its location back in real time. The mobile sensor is akin to a miniature cell phone, encased in a type of resin to ensure its durability throughout its journey.  Since cell phone technology is ubiquitous and cheap, Trash Track should be able to capture the location of trash globally.  The team is looking to expose the “removal chain” of trash.

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Would you be so cavalier in throwing out a disposable razor if you knew how much it actually impacted your local environments? Would you think twice about purchasing a bottle of water if you knew how much it cost you to dispose of? That’s the question asked by the MIT SENSEable City lab these days. And they plan to see what effects one man’s trash actually has on the environment.

Inspired by the Green NYC Initiative which aims to increase the rate of waste recycling in New York to almost 100 percent by 2030 (currently, only about 30 percent of the city’s waste is diverted from landfills for recycling!), a group of MIT researchers have developed a program that uses special electronic tags in order to track different types of waste on their journey through the disposal systems of New York and Seattle. Its name? Trash Track. Trash Track will monitor the patterns and costs of urban disposal while raising public awareness about the impacts the garbage can under the sink has on the environment.

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San Jose, CA - Achieving a goal of 100 percent energy independence is a little closer for San Jose thanks to a momentous move by the City Council today. The City Council authorized the City Manager to negotiate and execute a Memorandum of Understanding (MOU) to develop potential lease terms and guidelines for developing an organics-to energy bio-gas facility.

The bio-gas facility, planned to be constructed and operated by Zanker Road Biogas, will be based on a 40-acre site near the San Jose/Santa Clara Water Pollution Control Plan. The proposed facility would also be bound on either side by two solid waste recovery and recycling facilities owned and operated by Zanker Road Resource Management, Ltd.

The MOU, which was authorized today, will set forth the guidelines and work-plan for the potential lease terms of the bio-gas project. Pending successful negotiations for the MOU, San Jose will issue a lease to Zero Waste Energy Development Company, Inc., a partnership between GreenWaste Recovery and their sister company, Zanker Road Resource Management.

This project would also see the cooperation of GreenWaste and Harvest Power, Inc., a company that provides leading technology and project development capabilities for harnessing the renewable energy in organic waste.

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Global warming causes you may not have known about

You’re likely aware that many of your daily activities — driving your car, cooling and heating your home, operating electronic devices — produce greenhouse gas emissions, especially carbon dioxide. You may not, however, be aware of some other major global warming causes that you encounter regularly. For instance,

• The meat on your plate: Deforestation, especially of tropical rainforests, is one of the major causes of global warming, and residents of countries such as Brazil and Costa Rica often destroy these forests to create grazing space for cattle. Choosing to eat less meat, and purchasing the meat you do eat from local sources, should be a part of your plan to lighten your own carbon footprint.
• The food and yard wastes you throw away: When you send food wastes, grass clippings, and other organic materials to the landfill, they’re much more likely to end up producing methane because they’ll decompose in an anaerobic (or oxygen-free) environment. Composting those wastes, whether by sending them to a large-scale operation, or adding them to your own compost pile or bin, will allow for oxygen-rich decomposition… which prevents methane emissions, and “closes the loop” by creating material you can use for garden and plant fertilizer.

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Editor’s note: This post is a contribution by San Francisco Mayor Gavin Newsom. See his last post on electric vehicle charging infrastructure or all of his previous posts here. A companion piece was also posted on RedGreenandBlue.org earlier today.

San Francisco is a city that knows how to recycle. We work hard to give new life to our paper, bottles, cans and other waste.

New statistics released today show we are keeping 72 percent of all discards from going to the landfill – up from 70 percent the year before.

That’s a big leap for one year. The most significant gains came from the recycling of material from building sites – due in large part to our 2006 mandatory Construction and Demolition Debris Recovery Ordinance.

By requiring builders to recycle debris from construction projects, we were able to divert tens of thousands of new tons of material away from the landfill. This ordinance is unique in that it doesn’t require deposits or bonds, making it small business-friendly and limiting the amount of bureaucracy needed to implement the program.

When it comes to our recycling programs, we’re always in the development phase. In order to meet our ambitious goal of 75 percent recycling by 2010 and zero waste by 2020, we are constantly looking for additional materials to recycle, and for emerging markets to make use of our recyclables.

• » See Also: Consumer solar energy aggregation project launched in San Diego
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One of the first steps to starting an organic garden should be to begin a compost pile. Composting will break down organic matter into nutrient-rich material that builds soil and nourishes plants. And just like anyone can garden, no matter their situation, there are composting possibilities for everyone! Read on to learn how to close the loop and start composting…

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A couple of weeks ago, we discussed the possibilities of biochar - burning organic waste, such as wood chips, left-over crop residue or even manure at extremely low oxygen levels and high temperatures in order to produce charcoal and biogas. The charcoal would go into the ground, increasing soil fertility, while the gas would be an effective energy source, making good use of detritus that would otherwise decompose, returning its carbon to the atmosphere.

I suggested that although the technology was still distant from full-scale implementation, it had considerable promise as a way to draw-down carbon from the atmosphere.

Well, environmental writer George Monbiot has demurred. He wrote in the Guardian yesterday that biochar advocates have been “suckered.” They promote “an even crazier use of woodchips.” They wish to “turn the planet’s surface into charcoal.” They are a wild band of “magical thinkers” who wish to “destroy the biosphere in order to save it.”

Remember, this is Monbiot, a serious analyst of anthropogenic global warming, not Bjorn Lomborg or a mercenary from the Heartland Institute. This man isn’t “supposedly” in the coalition to avert disastrous warming - he’s part of it, through and through.

So what’s he in a tizzy about? A lot of nothing, it turns out, since he’s battling with a straw-man that most biochar researchers don’t take even remotely seriously.

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World class adventurer, National Geographic Emerging Explorer, and a descendant of the legendary Rothschild banking family, David de Rothschild, will attempt to do what no one has done before, sail half-way around the world from California to Australia on a catamaran made 90% of recycled plastic waste powered only by the wind and the sun.

However this is not the first journey to be made across the Pacific using plastic waste. Last year a raft made of 15,000 bottles called the Junk successfully made a similar journey from California to Hawaii in 87 days in order to promote awareness of the global plastic waste problem.

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See that profile pic of me? The hair? Yeah, my tresses are long.  Long as in, close to touching the pronounced rump.

That must take a whole lot of time to care for, right? Wrong.

I have a hair confession: I shampoo less than the average American.

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Yucca Mountain: it’s nice to look at, but green it ain’t. The thought of endless nuclear waste barely contained inside a seismically-active mountain is enough to give anyone the chills. That’s why nuclear design engineer Dean Engelhardt started Permanent RadWaste Solutions, a company that proposes to send nuclear waste to the surface of Earth’s inner core.

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The little g pants are the outer shell of the gDiaper system or the diaper cover that holds the flushable inserts.  The inserts are the disposable and absorbent inner liners that you toss (flush, throw away or compost). You reuse the gDiaper pants again and again. For about 40 years there have been only two basic choices in diapering. Cloth or disposable. gDiapers offers consumers a third option….a hybrid cloth diaper with a disposable element.

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German car giant BMW has announced plans to attach radioactive heat-collectors to the tailpipes of future models, in a move predicted to slash fuel use and reduce carbon emissions by around 5 per cent.

The massive fuel saving is bigger than the three per cent achieved by the two current key Efficient Dynamics technologies - stop-start and brake energy regeneration.

The revolutionary technology, originally designed to power space satellites, captures waste heat transferred down the tailpipe and converts it to electricity via a radioactive ‘thermolelectric generator.’

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