Category Archives: green economy

The End Of The Smokestack Age – The move to a sustainable future

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The terms he uses are different. Man has always extracted things. A  good case can be made that for much of our species existence we have caused things to go extinct as well. We need to quit both. The human race could survive off our garbage dumps from here to eternity if we just made product loops that left no waste. That is if we treated everything and everybody for their intrinsic value.

That last sentence is a little shaky but that is because we live in a throw away culture.

http://steadystate.org/the-end-of-the-age-of-extraction/

The End of the Age of Extraction

by Brent Blackwelder

BlackwelderToday’s global economy is causing shortages of natural resources (both renewable and nonrenewable) as we come to the end of what might be called the Age of Extraction. A true cost, steady state economy, on the other hand, would prevent resource problems by maintaining population and resource consumption well within the carrying capacity of the planet.

Energy and mineral shortages, along with depletion of forests and fisheries, are driving the extractors and harvesters to evermore remote places. No longer able to find gushing oilfields, vast stands of virgin timber, or waterways teeming with fish, the extraction companies are racing to the farthest reaches of the planet in search of profits.

The end of the Age of Extraction does not mean that such resources will disappear. In his recent book, The Quest, Daniel Yergin describes oil and gas discoveries that he predicts will turn the Western Hemisphere — from Canada to Brazil — into the next Saudi Arabia. But today’s extraction is pursuing fuels that are either dirty or hard to get. We see more pollution, both from accidents and mundane chronic causes, increasingly pushing civilization beyond the carrying capacity of the earth, wiping out more and more species, and accelerating climate destabilization.

Today’s global economic operating system tolerates and even abets severe pollution damages as industries externalize the costs from their books. Scarcity has made some of the most environmentally devastating energy and mining projects “short-term cost effective.” For example, according to price and revenue figures, it’s cost effective to extract oil from tar sands in Alberta, a process that requires huge energy inputs, grotesquely contaminates land and water, and poisons people, fish, and wildlife.

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Go there and read. More tomorrow.

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The OIL Drum goes offline – Does that mean that Peak Oil Theory is wrong?

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That is a very interesting question. At one level is is just a case of a bad attribution. It would be like saying if Jane’s stopped publication then there are no airplanes. At another level, as all the authors say that were involved, they may have just run out of new and bright things to say. It could also be that with many other things predicting the END OF THE WORLD, when it never happens, the readers got bored. That several major religions have preached that for thousands of years and nobody has gotten bored yet would speak against that. I have always been skeptical about the doom and gloom nature of the blog itself but when the CIA and the Defense Department believe something then, you have to believe it has some credibility and really oil is a finite resource. So with deep water drilling and fracking we may just be buying time. Then there is global warming. Anyway I drivel on.

http://peakenergy.blogspot.com.au/2013/08/our-clean-energy-future.html

Aug 19

Our Clean Energy Future

Posted by Big Gav

Following on my recent post bidding Farewell to The Oil Drum, I’d like to have a look at what I view as our longer term future for energy production and consumption.

As noted in my previous post, for the time being the combination of unconventional oil extraction and the ramping up of extraction of natural gas (from both conventional and unconventional sources) has continued to push the point of peak oil production out into the future, defying the predictions of the more pessimistic peak oil observers. During this period we have seen a boom in the research and development of solutions to help us eliminate our dependency on fossil fuels, which I’ll explore in this post.

Solutions can be divided into 3 groups :

 

  • Renewable energy – solar power, wind power, geothermal power, hydro power, ocean energy and biomass derived power (including biofuels)
  • Distribution of renewable energy – energy storage and the electricity grid
  • Adopting alternatives to oil and other fossil fuels – electric transport, bioplastic, alternatives to fossil fuel based fertiliser and new models for manufacturing, construction and agriculture

 

Renewable Energy

The graphic below shows the energy available from renewable energy sources annually compared to global energy consumption. The numbers are intended to give a rough idea of relative scale – for any given energy source a wide range of estimates can be found in the literature so the numbers are indicative.

 

These numbers in some ways understate the amount of energy potentially available (ignoring solar power potential at sea or in space, for example, or wind power at high altitudes or far offshore, or geothermal power deep below the surface of the earth) but still serve the demonstrate that the renewable energy available to us is orders of magnitude larger than our current global energy consumption.

The contribution made by renewable energy to our energy needs is expected to exceed that made by gas (and double that made by nuclear power) by 2016, though progress needs to be accelerated if we wish to create a sustainable energy system.

Solar power

Solar power is the largest energy source available to us, dwarfing all other sources – renewable and non-renewable. Approximately 36,000 Terawatts of power could be captured by land based solar power generation – compared to current global energy use of around 16 TW. As a result, most of the plans floated for shifting to 100% renewable energy (examples include proposals by Mark Jacobson and Stuart Staniford and local plans for countries like Germany and Australia) rely primarily on solar power.

Solar power is not only the largest energy source available to us but it is also the fastest growing energy source, with solar power generation increasing by over 58% in 2012.

There are a number of options for harnessing solar power – power generation using solar photovoltaic (PV) cells and solar thermal arrays along with passive solar techniques such as solar hot water heaters.

I have been of the view that solar thermal power generation (also known as concentrating solar power or CSP) would become our most important source of power in the longer term. This view was based on a number of advantages that solar thermal possesses – it does not require rare or expensive materials (enabling it to scale without hitting resource limits), it can be built on (and is best suited to) arid land that has few other uses, it can incorporate energy storage (thus avoiding the intermittency issue), it is compatible with the existing centralised generation model and it can be combined with traditional sources of power generation (coal or gas) in hybrid power plants that allow an easy transition using existing connections to the electricity grid.

An area of desert around 250 km by 250 km covered with solar thermal power generation could supply all the world’s current electricity demand.

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Go there and read a really long article. More next week.

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British Government Bribes Home Owners For Wind – Payoffs to accept wind turbines

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This is so bogus. Wind Farms are seen as a “burden” on the community so money is made available from the government to compensate individual households. I do not really know how dollars are changed into pounds but lets call it 70%. That would mean that any household in the US would be eligible for 650 $$$ per year for being near a wind farm. That amounts to what?  Redistribution of tax income or is this actually a subsidy? Hard to tell but here it is:

http://blogs.lse.ac.uk/politicsandpolicy/archives/33978

The government’s planned compensation to households near new wind-farm developments may not be enough

The government this week announced a plan to compensate households near new wind-farm developments to incentivise them to accept them. Steve Gibbons, discussing provisional findings from on-going research, suggests that the level of compensation may not cover the costs involved.

News yesterday morning suggests that communities near new wind-farm developments could be in for some form of compensation, through lower electricity prices or other payment schemes. The BBC reports that the compensation could be worth as much as £100,000 per community. This is probably welcome news for residents potentially affected by wind-farm developments, although provisional findings from on-going research suggests that this level of compensation may not cover the costs involved, in terms of environmental, health and other impacts. I find that an operational wind farm reduces housing prices by around 7% up to 5km from the wind farm site. Some rough calculations based on these estimates suggest that the implied social costs on the local community (within 5km) amounts to about £80 million per operational wind farm, or about £500 per household per year.

An extended (user friendly) abstract of the research follows below:

Renewable energy technology has potential global environmental benefits in terms of reduced CO2 emissions and slower depletion of natural energy resources. However, like most power generation and transmission infrastructure, the plant, access services and transmission equipment associated with renewable electricity generation may involve environmental costs. This is particularly so in the case of wind turbine developments, where the sites that are optimal in terms of energy efficiency are typically in rural, coastal and wilderness locations that offer many natural environmental amenities. These natural amenities include the aesthetic appeal of landscape, outdoor recreational opportunities and the existence values of wilderness habitats. In addition, for residents local to operational wind turbines have reported health effects related to noise and visual disturbances.

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They even site the old “health related issues” which have never been proven to exist. Go there and read. More next week.

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I Believe The Future Is Not Thorium – But many many people disagree

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I wrote the following rant in response to a question from my stepson Gus. I did it the way I write emails, minues capital letters and punctuation. I may change that later but for now here it is.

as one of my professors used to say.. think about the question before you ask it because it will have an answer….so my first answer is that nuclear anything is an inappropriate use of technology and worse yet design….at least here on the earth…at least until the END…now in space that is another matter…as a small is beautiful person schumacher said that – building nuclear power plants is like using a firehose to knock an ant off your toilet seat…it would do it but it would trash the rest of the bathroom….

using commercial grade nuclear power plants to generate electricity are by their natures large and complex with many moving parts.. they were larely invented by scientists who had a hard on for large complex machine and the military who needed cover for their nuclear weapons program…so it really has no relation to the actual generation of electricity in the world and represents a valid dichotomy in intellectual thinking .. ie. large and central vs. separate and continuous … to me diffuse power systems make a lot of sense…1. they require far fewer power lines so transmission lose is reduced and 2. there is much less of a chance of an actual power failure…then there is the cost

finland is currently the most committed nuclear power plant builder…i know that sounds very weird but it is true and they are right next door to norway the home of the first commercial thorium nuclear test reactor…(what a great segue and a return to your real question)…finland’s last nuke was projected to cost 3 billion $$$ and it came in last year (5 years late) at 8 billion $$$…now understand findland kinda models the earth towards the end of our sun’s useful life…where nukes make sense…they gots no fuel besides wood and it is colder than hell there much of the year…(plus as a political side note they got russia as a neighbor.. big yuk) still it really makes no sense…

so if you can accept the facts of large complicate expensive energy systems and find the current nuclear ones to be dangerous then thorium salt generators may seem to hold promise…i would argue that if the usa was going to go nuclear in the 1950s this is the direction we should have gone…in fact oak ridge build 2 such reactors one, a straight salts burner (remember fission is just a large fire) and 2, a burner with a “mat”….they were quickly shut down because they did not involve highly concentrated uraniun and plutonium…so from that perspective thorium reactors are much safer…generate higher temperatures and generate much “safer” waste…

again for me we got the biggest nuke that we need in the SUN…usens puny humans caint do no betters…so i say we use that until it begins to fail and then use all the stuff we could burn then…unfortunately we have burned 1/2 of it already so we better stop quick….and for the record…contrary to the science fiction models…i do not believe we are going anywhere in this solar system anytime soon so to all the capitalists that have been treating this planet as disposable i say tsck tsck tsck….the billionaires currently have a huge hard on for mars…well they have not solved the radiation, speed and food problems yet let alone the fuel problems so i say have a go at it bloke…i will stand by the side and watch…remember that voyagers 1 and 2 where launched when i was a child and they are just now leaving the solar system…thought votes are still out as to whether they have yet or not…

 

BUT THEN THERE IS SOLAR:

http://www.forbes.com/sites/williampentland/2013/07/08/germanys-solar-industry-is-imploding/?partner=yahootix

Germany’s Solar Industry Is Imploding

William Pentland, Contributor

I write about energy and environmental issues.

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The title says it all. Go there and read. More next week

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Finally President Obama Addresses Climate Change – Now how about the Congress

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The jackonapes in congress prattle on about how there is no Global Warming, and even if there is it ain’t man made. Those in the pocket of Big Coal want to find a way to make it cleaner. Like there is a way and America dithers on while China and India rush ahead. The song should go America the stupid with amber waves of insanity. Still at least the president has put something out there.

http://www.theatlanticwire.com/politics/2013/06/obamas-climate-change-speech-three-words-less-coal-finally/66565/

Obama’s Climate Change Speech in Just Three Words: Less Coal, Finally

 

Philip Bump 4,220 Views 9:20 AM ET

The process of climate change is complex and involves a vast array of contributors. But slowing climate change largely relies on one thing, cutting carbon dioxide emissions, and cutting carbon dioxide emissions heavily relies on reducing the use of coal. For all of the president’s intricate proposals during his speech on the topic of climate change today at Georgetown University, nothing is as important as his plan to reduce America’s use of coal.

It’s important to consider the president’s proposals within an economic context. As Senior Administration Officials™ noted during a call on the topic last night, the president made a pledge to reduce carbon (dioxide) emissions in 2009 that the United States has made great progress in achieving. This is largely due to three things out of Obama’s control, however: the slow economy, a drop in electricity demand (in part due to the slow economy), and the increased use of natural gas for electricity production. Electricity production comes down to money, after all; if you figured out a way to generate gigawatts of power by leveraging the power of bare skin, America would be a nudist camp before sunset. We don’t love coal, we love that coal is cheap and is, by now, well-integrated into our power infrastructure.

Obama’s push to reduce coal use has two parts.

Decrease domestic coal use by limiting carbon emissions at power plants. Again: This is the most important part of Obama’s speech, bar none. If he dropped everything else in his plan, this idea would still warrant a significant amount of attention, both here and abroad.

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Go there and read. More next week.

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Petersburg Is An Energy Producer – At the high school no less

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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

Dan Petrella 06/18/2013 – 11:22 PM EDT

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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Energy Efficient Dryers – In Europe no less

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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 numbers 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

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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Traveling Green – The world of EcoTourism

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I must start with the opening cautionary note. Traveling to Asia is expensive. Staying at hotels that claim to be “green” is expensive too. When you approach such things with a clear understanding that thinks can go wrong and and ask all the questions you can think of, things often turn out well. 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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220 Megs Of Solar Power – The revolution gains speed

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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/

Report Anticipates 220 new Gigawatts of Distributed Solar Generation by 2018

by Chris Meehan on 04/29/2013 in Alternative Energy, Renewable Energy, Solar Cells, Solar Energy, Solar Panels, Solar Power, Solar Rebates

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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The Nest Thermostat Is A Smart One – A utility company’s wet dream

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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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