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Showing posts with label More. Show all posts
Showing posts with label More. Show all posts

Sunday, 10 April 2016

Diversify Oklahoma economy to include more solar energy

Oklahoma and Michigan go together like pan and oven mitt. Both have experienced economic busts within the past 10 years. Michigan has recovered soundly, yet Oklahoma is still struggling. The state should learn from Michigan’s recovery by diversifying its energy sector. Efforts to diversify Michigan’s economy have resulted in long-term stability. Motor vehicle and parts manufacturing filled just 7.6 percent of the state’s GDP in 2012 compared with 12.8 percent in 2000, according to a 2015 report by the Mackinac Center for Public Policy. The center also noted that chemical and textile manufacturing both added more jobs than auto and auto parts manufacturing from 2009 to 2012. By diversifying its manufacturing sector, Michigan has achieved long-term job growth and economic stability.


Oklahoma can emulate Michigan’s recovery by expanding within the renewable energy sector. The state already ranks fourth in installed wind capacity according to the American Wind Energy Association. Turbine projects continue to move forward throughout the state. However, solar power holds Oklahoma’s biggest opportunity. The state ranked 42nd in installed solar capacity in 2014, according to the Solar Energy Industries Association. Diversifying the economy to include solar cell manufacturing and installation would not only make Oklahoma a national energy leader, but also give it much-needed economic stability.


Joseph Van Harn, Norman


 



Diversify Oklahoma economy to include more solar energy

Monday, 25 January 2016

Air Filters (2) APF-10, fits 1963 Corvette, 63-67 Dodge V8 & more

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Air Filters (2) APF-10, fits 1963 Corvette, 63-67 Dodge V8 & more

Saturday, 26 December 2015

More Chinese cities issue red alerts for heavy smog

Beijing authorities have already issued two red alerts for air pollution, the … Air filters are another way that can help the Chinese people battle the air …



More Chinese cities issue red alerts for heavy smog

Tuesday, 13 October 2015

A new breakthrough with solar energy cells could make them cheaper and more effective

Photo


A new breakthrough in solar energy has the potential to make it cheaper and more viable as a source of renewable energy, according to researchers at Lund University and Uppsala University in Sweden.


Historically, developing solar energy cells was a fairly expensive process because they needed to use an expensive metal called ruthenium in order to adequately capture sunlight and convert it into usable energy. Unfortunately, attempting to replace this expensive material with a more usable one proved to be a challenge.


“Many researchers have tried to replace ruthenium with iron, but without success. All previous attempts have resulted in molecules that convert light energy into heat instead of electrons, which is required for solar cells to generate electricity,” said Villy Sundström, Professor of Chemical Physics at Lund University.


Luckily, researchers have found a way around using ruthenium. The technique behind the breakthrough involves using nanostructured titanium dioxide and a dye that can be applied to solar energy cells to capture and convert energy without losing it through heat.


These new materials will finally allow scientists to use iron and lower the cost of making the power cells. This will undoubtedly lower the cost of production, which is a huge step towards making solar energy more marketable.


“The advantage of using iron is that it is a common element in nature. It can provide inexpensive and environmentally friendly applications of solar energy in the future,” said Kenneth Wärnmark, Professor of Organic Chemistry at Lund University.


In addition to furthering research on solar energy, the breakthrough also holds promise for solar fuels – an area of development wherein the sun is used to turn water and carbon dioxide into energy-rich molecules. The full study has been published in Nature Chemistry. 



A new breakthrough with solar energy cells could make them cheaper and more effective

Saturday, 10 October 2015

More compalints filed about Kingston's Independence turbine



KINGSTON – When the wind isn’t blowing from the south or southwest, shutting down the Independence wind turbine isn’t an option without further action by the Board of Health.




Based on the abatement order approved by the board back in August 2014, it can order the turbine to be shut down between midnight and 4 a.m. if the wind is traveling from south and southwest directions in excess of 8 meters per second.




But complaints continue to be lodged with the Board of Health over the noise from the turbine. Monday night that led board member Toni Cushman to raise the possibility of modifying the existing order regulating excessive noise levels.




With the final acoustical monitoring study report finally released, a public hearing on the issue has been scheduled for 6 p.m. Monday, Oct. 19.




While Cushman said she doesn’t have a problem with the notion of holding off on further action until after the public hearing, she worries that any further delays would be unfair. Board members have said they will most likely continue the hearing. But for how long, Cushman asked.




Board of Health Chairman Bill Watson said the wind direction requirement is the kind of loophole than can be closed by the board’s approval of a new abatement order that would supercede the one enacted more than a year ago.




And town counsel Jay Talerman is working on a new abatement order that he will present at the public hearing, Watson added. The state Department of Environmental Protection and the Massachusetts Clean Energy Center will also make presentations during that meeting.




The board had been waiting for the release of the final technical report and its review by the state Department of Environmental Protection before taking any further action involving Kingston Wind Independence, the turbine’s owner, which leases the land where the turbine is located from the town.




MassCEC Program Director Nils Bolgen recently notified stakeholders that technical comments about the study – and a response prepared by consultants Harris Miller Miller Hanson, MassCEC and DEP – are available online at www.masscec.com/content/wind-energy-research-and-analysis.




Follow Kathryn Gallerani on Twitter @kgallreporter.






More compalints filed about Kingston"s Independence turbine

Friday, 9 October 2015

Recharge Wrap-up: CA signs clean energy bill, Formula E inks more European TV deals

eMotorWerks will integrate its cloud-based JuiceNet smart grid EV charging platform with ClipperCreek chargers. JuiceNet helps manage charging rates and times, allowing customers to charge their vehicles when the grid is less costly and drawing energy from more renewable sources. To start, eMotorWerks will offer JuiceNet capability in ClipperCreek’s HCS-40 and HCS40P charging stations. “Bringing advanced smart grid capabilities to their flagship product line further validates our vision for JuiceNet as a universal platform for managing large, shiftable loads,” says eMotorWerks founder Valery Miftakhov. “eMotorWerks will deliver a top-notch consumer experience, while helping utilities and grid operators save money and make our electric grids more reliable and resilient.” Read more in the press release from eMotorWerks.


Hilton will install EV chargers at more hotels. The company plans to have 50 chargers at its properties by the end of the year, and 100 chargers by the end of 2016. Charging is free to hotel guests. “Our goal is to support our guests in their travels no matter what technology they’re using,” says Hilton Worldwide’s Executive VP for Global Brands, Jim Holthouser. Read more at The Diesel Driver.


Formula E is expanding its television audience in Europe. The electric racing series renewed or inked new contracts with various broadcasters, including markets in Albania, Cyprus and Iceland. “Green energy is gaining more importance each passing day,” says Oskar Thorvaldsson, Head of Sports at 365 Media Iceland. “We are really looking forward to retaining Formula E in our motorsport portfolio and have high hopes it will remain hugely popular with our subscribers.” Formula E says it will announce more TV deals in the coming weeks. Read more from Formula E.


ChargePoint is praising California Governor Jerry Brown for signing the Clean Energy and Pollution Reduction Act of 2015. Senate Bill 350 aims to cut the use of petroleum in vehicles by 50 percent from 1990 levels by 2030, which will require utilities to invest in renewable energy and EV charging infrastructure. “From utilities to automakers, private corporations to government entities, we all have a role to play in lowering our state’s greenhouse gas emissions,” says ChargePoint CEO Pasquale Romano. “Encouraging drivers to make the switch to zero-emission electric vehicles is a critical part of that effort, and SB 350 will go a long way to support that transition by increasing access to EV charging stations, including in disadvantaged communities throughout the state.” Read more in the press release below.



Show full PR text

ChargePoint Commends Governor Brown, Legislature on SB 350, Landmark Legislation To Reduce Greenhouse Gas Emissions

Campbell, Calif. – Pasquale Romano, CEO of ChargePoint, the world’s largest electric vehicle (EV) charging network, joined California Governor Jerry Brown at today’s signing of Senate Bill 350. This landmark legislation is committed to reduce greenhouse gas emissions through new and expanded policies promoting renewable energy, energy efficiency and the electrification of transportation. Romano issued the following statement:


“ChargePoint applauds Governor Jerry Brown, Senate President Pro-Tem Kevin De Leon and the California State Legislature for continuing to expand California’s commitment to cleaner air and a more sustainable future. The passage and signing of SB 350 prove once again that California is the nation’s leader in the fight against climate change, and ChargePoint is proud to have been among those championing this important issue.


“From utilities to automakers, private corporations to government entities, we all have a role to play in lowering our state’s greenhouse gas emissions. Encouraging drivers to make the switch to zero-emission electric vehicles is a critical part of that effort, and SB 350 will go a long way to support that transition by increasing access to EV charging stations, including in disadvantaged communities throughout the state.


“SB 350 is a giant step forward for California and the entire country must follow our lead. As a proud California-born company and an industry leader, ChargePoint looks forward to continuing to work with our elected officials, the California Public Utilities Commission and with stakeholders across the state to implement this ambitious and important state policy”


To meet aggressive greenhouse gas reduction goals, SB 350 specifically requires California electric utilities to invest in EV charging infrastructure and support EV adoption in a way that leverages private-sector funding, protects competition and allows consumers choices in equipment and services. ChargePoint has consistently supported Gov. Brown’s commitment to expanding the EV industry in California and legislative efforts to support EV adoption.





Recharge Wrap-up: CA signs clean energy bill, Formula E inks more European TV deals

Friday, 2 October 2015

Vancouver Mayor voices support for province to integrate more wind energy

VANCOUVER, Oct. 1, 2015 /CNW/ – Today, the Canadian Wind Energy Association (CanWEA) and a group of leading wind energy companies met with Vancouver Mayor Gregor Roberston and senior city officials. The meeting focused on the importance of diversifying B.C.’s power sources with renewable generation like wind energy and the role municipalities play in advocating for a cleaner energy future.


“The city of Vancouver has emerged as an important leader in Canada on the issue of climate change and support for renewable energy,” stated Ian Baillie, CanWEA’s B.C. regional director. “Mayor Robertson has been a champion of green economic development in cities and vocal in supporting low-carbon technology.”


Earlier this year, Vancouver became the first city in Canada to set a target for shifting to 100 per cent renewable energy sources by 2050 or sooner. Having a provincial electricity grid that maximizes its renewable potential is critical for Vancouver in achieving this goal. B.C.’s energy demand is projected to increase by the end of this decade, creating an opportunity for the province to allow investments in more renewable energy.


“Our province is blessed with ample renewable energy sources, and wind energy can play an important role as we shift to a low-carbon economy,” said Mayor Robertson. “Vancouver has set the goal of using 100 per cent renewable energy as part of our Greenest City plan. At a time when we’re seeing countries like China and the U.S. commit to reducing their greenhouse gas emissions and making the switch to clean energy, investing in clean energy in B.C. makes sense for our economy and our environment.”


Mayor Robertson has committed to attending a CanWEA hosted renewable energy dialogue planned for the spring of 2016 that will bring together leading renewable energy companies, associations, environmental advocates and political leaders to discuss the future of renewable development in British Columbia.


Wind energy development across Canada has soared to new levels, and costs have come down at rates faster than projected. In British Columbia, wind energy represents a $10 billion dollar economic opportunity. “The wind energy industry wants to invest in British Columbia, create jobs and advance the economy,” adds Mr. Baillie. “Wind energy is a cost-effective complement to B.C.’s conventional hydropower that provides a hedge against volatile natural gas prices while also helping to reduce greenhouse gas emissions, fight climate change, and bring economic benefits to local communities.”


Today, the province has almost 500 MW of installed wind energy capacity, ranking fifth in Canada and supplying nearly 2 per cent of the province’s domestic electricity demand.


About the Canadian Wind Energy Association


CanWEA is the voice of Canada’s wind energy industry, actively promoting the responsible and sustainable growth of wind energy on behalf of its members. A national non-profit association, CanWEA serves as Canada’s leading source of credible information about wind energy and its social, economic and environmental benefits. Join us on Twitter and for insight on industry issues join the conversation at www.windfacts.ca.   


 



Vancouver Mayor voices support for province to integrate more wind energy

Tuesday, 22 September 2015

Greenpeace says nations should place more reliance on renewable energy


On the eve of the Climate Week NYC kicking off on Tuesday, Greenpeace has called on nations to place more reliance on renewable energy.  It says further that clean energy economics is now getting better and better. ‘Reinventing Fire’ by the Rocky Mountain Institute, had predicted four years ago that companies and countries will be leading climate protection, rather than international organizations and treaties. The civil society and the private sector would get more involved than the governments and leading developing economies as opposed to matured and developed economies will pave the way. 


wind-power-generators


The economic fundamentals of clean energy and efficiency rather than carbon pricing in the future will be the focus.


Global investment in renewable energy in the year 2013 alone was $254 billion, and that does not include the big hydropower.  Another $310 to $360 was added by energy efficiency and a further $70 billion from cogeneration of electricity from useful heat. Together the three carbon savers attracted some $650 billion in capital in just one year.


In the U.S., the fixed price for selling U.S.windpower and solar power on a utility scale have in recent times averaged below the 0.025 and 0.04 per kWh for long term contracts.  These are net prices after factoring in federal subsidies. But, the subsidy on wind power has expired and by the end of 2016, two-thirds of the subsidy for solar will also vanish. Nevertheless, both will emerge winners in spite of the permanent subsidies enjoyed by fossil fuels for decades. Solar and wind energy would continue to average below $0.06 and 0.04 respectively. Consequently, many of the new plants based on fossil fuel would be forced to close down for want of economic viability.


Over the next 15 years, it is expected the plants based on fossil fuel would reduce their capacity by 50% (without accounting for bigger retirements) while renewable would double their capacities. Renewables, without considering the bigger hydropower and including cogeneration accounts for 50% of all new generation producing a quarter of global electricity needs.


Energy efficiency is another area that makes things even cheaper. Smarter technologies have aided enormous savings for some 40 years now. But, this remains invisible while the renewables are in the limelight because they are distinctly visible.


Interestingly, many of the developed countries across the globe are using lesser energy in spite of decent overall growth in their economies. Germany, for instance, has set an example of how renewable energy can be a profitable alternative to fossil fuels.  




Greenpeace says nations should place more reliance on renewable energy

Saturday, 4 July 2015

With more work, solar is the future

When the Wright brothers began their experiments with flight, no one could have imagined that years later air travel would become thoroughly routine. To be successful, the brothers had to overcome numerous hurdles. When no manufacturer could supply them with an engine light and powerful enough to propel them into the air, they built their own. By doing so, they changed history.


Now, with the record-breaking Solar Impulse 2, history is being written once more. As The National reported yesterday, the aircraft completed the most difficult leg of its journey around the world on Friday when it successfully landed in Hawaii after crossing much of the Pacific. Swiss explorers Bertrand Piccard and André Borschberg, the driving forces behind the project, have effectively succeeded in creating the first plane capable of perpetual flight.


The flight was made possible after years of hard work, research and development. However, it’s also important to note that this is just the start of a much longer journey. More work needs to be undertaken to develop solar flights that are currently impractical due to the slow travel time, unpredictable weather and weight constraints of the aircraft.


The focus should now be on reducing the weight of solar-powered aircraft and improving speed in the air. Another area to improve is the power storage system. Batteries are not yet efficient enough to allow solar power to compete with fossil fuels. Their cost remains relatively high and they store limited amounts of energy.



But the good news is that research is already underway at Masdar Institute and, indeed, elsewhere to develop more advanced solar energy storage. While this research may not yet have yielded any new advances for solar aviation, the Institute’s focus on sustainable energy systems is likely to throw up new lines of development to pursue.


The history of flight tells us that there are always new technologies that can lead to the next “big thing”. Solar Impulse 2’s journey around the globe will end soon, but the journey towards universal fuel-less flights continues apace.




With more work, solar is the future

Sunday, 14 June 2015

More Blues for the Greens


Now matter how many greenbacks the government throws at “green” energy, everyone ends up feeling blue. Yesterday the Wall Street Journal updated the story we’ve been covering for a long time now about the dismal performance of the Brightsource solar energy array in the California desert:


High Tech Solar Projects Fail to Deliver


$2.2 Billion California Project Generates 40% of Expected Electricity


By Cassandra Sweet


Some costly high-tech solar power projects aren’t living up to promises their backers made about how much electricity they could generate.


Solar-thermal technology, which uses mirrors to capture the sun’s rays, was once heralded as the advance that would overtake old fashioned solar panel farms. But a series of missteps and technical difficulties threatens to make newfangled solar-thermal technology obsolete.


The $2.2 billion Ivanpah solar power project in California’s Mojave Desert is supposed to be generating more than a million megawatt-hours of electricity each year. But 15 months after starting up, the plant is producing just 40% of that, according to data from the U.S. Energy Department. . .



It gets better:


One big miscalculation was that the power plant requires far more steam to run smoothly and efficiently than originally thought, according to a document filed with the California Energy Commission. Instead of ramping up the plant each day before sunrise by burning one hour’s worth of natural gas to generate steam, Ivanpah needs more than four times that much help from fossil fuels to get the plant humming every morning. Another unexpected problem: not enough sun. Weather predictions for the area underestimated the amount of cloud cover that has blanketed Ivanpah since it went into service in 2013.



Great: the place needs more water than thought. And California has lots of extra water lying around these days. And it takes fossil fuels to get the thing started up each day? I guess the carbon footprint of this plant is a little larger than advertised.


Oh, and speaking of heavy footprints, let’s not forget the wildlife mortality:


The Ivanpah plant was delayed several months and had millions of dollars in cost overruns because of wildlife protections for the endangered Desert Tortoise. Once built, U.S. government biologists found the plant’s superheated mirrors were killing birds. In April, biologists working for the state estimated that 3,500 birds died at Ivanpah in the span of a year, many of them burned alive while flying through a part of the solar installment where air temperatures can reach 1,000 degrees Fahrenheit.



What the heck, while we’re on the subject of epic-greenfail, let’s not overlook this recent story from the Washington Post:


How Europe’s Climate Policies Led to More U.S. Trees Being Cut Down


By Joby Warrick


OAK CITY, N.C. — For the sake of a greener Europe, thousands of American trees are falling each month in the forests outside this cotton-country town. . .


Soaring demand for this woody fuel has led to the construction of more than two dozen pellet factories in the Southeast in the past decade, along with special port facilities in Virginia and Georgia where mountains of pellets are loaded onto Europe-bound freighters. European officials promote the trade as part of the fight against climate change. Burning “biomass” from trees instead of coal, they say, means fewer greenhouse gases in the atmosphere.


But that claim is increasingly coming under challenge. A number of independent experts and scientific studies — including a new analysis released Tuesday — are casting doubt on a key argument used to justify the cutting of Southern forests to make fuel. In reality, these scientists say, Europe’s appetite for wood pellets could lead to more carbon pollution for decades to come, while also putting some of the East Coast’s most productive wildlife habitats at risk.



Time to cue one of Jon Stewart’s greatest takedowns on how our “energy-independent future” is powered by fossil fuels. (Worth waiting through the ad: I show this to students, and it saves a lot of time reviewing the four-decade folly of what we’ve called “energy policy.”)


Not to worry. I’m sure poop-powered vehicles are just around the corner. Oh, wait—you’re kidding me!










More Blues for the Greens

Friday, 22 May 2015

The Government Found a Cheap Way to Switch to Renewable Energy. Now It Needs to Use It More.


Pentagon.The Pentagon just announced a contract with a big-time defense contract that good-government and energy-efficiency types should cheer.

Illustration by Sofya Levina. Images by alienant/Shutterstock and Melissa Held/Shutterstock.





Big defense contracts awarded to big defense contractors are usually a big cause for concern. They tend to go over budget, often for things we don’t really need (like a certain type of fighter plane). But a couple weeks ago, the Pentagon announced a contract with a big-time defense contractor that good-government and energy-efficiency types should cheer—and demand grow more common. Honeywell Building Solutions, a unit of the conglomerate Honeywell, got a $22.4 million contract to overhaul the energy system at Rock Island Arsenal—an ancient military outpost on an island in the Mississippi River between Iowa and Illinois.




A tad boring? Maybe. But it’s an example of how the private sector can easily and cheaply be harnessed to work for the public interest, all while saving energy and cutting emissions.




Because they own so much property and consume so much energy, government agencies have a great deal to gain from upgrading their equipment with renewable technology. But in this era of sequesters, the Pentagon and its sister agencies can’t afford to buy new boilers, air conditioners, efficient light bulbs, and hybrid trucks—even though they would pay off relatively quickly in the form of lower operating costs.



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Under a type of contracting that is growing increasingly popular, however, companies offer to install the new equipment while guaranteeing energy and monetary savings—all for no money down. The trend toward what’s known as guaranteed performance contracting started more than 30 years ago, propelled in part by Shirley Hansen’s book Schoolhouse in the Red, about maintenance issues in the educational sector. In this model, a financial institution fronts the money to do the upgrades. The contractor guarantees the work it does will produce a certain amount of savings, thus capping or even reducing the government entity’s annual energy bill. The government repays the bill for the upgrades over time (10 years, 15 years, 20 years) simply by making payments that are the same—or lower—than its existing energy bills.  




Efforts to make the federal government run more and more on sustainable energy have intensified in the last few years. A 2007 executive order by President George W. Bush called for federal facilities to reduce energy consumption by 30 percent by 2015. And in 2011, President Obama announced a $2 billion commitment to help federal buildings pursue energy savings through so-called Energy Savings Performance Contracts, a form of guaranteed performance contracting. (Here’s a good Energy Department primer on ESPCs.) In response, many agencies, including the Defense Department, set up programs to qualify private-sector firms to carry out projects. “A tremendous boost in the market came when Obama put out [the] executive challenge,” says Kevin Madden, the vice president of worldwide sales at Honeywell Buildings Systems. His company is one of 16 firms that have qualified for Energy Department work and one of 14 that has done so for Army contracts.




You can think of these efforts like a commercial version of Extreme Home Makeover. “We’re going to come in and replace all that old equipment with new, updated technology that will be more efficient and effective; provide maintenance system that keeps the uptime; and provide a better outcome around improved quality of life,” says Madden. “All for what you’re billing today.” Honeywell submits proposals for specific projects, conduct audits, and negotiates the scope of the contract. Once the work is completed, if the savings meet or exceed what has been guaranteed, the government pays the third party that financed the upgrades. “If we miss the targets, we have to make up the difference,” Madden says. Honeywell Building Systems has a high degree of confidence in the proposals it makes because it’s completed more than 5,700 such programs. (In all, according to a 2013 Department of Energy report, energy service companies like Honeywell Building Systems had estimated combined revenues of $6.4 billion.)




ESPCs can be a great way to upgrade old infrastructure. And there’s not much public infrastructure in the U.S. that is older than the Rock Island Arsenal, which has produced ammunition and guns since the 19th century. (It also housed Confederate prisoners during the Civil War and is where Ashley Wilkes was held in Gone With the Wind.) Today, Rock Island continues to function as a garrison, and as a vital cog in the manufacturing of war material, with more than 7,500 employees.




While Rock Island’s power systems don’t date to the 19th century, they are quite old and inefficient. So in May, Honeywell and the U.S. Army announced their deal, under which Honeywell will dismantle the garrison’s mid-20th-century coal-fired steam plant and install new natural gas boilers in more than two dozen buildings. In addition to cutting water use by 12 percent and slashing energy consumption by 11 percent, the move will help the installation comply with stricter emissions regulations by swapping coal for cleaner-burning natural gas. “With this project, we’ll reduce our operating costs significantly while also lowering our environmental impact by eliminating our reliance on coal as a heating source,” Col. Elmer Speights Jr., commander of the Rock Island Arsenal Garrison, said in a press release. Honeywell will get $22.4 million from a lender to do the work, and the government will pay back those funds over a 15-year period by making payments that are equal to or lower than what it costs to run the steam plant.




That’s not the only work Honeywell is doing for the Army on Rock Island. Last year, in January, the two parties agreed a $61 million deal to upgrade the systems at Rock Island Arsenal Joint Manufacturing Technology Center, the arms factory that accounts for about two-thirds of Rock Island’s overall energy use. Under a 20-year ESPC, Honeywell will install new heating and air-conditioning systems, as well as put in equipment that will make the painting systems more efficient. Says Madden: “When we combine all the work we’re doing, electricity use at Rock Island will be down 35 percent, and water consumption will be down 30 percent.” The parties say the work could result in savings of up to $5.3 million per year.




Yes, some people are making money off these arrangements. And in theory, the U.S. government, which borrows money for close to nothing, could engage in such efforts for even cheaper if it were to finance the projects itself.




But to paraphrase a former defense secretary: You go to war against energy inefficiency with the contracting procedures you have, not with the ones you wish you had.




The Government Found a Cheap Way to Switch to Renewable Energy. Now It Needs to Use It More.

Friday, 1 May 2015

Tesla Moves to Make Renewable Energy More Viable

2015-05-01-1430495673-8358533-powerwallheader.jpg *Photo Credit: Tesla Energy


Imagine a world in which all our energy needs comes from clean, renewable sources. Every building could be covered and powered by solar panels. Transportation could be provided by electric vehicles. Clean and free electricity provided by sun and wind could be used in real time and stored in batteries for later use. Fossil fuels could be regulated to the fuel of last resort. It may not be the stuff of science fiction any longer. If Tesla CEO Elon Musk has his way, this is the future we are headed towards.


Solar and wind energy have long been attractive renewable energy sources. Once the photovoltaic panels and wind turbines are manufactured, they can create many years of electricity with zero harmful emissions and little if any maintenance. In recent years the cost of solar has plummeted, leaving it on par with fossil fuels. The problem however has been in the less than constant ability of renewables to create electricity. Solar cannot produce as much electricity in inclement weather or any at night. Wind is intermittent. Also, unlike more conventional fossil fuel burning power plants, capacity cannot always be increased during peak periods of need.


In order for solar and wind-generated power to be more than energy grid add-ons, they need to have a way to store their energy for use during off-peak or low production periods. Batteries are the best way to store energy during periods of peak production to be used later. However, no major company has offered an easily-scalable battery storage solution to meet these needs – until now. Tesla Motors, maker of the Model S supercar and soon to be launched Model X, announced its Powerwall home electricity storage solution under the Tesla Energy brand this week. There will be two available units of 7 kilowatt-hour and 10kwh capacity offered at $3,000 and $3,500 respectively. They can also be stacked for homeowners who wish to store more energy.


So as not to leave commercial customers out in the dark, Tesla Energy will also offer the Powerpack. This 100 kwh unit is, according to Musk, “infinitely scalable” and can be clustered to meet any project size. Quiet pilot programs have been carried out over the last year with businesses such as Walmart. Tesla Energy claims that other large retailers have signed on as well. This would also make intermittently generated energy such as solar and wind more viable sources to provide reliable electricity 24 hours a day for municipal utilities. Conceivably, it could also be used in conjunction with existing fossil fuel burning power plants, allowing them to operate at a lower, but steadier, production level and storing their nighttime overcapacity for use during daytime peak periods. This could theoretically lower overall emissions from existing plants. If the same utility decided to add renewable power to its grid to meet increased demand at a later date, they could relocate that Tesla-provided energy storage to the new plant.


To provide the batteries for these new products, and future electric vehicles, Tesla has already broken ground on their Gigafactory in Nevada. It is planned to begin production in 2017 and produce as much as 35 gigawatt-hours of electric storage capacity annually by 2020. To put that in perspective, one gigawatt is equivalent to one million kilowatts. Tesla has hinted that this may just one of several gigafactories in its future. It is also worth noting that one of Elon Musk’s other companies is Solar City. Solar City claims to be America’s largest solar provider with more than 6,000 employees. All these companies will work in concert to complement each other and bring clean energy to the masses.


*Disclosure: The author is an alternative energy enthusiast who has no commercial or professional interest or relationship with any of the companies listed in this article.



Tesla Moves to Make Renewable Energy More Viable

Wednesday, 29 April 2015

A&H: Living with asthma. More and more of us are likely to be gasping for air at some point.

Asthma attacks all age groups but it often starts in childhood. It is characterised by recurrent attacks of breathlessness and wheezing, which can vary in severity and frequency from person to person, even hourly in some individuals. In asthma, the air passages in the lungs are inflamed, which makes the nerve endings more sensitive to irritation. During an attack, the lining of the passages swell, causing the airways to narrow making it difficult for a person to breathe.


Because asthma is a chronic condition, it usually requires continuous medical care. The disease cannot be cured, but it can be controlled by a combination of preventive and medication strategies. In children, it is not as stable or predictable as it is in adults and diagnosis distinguishes between symptoms that appear in children under five and in children over that age.


Occasionally, children grow out of the problem but many go on to develop asthma as a permanent condition. It sometimes resolves in the early teens but can then recur at a later age. Preventive and treatment measures must be planned accordingly and, when attacks are severe, hospital admittance may be necessary.


In moderate to severe cases, a person normally takes a daily dose of long-term medication to control the underlying inflammation and prevent symptoms and attacks. Short-term relievers are then used to control symptoms when they occur.


Prevention and treatment in children is trickier than it is in older children and adults, who are able to understand their condition and are capable of some degree of self-management. Young children need support and because the condition is unpredictable in those under five, ongoing medication is usually necessary. A paediatrician with a special interest in respiratory disease could advise parents properly.


Treatment for sufferers of all ages needs to be stepped up in the case of a cough, cold or flu. Generally, it is only necessary for an asthma sufferer to take an increased dosage of the usual medication, under a doctor’s supervision, as viral infections cannot be treated with antibiotics.


Armed with the right knowledge and attitude, it seems that most of us can lead a fairly normal life even with asthma. It just takes good planning, sound advice and a hefty dose of self-discipline.


ASTHMA INHALERS, POTENTIAL LIFESAVERS


Death due to asthma is a rare occurrence in Malta, but it is a possibility if treatment is not properly followed. Even school age children should carry their inhaler on their person at all times. Easy access to it during an asthma attack can prevent serious complications. Fears that other children may harm themselves by misusing an inhaler are misplaced and the risks of taking an inhaler away from a child outweigh any potential benefits. 


COMMON ASTHMA TRIGGERS AND HOW TO AVOID THEM


Indoor air quality is easier to control than outdoor air quality. If a member of your family suffers from asthma, decreasing the number of allergens in your home will reduce the likelihood of an asthma attack. Be unobtrusive, though. Too much fussing and panicky behaviour can make an asthmatic person feel worse, particularly if that person is a child.


House dust mites thrive particularly in fabrics such as clothing, bedding and soft toys. Aim to reduce exposure to dust mites in your home.


  • Wash bedding, including pillows and duvets, at 55-60C, to kill mites. Some dust mite allergens will persist, but killing the mites reduces their number. Use suitable protective coverings for pillows and mattresses.

  • Keep your home as dust and fur free as possible. If possible, use a vacuum cleaner with a high efficiency particulate air filter, rather than a broom, and use a damp duster, not a dry one. Vacuum (don’t brush) sofas, chairs, carpets and rugs to remove dust.

  • House dust mites can be killed by exposure to strong sunlight. Occasionally putting your mattress in a sunny spot for around three hours helps to get rid of the bugs.

  • Once a week, put your children’s soft toys in the deep-freezer for a while to kill the mites. It’s best not to keep all your child’s soft toys in her/his bedroom if s/he suffers from asthma.

Pets can provoke allergic reactions. Aim to keep your home as free as possible of pet allergens.


  • Keep pets away from the bedrooms, and outside the home as much as possible.

  • Vacuum carpets, rugs, sofas and chairs regularly to remove pet hair.

  • Don’t cuddle your pets when wearing your nightclothes, and don’t allow your children to do so.

Pollen is airborne and difficult to avoid, but you can provide some mechanical barriers that will help you avoid contact.


  • Keep windows and doors closed at peak pollen times such as the evening, when airborne pollen moves downwards.

  • Avoid being in and around gardens and plants, especially in springtime.

  • Don’t keep flowers or flowering plants in your home.

  • Air conditioners can help filter out pollen, but keep the filters scrupulously clean.

Mould is known to cause asthma attacks. The Mediterranean region is especially prone to a particular type of mould, which is particularly common in Malta. Mould thrives in damp conditions, so aim to avoid a damp indoor environment as much as possible.


  • Ventilate your home appropriately. Keep air conditioner and dehumidifier filters clean, and ensure that they and any heaters you use are properly maintained.

  • Remove mould from damp walls, but avoid using supermarket remedies. Mould should be scraped away professionally, if possible.

Vehicle exhaust can hardly be avoided outdoors, though keeping your car windows closed will help, but, to some extent, you can prevent it from getting indoors.


  • Keep windows closed during peak traffic hours, particularly if you live close to a busy road.

  • Don’t air bedding and clothes in windows or terraces overlooking the road.

  • If possible, move to a less traffic-dense area.

Respiratory illnesses such as coughs and colds can aggravate asthma. Avoid contracting them as much as possible. Simple precautions such as washing your hands before eating can help.


Overexertion puts a strain on the respiratory system and can trigger an asthma attack. Controlled exercise, however, is to be encouraged. Swimming (in the sea, not in swimming pools) in especially helpful.


Certain foods can cause allergic reactions. Keep an eye open for possible triggers and avoid those foods altogether.


Smoking is a major cause of respiratory problems. There are two ways to deal with it in your home: kick the habit and ban smokers from lighting up.›‹



A&H: Living with asthma. More and more of us are likely to be gasping for air at some point.

Monday, 20 April 2015

Aprilaire Makes the Top 100 Allergy Capitals More Livable

 Aprilaire Makes the Top 100 Allergy Capitals More Livable


Proactive Preparation a Must for the Brutal 2015 Allergy Season


 St. Louis, MO– Aprilaire, the nation’s indoor air quality leader, offers tips to quell allergy symptoms in advance of a brutal spring season. The 2015 allergy season might be one of the worst ever, according to experts at the Weather Channel. The Asthma and Allergy Foundation of America releases its 2015 Spring Allergy Capitals list, revealing which areas will be hit the hardest.


 “If you’re an allergy sufferer and live near any of America’s top allergy cities, you cannot escape allergic reactions to pollen,” said Joseph Hillenmeyer, marketing content specialist for Aprilaire. “But you can take measures to lessen the impact.”


 This season, the warm fall coupled with a wet and cold winter is causing trees and flowers to produce more pollen. A pollen count of 150 grains per cubic meter triggers allergic reactions. The cities in the top 100 average 300 grains per cubic meter daily – twice the trigger level. As a result, millions of Americans could see worsened allergy symptoms, but most do not realize that pretreatment should begin thirty days prior to the onset of symptoms.


 “The key to surviving this spring is preparing early,” said Hillenmeyer. “It’s easier to prevent a fire than put one out, and that should be the thinking when bracing for this allergy season.”


 Proactive preparation is the key to comfort this spring, so build up defenses with the right treatment and a secure home that offers refuge from allergy symptoms.


 Top 4 Ways to Stop Allergies Before They Start


 Get an early start: Allergy pretreatment should begin thirty days prior to the usual onset of allergy symptoms. Seasonal allergy symptoms are the body’s overactive immune response to pollen in the air. Once activated, the response is hard to stop, according to WebMD. Depending on where you live, the time to start pretreatment with medicine will vary. For individuals in the Northeast and Midwest, early April is a good time to begin.


 Clean, clean, clean. Wash the pollen away. When outside pollen collects on hair, skin, clothes and pets, it gets brought into the home. If not removed, pollen will become airborne and a person could breathe it in, causing an allergic reaction. Wash pollen from hair and skin each night, and put clothing that has been outdoors in a hamper or washer as soon as you come inside.


 Improve your indoor air: Even with doors and windows closed, pollen and other irritants often find their way inside. Standard one-inch furnace filters are not rated to remove pollen. By using a whole-home air purifier, the home can become a refuge from allergies. High-quality home air purifiers remove up to 98 percent of airborne pollen and pet dander that cause allergic reactions. A home with improved indoor air quality provides symptom relief for allergy sufferers.


Change your whole-home air filters at least once a year. Even high-quality, whole-home air purifiers do not work with dirty filters, and knock-off brand filters could actually damage the HVAC system. A good rule of thumb – have your air purifier filter changed once a year, when you have your HVAC system serviced.


This spring, control your allergies before they control you. For more information on proactive preparation and how to create a home refuge from allergy symptoms, visit Aprilaire.com.


 


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 About Aprilaire: We have been a brand leader in IAQ for more than 60 years, delivering a wide range of whole-home systems that improve comfort, health and energy efficiency. Our brand products are sold through and installed by HVAC contractors across the United States and Canada. Visit Aprilaire.com to learn more about whole-house air cleaners and total comfort solutions to purity, humidity, freshness and temperature. Find us on Facebook at facebook.com/Aprilaire.



Aprilaire Makes the Top 100 Allergy Capitals More Livable

Tuesday, 14 April 2015

Deal reached in Samoa for more wind energy



Samoa’s Electric Power Corporation has reached an agreement with a locally registered Pacific Renewable Energy company to build a wind energy farm and a hydro storage plant on Upolu island.


Its General Manager, Tologata Galumalemana Tile says the renewable energy project will generate and supply 48 million units of electricity a year.


He says this latest move is part of the corporation’s efforts in developing sources in achieving the government’s goal of using 100 percent renewable energy generation.


Tologata says this would be the second wind energy farm in the country, the first one was commissioned last year at Vailoa Aleipata.


Meanwhile a 500 kilowatt new Solar System by the Sun Pacific Energy at the Faleolo Airport was commissioned and connected to the EPC grid last Friday, but the remaining 1,500kW will be completed soon.


Tologata says a second solar company, Green Power Samoa is currently constructing its 2,000kW solar system at the same location and is expected to be commissioned next month.


Samoa wind farm project

Samoa’s first wind energy project at Vailoa Aleipata on the southern coast of Upolu island was opened in August last year.


Photo: RNZI correspondent



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Next story in Pacific: Tahiti candidates register for French Senate race






Deal reached in Samoa for more wind energy

Saturday, 28 February 2015

Home National Freudenberg's aftermarket arm Corteco to expand India biz with more...

Industry

by Jaishankar Jayaramiah Feb 28, 2015




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Sanjeev Ahuja, MD, Corteco India: “We are looking to increase our India product portfolio to 2,000 numbers in 2016.”




Germany-based auto component supplier Freudenberg’s aftermarket arm Corteco has chalked out plans to expand its business in India.


Corteco is the global brand of Freudenberg for the independent aftermarket and it has established its 100 percent subsidiary in 2013 in India to market Freudenberg’s aftermarket products.


Speaking to Autocar Professional at ACMA Automechanika New Delhi, Sanjeev Ahuja, managing director of Corteco India, said the company has appointed 16 distributors thus far in India. The network will be expanded to 40 distributors by 2016 as to cover the length and breadth of the country.


Currently the company has been offering its products primarily for high-end brand cars from Audi, BMW, Mercedes-Benz, Skoda, Nissan and Volkswagen.


“We have more than 20,000 products in our global product portfolio but currently we are pitching only around 500 products for the Indian market,” he said.


The company’s main focus is in the areas like anti-vibration, sealing technology and cabin air filters. Currently the company’s products will suit around 20 percent of vehicles (high-end range) in India.


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Going forward, he said, the company aims to increase its India product portfolio to 2,000 numbers in 2016  and 4,000-5,000 numbers in the next five years when the company starts to cater to the entry level and middle range of vehicles in the country.


This is the second time that Corteco India has participated in ACMA Automechanika New Delhi and the visitor response has been quite high, added Ahuja.


It may be noted that more than half of all new cars in India are fitted with Freudenberg original filters. In India, Corteco offers a broad range of filters that efficiently protect the air-conditioning system and the passengers from outdoor pollutants. 




Home National Freudenberg"s aftermarket arm Corteco to expand India biz with more...

Friday, 13 February 2015

Why Furnace Filters and Pads Are More Important...

Air Flex Heating & Cooling Limited in Toronto has been in the business of everything related to heating and cooling since 1993. They’ve built a long standing reputation of providing quality repairs and installations of the industry’s top name-brand products. Their inventory is wide ranging and the quality of the selection is second to none. That’s why if you’re looking to improve the air quality in your home, save money on your utility bills, protect your home from mold, mildew and all kinds of airborne diseases, you’ve got to go with Air Flex Heating & Cooling.


One thing their team of professionals does better than anybody else in the business is keep the focus on maintenance. Any savvy homeowner should know that it is much cheaper to maintain something than it is to fix it after the fact, so having a mindset of proper ongoing care when it comes to the heating and cooling systems in your home is definitely the best way to go.


One simple thing Air Flex Heating & Cooling can do for you is ensure that the filter in your furnace and the pads in your humidifier are changed on a regular basis. The filters you purchase through them are manufactured by companies that have been the industry leaders for decades including Lennox, Carrier and AprilAire to name a few.


What’s most important about changing your filters and pads on a regular basis aside from choosing a trusted name brand, however, is the fact that a filter’s job is to get rid of microscopic particles that can be harmful to your health such as mold spores, smog, smoke, dust particles and many types of airborne viruses.


Most people don’t even realize that the rule of thumb for installing a fresh filter is about once every three months, so if you haven’t done so in a while, get in touch with the team at Air Flex Heating & Cooling. They’ll not only handle the job for you and help keep the air in your home safe and clean, they will repair, install and provide any number of heating and cooling appliances you may need and put a system in place that you can count on.


Don’t risk being exposed to all kinds of harmful microscopic diseases in the air you breathe. Spare your lungs, your wallet and your piece of mind by having all of your heating and cooling appliances maintained by the best name in the business…Air Flex Heating & Cooling.


They serve customers across the Greater Toronto Area. Visit their website or call 416-439-7155 to get a quote today.



Why Furnace Filters and Pads Are More Important...

Monday, 5 January 2015

Two More Indiana Wind Farms Join NIPSCO Complaint over Tx Upgrades

By Michael Brooks


wind farmsTwo of the world’s largest wind farms have joined a complaint against Northern Indiana Public Service Co., asking the Federal Energy Regulatory Commission to cut the $35.8 million bill the utility assessed them and others in connection with transmission upgrades needed to reduce congestion that has caused frequent curtailments.


NIPSCO charged Fowler Ridge, Meadow Lake and seven other wind farms $50.4 million to build the upgrades and an additional $35.8 million to operate them over 35 years.


FERC ruled Dec. 8 that the 1.71 multiplier NIPSCO used to calculate the operating costs is too high. But it denied a request by the original complainant, E.ON Climate and Renewables North America, to eliminate it entirely. Instead, it directed NIPSCO and E.ON to enter settlement proceedings to determine a fairer rate (EL14-66).


The owners of the Fowler Ridge and Meadow Lake wind farms, located in western Indiana, filed their complaint last week (EL15-34), saying they wanted to ensure they would share in any refunds resulting from the resolution of the E.ON case.


Fowler Ridge and Meadow Lake companies were part of a group of Indiana wind farm owners that negotiated last year with NIPSCO a transmission upgrade agreement to alleviate congestion on the utility’s system.


E.ON estimated its Pioneer Trail and Settlers Trail wind farms, with 300 MW of combined capacity, lost between $9.8 million and $11.7 million in 2013 when grid operators forced them to curtail their output due to congestion.


Because MISO’s Tariff does not include a procedure for calculating the cost of transmission upgrades that require customer funding, the RTO instructed the wind companies to deal with NIPSCO directly.


E.ON said it immediately objected to the operating cost multiplier but that both MISO and NIPSCO refused to file the agreement on an unexecuted basis — an action that would have allowed FERC to rule on it before it went into effect. NIPSCO also refused to go through with the upgrades unless E.ON and the other companies signed the agreement and paid the total cost upfront, E.ON said.


“[G]iven the continuing curtailments, the only avenue was to agree to the terms of the proposed” agreement and hope that FERC would find it unjust once it was filed in February 2014, E.On said. FERC accepted the agreement in late March, and E.ON filed its complaint in June.


The 600-MW Fowler Ridge, jointly owned by BP Wind Energy North America and Dominion Resources, and the 526-MW Meadow Lake, owned by EDP Renewables North America, rank among the largest wind farms in installed capacity. Collectively they make up 73% of Indiana’s total wind capacity, according the U.S. Department of Energy.


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Two More Indiana Wind Farms Join NIPSCO Complaint over Tx Upgrades

Friday, 19 December 2014

Report: WIPP leak small at surface, more serious underground



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file photo

file photo



The airborne radiation leak that shut down a nuclear waste repository in southeastern New Mexico earlier this year was ultimately small and localized, according to a report by independent researchers.


In its final report on air, soil and water samples taken from around the Waste Isolation Pilot Plant over the course of several months, the Carlsbad Environmental Monitoring and Research Center said the concentrations of radiological contaminants in the air above ground were “very small, localized, and well below any level of public health or environmental concern.”


Soil, sediment and surface water monitoring also showed no detectable increases over radiation levels typically measured in the area.


The findings in the report are consistent with CEMERC researchers’ presentations to the public over the past nine months.


On Valentine’s Day this past February, a hot reaction inside at least one drum of nuclear waste stored at WIPP cracked open a container, releasing plutonium and americium into the underground space. Small amounts of the radiation escaped into the air above ground before WIPP’s high-powered air filters kicked in.


The report concluded that, inside the deep underground repository, “moderate levels of radioactivity” were released.


CEMERC has been monitoring concentrations of radiation in the air at WIPP since the facility opened in 1996. The above-normal readings at its air-monitoring stations in the wake of the Feb. 14 event were the first indication of an airborne radiation release during WIPP’s 15 years of operation.


“No negative radiation-related health effects among local workers or the public should be expected,” CEMERC concluded.


New Mexico State University runs CEMERC, which is funded by the Department of Energy through a grant process “that respects its independence in carrying out and reporting the results of environmental monitoring at and near the WIPP site,” the report said.


WIPP — the final resting place for certain types of defense nuclear waste, key to the nation’s cleanup of Cold War-era weapons production — is expected to remain shuttered for several years. WIPP managers have estimated the clean-up could cost half a billion dollars.




Report: WIPP leak small at surface, more serious underground

Thursday, 4 December 2014

Lamphier: Green energy job growth more fiction than fact


EDMONTON – I don’t blame green activists for engaging in hyperbole or factual distortion in an effort to further their cause.


After all, that’s what pressure groups do. It generates news headlines, and environmental lobbyists are pros at this game. Facts are the first victims in any war, whether it’s over turf or ideology.


From James (“game over”) Hansen to Bill (“carbon bomb”) McKibben to Neil (“Hiroshima”) Young, the eco-army has perfected the art of demonizing the oilsands and scaring the bejesus out of a gullible public.


Enviro groups are also adept at playing the economic card. They insist economic and environmental goals are utterly compatible, and that a shift to a cleaner, greener economy will be virtually painless.


By playing up the growth of ‘clean energy’ while playing down the importance of the oil and gas industry — a key theme of a report issued this week by Clean Energy Canada — the greens insist the future is friendly. All you have to do is rebuke those evil fossil fuels.


If all the fear-mongering and skewed analyses actually led to a drop in global carbon emissions, and a cooling climate, one could conceivably argue that the ends might justify the means.


But it hasn’t. Carbon emissions are still growing, and won’t hit a peak for decades, despite warnings from the latest United Nations climate gathering in Lima, Peru that 2014 is shaping up as the hottest year on record.


Even China, the world’s top emitter, has no plans to cap emissions until 2030 — if then — and other major emitters like Russia and India have shown zero interest in joining any international agreement.


It’s no mystery why. In a modern industrial world, most people want modern industrial comforts, like driving in cars, flying in jet planes, living in heated homes and wearing affordable clothing.


China’s major cities may be choking on pollution, but the Chinese government isn’t about to slow economic growth to appease the folks at Greenpeace, even as China ramps up adoption of renewable energy.


As for the western industrialized world, all the polls show the public wants action on carbon emissions — provided someone else pays for it. In Canada, that would be Alberta, natch.


As Saskatchewan Premier Brad Wall notes, the “Equalization East” pipeline doesn’t appear to generate the same concerns from ‘have not’ provinces like Quebec and Ontario as the Energy East pipeline.


The anti-development crowd may yearn for a return to some kind of pre-industrial Garden of Eden, but that’s a fantasy.


For all his proselytizing about saving the planet, even eco-evangelist David Suzuki lives a big, jet-setting life, with a personal carbon footprint exponentially greater than the average Canadian.


Put simply, if the planet is going to reduce carbon emissions, it has to be a joint effort that spares no one. Blaming a single industry or province or country for what is a global problem is not only dishonest, it’s counter-productive.


We all need fossil fuels, and we’ll need them for a long time. Wind farms and solar farms may be all the rage among enviro advocates, but even the engineers at Google have concluded it won’t be enough to change the trajectory of global carbon emissions,


In their view, only some as-yet undiscovered breakthrough energy technology will fundamentally change the game. All the scaremongering by activists like McKibben won’t alter that simple fact.




As for all those clean energy jobs that green lobbyists believe will supplant Canada’s traditional fossil fuel sector, there’s little hard evidence to support such a rosy view.


According to a report this week by Clean Energy Canada — an affiliate of the anti-pipeline, anti-oilsands lobby group Tides Canada — the country’s clean energy sector directly employed more people in 2013 (23,700) than were directly employed in Alberta’s oilsands (22,340).


I’m not sure how the report’s authors came up with those facts, but I found them pretty hard to believe. So I went looking for corroborative data from other sources.


Here’s what the Canadian Energy Research Institute has to say about the number of direct oilsands jobs:


“Oil sands related direct employment in Alberta, including on-site construction, ongoing and turnaround maintenance, off-site prefabrication and modular construction, steam-assisted gravity drainage (SAGD) well development, and cold bitumen well development, is expected to continue growing from the current level (in 2014) of 146,000 jobs, to a peak of 256,000 jobs in 2024.”


In other words, setting aside the slight difference in base years (2014 versus 2013) used to calculate the job numbers, CERI estimates there are more than six times the number of direct jobs in the oilsands than the number quoted in the Clean Energy Canada study.


What’s more, on a national basis, CERI expects the number of oilsands-related jobs to grow from 514,000 jobs in 2014 to more than 800,000 jobs by 2028.


Apparently, the Clean Energy data excludes construction jobs. But since much of the activity in the oilsands relates to projects under development — in essence, construction jobs — their data seems deliberately misleading.


Perhaps more importantly, in a world where Canada is a mere bit player in the manufacture of solar and wind energy components — sectors dominated by China, Japan, Germany and others — it’s hard to see where all those well-paying future green energy jobs will come from.


Even long-established homegrown alternative energy companies like Ballard Power and Westport Innovations have failed to earn any profit, after more than a decade of trying, and their shareholders have paid a steep price for it.


Unfortunately for them, that’s no fabrication. That’s fact.


glamphier@edmontonjournal.com




Lamphier: Green energy job growth more fiction than fact