This story makes me so proud.

http://business-news.thestreet.com/sj-r/story/petersburg-school-nominated-solar-energy-program/1

Petersburg school nominated for solar energy program

PETERSBURG — The PORTA School District could soon add more solar power to its alternative energy portfolio.

Thanks to a wind turbine, solar panels and geothermal heating installed in 2009 at PORTA High School, the district has been saving about $350,000 a year in energy costs, School Superintendent Matt Brue said.

Now, a former student who works for Joule Solar Energy in New Orleans has nominated PORTA Central School for a program that aims to bring solar panels to schools through crowdfunding

Oakland, Calif.-based Mosaic offers an online platform for individuals to invest in solar projects.

When Bob O’Hara received an email from Mosaic saying that the company was looking for schools to work with, he thought of PORTA Central.

O’Hara, 29, attended PORTA schools through eighth grade before enrolling at Sacred Heart-Griffin High School in Springfield. He moved to New Orleans after graduating in 2002 to attend Tulane University, but he still visits his parents in Petersburg regularly.

He likes to check out the wind turbine at the high school on his visits and thought PORTA Central would be a good candidate for solar panels because of its long, south-facing roofline.

O’Hara said he also knows the district has been facing budget cuts due to dwindling state funding.

“One way to be able to invest in a school is to help them with their energy costs,” he said.

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Go there and read. More next week.

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Good article and it just goes to show that America is always behind. We cede way to much to the powerful and pay the price. I would be willing to bet that we could half those number again with the proper research and development.

http://www.forbes.com/sites/williampentland/2013/06/11/europes-clothes-dryers-consume-half-as-much-energy-as-americas/?ss=business%3Aenergy

William Pentland, Contributor

Europe’s Clothes Dryers Consume Half As Much Energy As America’s

Like the vast majority of U.S. households, I own a clothes dryer that accounts for a non-trivial share of my electricity consumption. Like the vast majority of my fellow Americans, I would likely pay a lot less to dry my clothes if I lived in Europe.

Based on a new study by Ecova, an energy consulting firm in Spokane, WA, Europe’s embrace of new heat pump technologies is largely responsible for the transatlantic disparity in the energy efficiency of clothes dryers. Unlike Europe, heat pump technology has yet to arrive in North America.

There are 87 million residential dryers in the U.S. These clothes dryers account for 6% of residential electricity consumption, which is roughly equivalent to the electricity consumed annually by the entire state of Massachusetts (60 billion kWh per year). The annual cost of operating America‘s clothes dryers adds up to about $9 billion.

The energy efficiency of North American clothes dryers has made at most modest gains over the past two decades. By contrast, the energy attributed to washer use has decreased by about 70% since 1992.

Ecova compared the energy consumption of currently available European heat pump dryers to North American conventional electric dryers spanning a wide range of sizes, prices, features, and manufacturers.

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Go there and read. More next week.

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What a disturbing year this has been on the environmental front. People are starting to realize that what I have been saying for a couple of years is true. The large environmental organizations based in Chicago have become industry sock puppets. They have been taking donations from utilities and other industry nasties and letting the industries run roughshod over the whole state. In short they have sold out, and activists around the nation are starting to realize it. The Fracking bill they helped pass was seriously flawed.  When we tried to point out that it was flawed they laughed at us and said we should be “showing them gratitude” for all the concessions they got out of industry. Really. The bill doesn’t take into consideration protections that other states have demanded.

http://www.courierpress.com/news/2013/jun/01/illinois-passes-nations-toughest-fracking-regulati/

SPRINGFIELD, Ill. — Illinois came a giant step closer to approving the nation’s strictest regulations for high-volume oil and gas drilling on Friday, as lawmakers approved a measure they hoped would create thousands of jobs in economically depressed areas of southern Illinois.

The Senate passed the legislation 52-3, one day after it was overwhelmingly approved in the other chamber. Gov. Pat Quinn promised to sign it, calling the legislation a “shot in the arm for many communities.”

The legislation was crafted with the help of industry and some environmental groups — an unusual collaboration that has been touted as a potential model for other states.

Legislation sponsor Mike Frerichs, a Champaign Democrat, said stakeholders “sat down for hundreds and thousands of hours” to hammer out the issue.

“These are tough regulations that are going to protect and preserve our most valuable resources in our state,” he told floor members. “We are going to increase home produced energy in our state in one of the most environmentally friendly ways possible.”

While proponents have said hydraulic fracturing, or “fracking,” would generate tens of thousands of jobs, opponents have been pushing for a two-year moratorium to allow more time to examine health and environmental impact. They are worried fracking could cause pollution and deplete water resources.

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Go there and read if you can stomach it. More next week.

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Other times have not changed. I mean we are still burning coal to fuel electric generators, 30 years after we should have. We still flirt with the idea of Nuclear Powered power plants. But here is part of the Georgia Code, a State not known for anything progressive.

http://www.southface.org/learning-center/library/res-code-faq#24

22.    What is the difference between a mass wall and a basement wall, and what are the insulation requirements for both?

A mass wall is a heavy wall that is more than half above grade wall and is constructed of a fairly massive material (e.g., concrete, block, insulated concrete forms, masonry cavity, non-veneered brick , adobe, compressed block, rammed earth, and solid logs). A basement wall is a wall that is more than half below grade and encloses conditioned space. Insulation requirements for basement walls and mass walls depend on the location of the insulation and the type of insulation (whether it is continuous or insulation installed in a cavity). Requirements also vary by climate zone. Below is a table detailing the insulation requirements in the energy code.

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If you are a glutton for punishment, go there and read. More next week.

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I must start with the opening cautionary note. Traveling to Asia is expensive. Staying hotels that claim to be “green” is expensive too. When you approach such things a clear and and a ask all the questions you can thing of are 2 good attitudes to have. Finally I have never used any of these commercial enterprises so I nor CES can vouch for them.  As always check with the Better Business Bureau first.

http://www.wildasia.org/

My Opinion: Green Is Always The Way To Go

As a commercial contractor, I have had my fair share of opportunities to see the implementation of green building materials. This has led to the advent of LEED-certified constructions. However, what piques my interest the most are the individuals who have used these facilities in an eco-friendly manner, particularly the facilities where I actually work. Such individuals and I acknowledge that what’s going on shouldn’t be recognized solely from a standpoint concerning LEED certification.

In Asia, such efforts that contribute to saving the environment are applauded. Categories such as cultural preservation, community engagement and development and resource efficiency are among those recognized. An Asian based accommodation provider the “Wild Asia Responsible Tourism Awards”, hands out awards to various organizations.

Las Vegas is one of the major destination spots making strides in preserving the economy. This is evident by the fact that many hotels in Las Vegas have committed to using items that meet LEED-certified standards. Recently the Las Vegas Palazzo Resort was deemed the “Most Eco-Friendly Hotel in America”. It relies on a number of self-sustaining elements and reuses most of its own waste. Las Vegas hotels have clearly set an example that all hotels throughout America, and elsewhere, can follow. Most of the hotels in NYC have also gone the extra mile to reduce their carbon footprints and accommodate for waste recycling. The ink48 Hotel, in particular, has an amazing program called Earthcare. This allows members of the program to have a platform for discussing the ways in which they can contribute to the betterment of the planet.

Nonetheless, it’s a beautiful thing, in my opinion, to see people act in one accord, making their facilities more sustainable and eco-friendly. It’s 10 times sweeter when you’re directly involved in such work. Today, there are hundreds of thousands of hotel rooms, and Las Vegas alone managed to pull in more than 40,000,000 travelers last year. If others followed the Palazzo and ink48’s lead, we will all see an extremely positive impact.

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Go there and look around. More next week.

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I promised Emily Hois that I would link up with her organization, Solar Reviews, last week. Since I am only blogging once a week, it took awhile to honor her request.  So here it is. Great story about where the world is going.

http://www.solarreviews.com/blog/Report-Anticipates-220-Gigawatts-Distributed-Solar-by-2018-4-29-13/

A recent Navigant Research report anticipates that the world will add 220 new gigawatts of distributed solar photovoltaics by 2018 as solar comes into parity with other energy sources, creating $540.3 billion in revenue in the process. That’s a significant jump in the amount of solar that’s currently installed throughout world, which the European Photovoltaic Industry Association (EPIA) said reached 100 gigawatts at the end of 2012.

In recent years, much of the growth in solar is attributable to the giant PV projects being installed to meet utility demand in certain markets. The Navigant report anticipates that just the distributed generation projects—or projects under 1 megawatt in

size—being installed over the next five years will more than double the world’s total solar capacity that’s now online. “Used in applications ranging from residential to small commercial

to industrial settings, distributed solar generation offers significant benefits to consumers while adding resiliency to an electric grid evolving beyond the traditional centralized model,” says Dexter Gauntlett, research analyst with Navigant Research. “Though this market is still primarily driven by government incentives, distributed solar PV will continue its steady march toward grid parity in major markets over the next few years.”

The report anticipates the solar market is transitioning from one that relies on a financial and engineering model based on the wants and needs of utilities to own or source electric generation from large projects to a more diverse model. Under the emerging model, both the sources of generation and the ownership of the generation assets will be more diverse, include third-party financing from companies like SolarCity and SunRun and other new financing mechanisms. These changes will partly be driven by some of distributed solar’s advantages, which include generating electricity onsite to offset the need to build new transmission capacity while avoiding line losses, according to Navigant.

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Go there and read. Plenty to see. More next week.

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I think that the Smart Grid is a 2 edged sword. On the one hand it makes integrating renewable energy sources into the grid much easier. On the other hand it could be a step towards big brother. Whatever the case it is coming no matter what.

http://gizmodo.com/5995249/how-nest-will-save-you-more-money-by-teaming-up-with-utility-suppliers

How Nest Will Save You More Money By Teaming Up With Utility Suppliers

Jamie Condliffe

The smart thermostat from Nest just got a little smarter: by teaming up with utility providers, the device can now predict when power will be in high demand and price, and tweak your heating accordingly.

The new system links the device to a collective, cloud-based knowledge of utility companies. If you’re with an Energy Services-aware power company, the thermostat will learn of upcoming peak energy periods—where power is in high demand and prices rocket as a result—which are sometimes known as rush hours. With that data, it will fine tune your heating, using less energy while it’s expensive.

The cloud will also feed the device data about seasonal discounts, allowing it to fine tune the heating to save you as much cash as possible over the longer term, too. Sadly, only Austin Energy, Green Mountain Energy, Reliant and Southern California Edison have joined forces to make the scheme happen so far. There are deals to be had with provides, though—customers of National Grid can get a $100 rebate through Nest, and Reliant offer a free thermostat with some plans—and it seems likely that other provides will join the fold soon.

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Go there and read. More later.

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There are many things that environmentalists have said over the years. The 2 most consistently one is that there are too many people on this planet and the other is that we will pay a price for befouling our planet. This has led some to talk about the possibility of a human “die back”. Is this what the beginning of one might look like?

http://www.foreignpolicy.com/articles/2013/04/01/is_this_a_pandemic_being_born_china_pigs_virus

Here’s how it would happen. Children playing along an urban river bank would spot hundreds of grotesque, bloated pig carcasses bobbing downstream. Hundreds of miles away, angry citizens would protest the rising stench from piles of dead ducks and swans, their rotting bodies collecting by the thousands along river banks. And three unrelated individuals would stagger into three different hospitals, gasping for air. Two would quickly die of severe pneumonia and the third would lay in critical condition in an intensive care unit for many days. Government officials would announce that a previously unknown virus had sickened three people, at least, and killed two of them. And while the world was left to wonder how the pigs, ducks, swans, and people might be connected, the World Health Organization would release deliberately terse statements, offering little insight.

It reads like a movie plot — I should know, as I was a consultant for Steven Soderbergh’s Contagion. But the facts delineated are all true, and have transpired over the last six weeks in China. The events could, indeed, be unrelated, and the new virus, a form of influenza denoted as H7N9, may have already run its course, infecting just three people and killing two.

Or this could be how pandemics begin.

On March 10, residents of China’s powerhouse metropolis, Shanghai, noticed some dead pigs floating among garbage flotsam in the city’s Huangpu River. The vile carcasses appeared in Shanghai’s most important tributary of the mighty Yangtze, a 71-mile river that is edged by the Bund, the city’s main tourist area, and serves as the primary source of drinking water and ferry travel for the 23 million residents of the metropolis and its millions of visitors. The vision of a few dead pigs on the surface of the Huangpu was every bit as jarring for local Chinese as porcine carcasses would be for French strolling the Seine, Londoners along the Thames, or New Yorkers looking from the Brooklyn Bridge down on the East River.

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What the planet can expect in the future and humans should be prepared for. A pulse starts some where when it is either cooler or warmer than the rest of the world. This temperature variant then pulses around the world until splat, it strikes a particular area with an unknown effect. Fire here, drought there, and a flood occasionally.

http://theenergycollective.com/josephromm/201816/weather-extremes-atmospheric-waves-and-climate-change

Weather Extremes: Atmospheric Waves And Climate Change

Authored by:

Joseph Romm

By Vladimir Petoukhov and Stefan Rahmstorf, via The Conversation

The northern hemisphere has experienced a spate of extreme weather in recent times. In 2012 there were destructive heat waves in the U.S. and southern Europe, accompanied by floods in China. This followed a heat wave in the U.S. in 2011 and one in Russia in 2010, coinciding with the unprecedented Pakistan flood — and the list doesn’t stop there.

Now we believe we have detected a common physical cause hidden behind all these individual events: Each time one of these extremes struck, a strong wave train had developed in the atmosphere, circling the globe in mid-latitudes. These so-called planetary waves are well-known and a normal part of atmospheric flow. What is not normal is that the usually moving waves ground to a halt and were greatly amplified during the extreme events.

Looking into the physics behind this, we found it is due to a resonance phenomenon. Under special conditions, the atmosphere can start to resonate like a bell. The wind patterns form a regular wave train, with six, seven or eight peaks and troughs going once around the globe (see graph). This is what we propose in a study published this week together with our colleagues of the Potsdam Institute for Climate Impact Research (PIK).

Planetary waves

Normally, an important part of the global air motion in the mid-latitudes of the Earth takes the form of waves wandering around the planet, oscillating irregularly between the tropical and polar regions. So when they swing northward, these waves suck warm air from the tropics to Europe, Russia, or the US; and when they swing southward, they do the same thing with cold air from the Arctic. This is a well-known feature of our planet’s atmospheric circulation system

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Since the Fukushima nuclear disaster Japan has needed to find new power sources. This could be it and it is in their backyard. This could free up Japans stagnate economy because the cost would be so much cheaper and the money would stay in Japan. I need to know much more about how they extract the hydrates, how they process them and how they use them before I can say that this will be great for the rest of us.

http://theenergycollective.com/sbattaglia/200361/methane-hydrate-future-of-energy

Japan’s Methane Hydrates and the Future of Global Energy

Posted March 19, 2013

Authored by:

Sarah Battaglia

Sarah Battaglia has been one of the in-house Copywriters and the Social Media Specialist for Energy Curtailment Specialists since 2011.

All eyes are on Japan as they recently became the first country to successfully extract natural gas from methane hydrate deposits, commonly referred to as “flammable ice,” located nearly 900 feet below the seabed.  For a country that imports almost all of its energy, this discovery could be an incredible asset.

In the aftermath of the Fukushima Daichii disaster, Japan is in the process of moving away from nuclear power, and this new source of natural gas could be just the solution.  Spokesperson for the Japan Oil, Gas, & Metal National Corp. (JOGMEC) Takami Kawamoto stated, “Japan could finally have an energy source to call its own.”  The New York Times described methane hydrate as “a sherbet-like substance that can form when methane gas is trapped in ice below the seabed or underground.”  Even though it may resemble ice, it will burn when heated.  JOGMEC predicts at least 1.1 trillion cubic meters of this substance can be found in the eastern Nankai Trough located off the Pacific Coast.  That could be enough natural gas to last Japan 11 years!  Furthermore, an estimated 7 trillion cubic meters of “flammable ice” can be found throughout Japan’s waters, supplying natural gas for several decades.

When asked about the process, JOGMEC stated, “With specialized equipment, the team drilled into and then lowered the pressure in the undersea methane hydrate reserve, causing the methane and ice to separate.  It then piped the natural gas to the surface.”  The gas can also be attained by heating the solid methane hydrate, but this process uses a considerable amount of energy.

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Go there and read. More later.

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