Nikola Tesla Secret

Thursday, 31 December 2015

Solar Power And Solvatten Saving Lives

It looks like a fairly ordinary plastic jerry can for water; but using the power of the sun and some clever but simple technology, Solvatten makes contaminated water safe to drink without the use of chemicals – and heats it as well.


The Solvatten unit opens like a book into separate 5 litre containers. When water is poured into each side, it first passes through a replaceable 35 micron mesh fabric filter that removes large particles.


Each side of the black container has a transparent face constructed from durable plastic. This allows for the penetration of UV-B light; which kills pathogens.


Depending on conditions, the water is pathogen-free after 2-6 hours in direct sunlight and piping hot; up to 75°C.  Solvatten also includes an easily-deciphered signal that indicates to the user when the water is good to go – a sad, red face changes to green and happy.


It’s a simple device, but sturdy and should last for 7 – 10 years, with only the fabric filter needing changing occasionally.


Solvatten water purifier


The impact of Solvatten in the communities where it has been distributed is quite remarkable.


A study found a reduction of the prevalence of diarrheal disease from 27% to 11.6% among children under 5 years old in a village where the device was used.


According to the Center For Disease Control, diarrheal diseases account for 1 in 9 child deaths worldwide. Even in cases where children don’t die; these diseases can impact on childhood growth and cognitive development.


Solvatten also has a positive impact on carbon emissions and deforestation. In villages where contamination is an issue; water is often boiled – requiring firewood. The same applies for hot water for washing, bathing and cooking.


The United Nations Framework Convention on Climate Change (UNFCCC) web site states just in Nairobi’s urban slums, 22,000 tonnes of greenhouse gas emissions have been avoided over four years of Solvatten use.


More than 40,000 Solvatten systems are currently being used each day by more than 200,000 people around the world.


Solvatten has a donation program where a contribution of €30 (around AUD $45) will provide for a family’s (5-6 persons) water needs for years.


Solvatten could also be a handy tool for campers here in Australia. While focusing on supplying developing nations, the device is apparently available for purchase by personal buyers direct from Solvatten (a price wasn’t visible on the web site).



Solar Power And Solvatten Saving Lives

Wednesday, 30 December 2015

LETTER: Renewable energy key to state's future


The Senate recently passed a bill that establishes renewable energy portfolio standards and requires a percentage of our electricity to come from class I renewable energy. This percentage will increase every five years from 2015 to 2050 with the ultimate goal to reach 80 percent renewable by 2050.


This is an important bill to move New Jersey forward with renewable energy and a big victory in our fight against climate change. It sends a clear message after Paris that New Jersey is ready for more renewable energy and a greener economy. The bill needs to be posted by Jan. 11 to pass the Assembly.


There are plenty of new technologies that we can use to reach these goals. New Jersey can be a leader for solar and wind power. We can also use geothermal power, microgrids and wave technologies. Renewable energy creates jobs and promotes economic growth while reducing greenhouse gas emissions and fighting climate change and the effects of it including storm events and sea level rise. This will help us meet goals of the Global Warming Response Act.


This bill the first real step for the state to reduce our greenhouse gas emissions, grow our economy, and create green jobs. This legislation is a game changer; the Senate is standing up for clean energy and against fossil fuels. This is an important step for New Jersey. This bill will put New Jersey on the path towards 80 percent clean energy by 2050. We need to move the state forward to cleaner energy with this bill by requiring us to switch to more renewable energy and away from dirty fossil fuels.


Greg Gorman


Conservation Chair


New Jersey Sierra Club


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LETTER: Renewable energy key to state"s future

Tuesday, 29 December 2015

Parents try to clear air for children at Beijing schools

Students at Beijing Haidian Foreign Language Shiyan School attend a physical education class in a plastic dome that shuts out dirty air. ZHANG WEI/CHINA DAILY

Students at Beijing Haidian Foreign Language Shiyan School attend a physical education class in a plastic dome that shuts out dirty air. ZHANG WEI/CHINA DAILY



Some meet obstacles to installing classroom filters, while others are successful


Hu Qingming, a Beijing resident whose daughter is a primary school pupil in the capital, collected 5,000 yuan ($770) with other parents to buy an air filter for their children’s classroom.


But Hu said the school refused to allow the parents to install the device.


“We had no choice but to give up the idea. Finally, we sold the filter,” said the father whose daughter attends Hepingli No 9 Primary School in Dongcheng district.


The lasting air pollution in Beijing has driven increasing numbers of parents to collect money and install filters in classrooms, but many were rejected by schools. The reasons given included disapproval from the Beijing Commission of Education.


Parents like Hu could not understand the commission’s stance and feared for their children’s health at school, with many complaining that the commission was not taking the issue seriously.


The commission said student health is among its top concerns, and it has been working with experts, research institutes and environmental protection authorities to seek the best way to control air pollution at schools.


The efforts made include reducing outdoor activities on smoggy days and suspending classes after a red alert for pollution has been issued.


The commission said it has considered installing air filters or ventilation systems at all schools in the capital. But no progress has been made to date, as such work must avoid other possible hazards that could harm students’ health.


An official from the Beijing Environmental Protection Bureau, who wished to remain anonymous, said a benchmark is needed to define air quality in classrooms.


Health authorities should set up detailed standards to ascertain when the density of PM2.5 in a classroom is at a level where air quality can be considered good, the official said, adding that such standards can act as a basis for further control of air pollution in classrooms.


While parents like Hu are in the majority, others in Beijing have installed air filters in their children’s classrooms.


Wang Qiang, whose 7-year-old daughter studies at the private Beijing Haidian Foreign Language Shiyan School, said his daughter’s class has enjoyed clean air since a filter was bought and installed last winter.


Wang Haifeng, whose son is a fourth-grade pupil at Wulutong Primary School in Xicheng district, teamed up with other parents to install a filter in their children’s class last month. “But neither installing air filters nor suspending classes is the total solution,” Wang Haifeng said, adding that the government should do its best to tackle the pollution problem thoroughly.




Parents try to clear air for children at Beijing schools

Monday, 28 December 2015

Suzlon's Gujarat wind mill achieves 35% plant load factor

The prototype was commissioned on June 9, 2014, at Nani Ber district of Kutch, Gujarat, the company said in a release. The wind turbine has received “encouraging response” from customers across segments and reflects in the 350 MW of orders received.






Suzlons Gujarat wind mill achieves 35% plant load factor

Wind turbine maker, the Suzlon group today said its S97-HT DFIG 2.1-MW wind turbine has achieved a 35 percent plant load factor over the last 12 months since its launch in November 2014.


The prototype was commissioned on June 9, 2014, at Nani Ber district of Kutch, Gujarat, the company said in a release. The wind turbine has received “encouraging response” from customers across segments and reflects in the 350 MW of orders received.


“By offering a product that can optimise and harness wind resources at higher altitudes, Suzlon has proved that even low-wind sites can be made attractive. Consistently achieving and maintaining 35 percent PLF will help in reducing the levelised cost of energy,” said Suzlon Group Chairman Tulsi Tanti in the statement.


The S97-HT DFIG is the world’s tallest all-steel hybrid tower — with a height of 120 metres — the design of which combines both lattice and tubular structures designed indigenously to harness the enhanced availability of wind resources at higher altitudes, making low wind sites viable.


It increases energy output by 12-15 percent over other turbines of same capacity at a height of 90 metres. The combination of lattice and tubular gives enhanced tower strength at a lower cost.


The three-dimensional lattice structure can support heavier weights due to the broad base and reduces the steel requirement, apart from being logistic-friendly.





Suzlon"s Gujarat wind mill achieves 35% plant load factor

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

Friday, 25 December 2015

Solar dome to create awareness about solar energy

In a bid to raise awareness about the importance of solar energy, a solar dome, first of its kind in the country, is set to come up on the outskirts of Kolkata.


The solar dome will not only serve to raise awareness about solar energy, it will also act as a museum displaying various usages of the unconventional energy as well as a tourist spot, West Bengal Power Minister Manish Gupta told PTI.


The entire dome will be covered by solar pannels which, in turn, will produce electricity to run the project and will also provide power to the nearby Eco-Park at Rajarhat.


It will house a planetarium, marine aquarium, gallery and a view point from which the visitors will have a panoramic view of Rajarhat-Newtown.


The project will be implemented by the state-owned West Bengal State Electricity Distribution Company Limited (WBSEDCL) in coordination with West Bengal Housing Infrastructure Development Corportion.


According to Gupta, the project will cost around Rs 30 crore and will be completed by the end of next year.


“The outer part of the dome will be covered with solar module or panels. It will produce solar energy. It will meet not only its own needs, but also those of people living in the surrounding areas,” Chairman of WBSEDCL Narayan Swaroop Nigam said.


“The first phase will be completed by next year and the next two phases will be completed after that. We are hopeful that it will be a huge attraction for the people living in and around Kolkata,” Nigam said.
According to officials of WBSEDCL, the solar dome project


is an awarness project which is part of the state government’s ambitious target to generate at least 100 MWs of power from rooftop solar units over the next two to three years.


“The state government has set a target to generate at least 100 MWs of power from rooftop solar panels in the next 2-3 years,” an official said.


To make solar power more viable and popular among urban people in West Bengal, the state government last year had asked the highrises in Rajarhat to install solar panels on their roof tops.




Solar dome to create awareness about solar energy

Thursday, 24 December 2015

What Is Being Watched: Yingli Green Energy Holding Co., Arena Pharmaceuticals (NASDAQ ...

Delta Air Lines, Inc. (NYSE:DAL) ended the last trading day at $51.74. Company weekly volatility is calculated as 2.60% and price to cash ratio as 10.68. Delta Air Lines, Inc. (NYSE:DAL) showed a weekly performance of -0.73%.


Delta Air Lines, Inc. (NYSE:DAL) has announced that starting in March it will give passengers on its elite business-class section gray cotton sleep wear on flights from Los Angeles to Sydney, Australia, and from LA to Shanghai.


On 23 December, Yingli Green Energy Holding Co. Ltd. (NYSE:YGE) shares increased 1.82% and was closed at $0.56. YGE EPS growth in last 5 year was -14.30%. Yingli Green Energy Holding Co. Ltd. (NYSE:YGE) year to date (YTD) performance is -76.17%.


Yingli Green Energy Holding Co. Ltd. (NYSE:YGE) announced that it will change the ratio of its American Depositary Shares (“ADSs”) to ordinary shares, par value US$0.01 per share (“Shares”) from one (1) ADS to one (1) Share to one (1) ADS to ten (10) Shares (the “Ratio Change”). The effective date of the Ratio Change is expected to be December 28, 2015.


Arena Pharmaceuticals, Inc. (NASDAQ:ARNA) shares increased 2.56% in last trading session and ended the day at $2.00. ARNA Gross Margin is 68.60% and its has a return on assets of -35.00%. Arena Pharmaceuticals, Inc. (NASDAQ:ARNA) quarterly performance is -22.78%.


Arena Pharmaceuticals, Inc (NASDAQ:ARNA)‘s stock had its “hold” rating reissued by equities research analysts at Needham & Company LLC in a report issued on Wednesday, Analyst Ratings Network.com reports.


Halcon Resources Corporation (NYSE:HK) caters to the Basic Materials space. Its weekly performance is -0.03%. On the last day of trading company shares ended up at $0.32. Halcon Resources Corporation (NYSE:HK) distance from 50-day simple moving average (SMA50) is -49.04%.


On 18 December, Halcon Resources Corporation (NYSE:HK) announced the expiration and final results of its previously announced exchange offer to certain eligible holders of its outstanding unsecured debt securities listed in the table below (the “Existing Notes”) for up to $150 million of a new issue of 12.0% Second Lien Senior Secured Notes due 2022 (the “New Notes”).


Opko Health, Inc. (NYSE:OPK) caters to the Healthcare space. It has a net profit margin of -35.10% and weekly performance is -0.20%. On the last day of trading company shares ended up at $10.12. Opko Health, Inc. (NYSE:OPK) distance from 50-day simple moving average (SMA50) is -0.84%.


Zacks Investment Research upgraded shares of Opko Health, Inc. (NYSE:OPK) from a hold rating to a buy rating in a research note released on Friday morning, Marketbeat reports. They currently have $13.00 target price on the stock.




What Is Being Watched: Yingli Green Energy Holding Co., Arena Pharmaceuticals (NASDAQ ...

Wednesday, 23 December 2015

Blake: Not all environmental "fees" are mandated by government

Nickels and Dimes

Nickels and Dimes



Nickel-and-diming. It’s a government tax tradition that has spilled over into the private sector.


“Customer pay enviro fee for repair order” said the item at the bottom of my major repair ticket from Mile High Honda.


The “enviro fee” came to $40 on a total bill of $905 for my 2004 Accord.


What’s this, I asked. Has the Environmental Protection Agency or the equivalent state agency imposed another “fee” (i.e. tax) on which I didn’t get to vote and didn’t even know about?


It’s apparently not new, but it was new to me. The dealer’s representative said the charge is supposed to cover the disposal cost of waste fluids and parts.


“We have to separate our oil and our coolant and we have to crush our oil filters, then drain the filters into a separate tank. Then you have to have a company come in and take your used oil and used coolant in separate trucks,” he said.


But the money goes to the dealer and isn’t forwarded to any government. The dealer uses the money — or at least some of it — to pay another company to haul away its toxic waste.


The rate was determined by the dealer: 15 percent of the labor charges — not the parts or oil that end up as waste — up to a maximum of $40.   So 15 percent of my $422.17 in labor costs would have run to $63.32, but it topped out at $40 even.


Exactly how the fee correlates to the actual disposal costs is hard to figure. But either $40 or $63.32 seems higher than what it would actually cost to get rid of a crankcase full of oil, an oil filter, brake pads and a couple of air filters.


Up the street, Tynan’s Nissan imposed a similar 15 percent fee on labor for an oil change on an Altima.


Tim Jackson, president of the Colorado Automobile Dealers Association, said his group hasn’t surveyed its members on waste disposal fees, but he believes less than half the dealers impose them.


He does recommend to them that unless the fees are a “direct charge” going to a disposal service provider or to a government, it should be disclosed as “additional profit.”


Instead, the fee is designed to make the customer think some governmental body is requiring it.


Disposing of waste is just another cost of doing business, like paying for heat, lights, water, telephone, real estate taxes, labor — and free coffee for waiting customers. But such items aren’t broken out on your repair bill.


Whether you end up paying more to a dealer who charges a separate waste fee or to one who includes it in the total bill is virtually impossible to ascertain.


But such fees amount to nickel-and-diming, and though they are contrary to good business practice, they are increasingly common.


For instance, a large trash hauler I once patronized charged a variable “fuel recovery fee” in addition to his regular service when gas prices were much higher, and even when they weren’t. On top of that was an “administrative fee” of $1.30 — apparently because I had the temerity to pay by check instead of letting the company grab the money directly out of my bank account as God intended.


Whether it still charges the fuel fee now that gas prices are down I don’t know, because I switched to a local trash hauler who charges a flat rate that is somewhat lower than what I was paying. He happily deposits my check without penalizing me for writing it.


The airlines are becoming the king of incidental fees. Almost all charge extra for bags you check. Others, notably Frontier, now even charge for carry-ons. Many still provide free juice and soft drinks but unless you’re flying first class, you don’t get free food anymore.


At least there’s some good news on the fee front. The $1.50 you have to pay when you buy a new tire (in order to pay for disposal of the old one) will be reduced to 55 cents — in two years.


House Bill 14-1352 says the reduction goes into effect Jan. 1, 2018. The existing fee provided a subsidy to tire recyclers — and tires were shipped to Colorado from neighboring states because of the deal. It was like offering a bounty on rabbits or raccoons. It just encouraged people to breed the animals.       But new uses have been found for old tires, such as fuel and construction material, and the state intends to gradually close tire landfills.


It may be too much to hope for, but perhaps someday the customer will be paid for the tires he turns in, just as he is paid for his used car. We’re overdue for a such a reverse fee, even if it’s nickel-and-dime.


Longtime Rocky Mountain News political columnist Peter Blake now writes twice a month for CompleteColorado.com. Contact him at pblake0705@comcast.net You may re-publish his work at no charge and without further permission; please give full credit to Peter Blake and www.CompleteColorado.com.


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Blake: Not all environmental "fees" are mandated by government

Tuesday, 22 December 2015

7 temples get solar power units


To bring down expenditure towards power consumption



Seven temples in Tiruchi, Perambalur and Pudukottai districts are being provided with solar power units with a view to bring down the expenditure towards power consumption.


The Rockfort Sri Thayumanaswamy Temple in Tiruchi, Sri Mathura Kali Amman Temple in Siruvachur, Sri Subramanyaswamy Temple in Kumara Vayalur, Sri Vekkali Amman Temple in Woraiyur, Sri Jambukeswarar – Akilandeswari Temple in Tiruvanaikovil have set up the solar power units.


According to officials, the solar units of varying capacities depending on the requirement have helped bring down the power bill, although the plan involved an initial investment of Rs. 3 lakh to Rs. 9 lakh depending on the capacity of the solar power plants.


The Tamil Nadu Generation and Distribution Corporation (TANGEDCO) accords special concession to temples and levies Rs.7 a unit.


Even then, the temples have to shell out a huge sum ranging between Rs. 20,000 and Rs. 30,000 as bi-monthly expenditure towards energy bills.


The temples have been using the green energy during the day while in the night they switch over to the power supply from the TANGEDCO. Sources said that the bi-monthly electricity bills has come down by about Rs. 5,000 for the Rockfort Sri Thayumanaswamy Temple, Rs. 10,000 for the Sri Subramniaswamy Temple in Kumara Vayalur and by Rs. 4,000 at Sri Mathura Kaliamman Temple in Siruvachur.


The HR and CE Department introduced the plan about a year ago and the plan is being implemented in a phased manner at the temples where power consumption was more than Rs.20,000. However, sources said that additional quality should be ensured for the solar power units. “We are unable to operate the computers using the solar energy. Further, low voltage has been a problem in a few ‘prakarams’ and shrines,” they said.


A few private companies vie with one another in furnishing the lowest tender for the temples.


“But, that should not dilute the quality,” says the source. Further, the HR and CE officials want back-up facility to be provided by the TANGEDCO so that the green energy generated during the summer could be best utilised in the night too.







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7 temples get solar power units

Monday, 21 December 2015

Nordbank to Push Renewable Lending Past $1.1 Billion in 2016


HSH Nordbank, the state-owned lender based in Hamburg, plans to boost project-finance loans for clean energy to more than 1 billion euros ($1.1 billion) for the first time next year, highlighting its confidence in the industry’s outlook.


The bank was the biggest project finance lender in Europe in 2014 and strives to retain a dominance in lending to green companies, said Lars Quandel, head of HSH’s energy and infrastructure unit. The bank, whose outstanding project finance is valued at about 4 billion euros, sealed about 900 million euros in fresh funding for clean energy projects this year, said Quandel.


“Our goal is to crack the billion mark in project funding,” said Quandel in an interview in the German port city. “New Year business should be similar to 2015, but we want to grow including in Scandinavia — foremost in Sweden and Norway.”





HSH’s renewable energy lending may take on a more significant role as it sheds soured loans from its shipping business into a bad bank. The bank has been lending on clean energy including hydropower projects for 25 years.


The states of Hamburg and Schleswig-Holstein, which own 85 percent of HSH, plan to create the bad bank by the end of the year as part of an Oct. 19 agreement with the EU to cut in half HSH’s distressed loans. These debts accounted for a quarter of its total credit book at the end of September, according to the company.


HSH also hopes to do business in Poland, assuming the market matures, as well as in established markets such as Germany and France. It’s looking for projects to back in southern Europe that already have power purchase agreements, he said.


HSH may also match or expand its loans to German clean companies next year, compared with the 250 million euros to 300 million euros lend this year, said Quandel. The bank’s corporate lending in clean energy is limited to Germany while project finance is European-wide, he said.







Nordbank to Push Renewable Lending Past $1.1 Billion in 2016

Sunday, 20 December 2015

Schools and Parents Urge Regulation on Classroom Air Purifier Installing


As schools in Beijing and other parts of northeastern China suspend classes because of the red alert over air pollution, many parents are demanding that air purifiers should be installed for the students. [Photo: hexun.com] 


As schools in Beijing and other parts of northeastern China suspend classes because of the red alert over air pollution, many parents are demanding that air purifiers should be installed for the students.




1221nhlair


 


With major pollution days becoming more frequent, students are staying home, often without supervision. Their parents say it would be better if their children were in the classroom, and that’s why schools need to install air purifiers.


“Our school bought air filters last year. We did a little fund raising, with each parent throwing in several hundred for that.”


“We’ve already bought two air cleaners for the class, both of which are installed.”


The suggestions come as some parents say they received short notice from their child’s school during the first red alert for air pollution, issued earlier this month.


Many parents say they were caught by surprise, especially working couples, giving them little time to figure out how to take care of their children during the day.


Some parents have donated purifiers to their kid’s classroom, while others fund raise together to make the purchase.


However, making such a donation to a school doesn’t always happen smoothly, with some schools even returning the air purifiers to their well-intended donors.


Liu Liangcheng is the vice-principal of Beijing’s Taipinglu primary school, where each classroom has been installed with two air filters.


Liu says installing air cleaners bought by parents can lead to problems.


“We have refused air purifiers bought by parents before, as there is a clear and strict rule for education fees. We can’t just break the rule here. And fixed asset management is also a relevant issue. Also, if we accept one parent’s donation, there might be pressure on others who don’t have the ability to do so.”


He adds that without a standard guidance from local authorities, the brand-choice of the purifier, installation, and even the security of the device can each be an issue.


Also, experts say air purifiers can introduce other unhealthy factors.


Deng Gaofeng, head of the low-carbon-building study office with the China Academy of Building Research, says regular air filtering may cause CO2 concentration to rise.


“Take the classroom we tested for instance. If we keep windows and doors closed during classes, the concentrations of CO2 in the classroom will double from 1000 PPM to some 2000 PPM, while according to safety standards, the highest index should not be more than 1500.”


She adds that a more advanced and more expansive fresh air system is a heather solution.


Back in July, Beijing Municipal Government said it is discussing the possibility of a unified classroom air purifier installation plan, but no actual regulation has been published as of yet.



Schools and Parents Urge Regulation on Classroom Air Purifier Installing

Saturday, 19 December 2015

Construction Could Start in 2017 On Wind Transmission Line

Officials with Houston-based Clean Line Energy Partners say construction could begin in 2017 on a planned 700-mile transmission line to carry wind-generated electricity across Oklahoma and Arkansas into Tennessee.


The planned Plains & Eastern Clean Line would carry the wind power from as-yet undeveloped wind farms in the Oklahoma Panhandle to Memphis, Tennessee, where it would connect to the Tennessee Valley Authority.


Mario Hurtado, Clean Line vice president for development, told The Journal Record that he expects the project, announced in 2010, to be operating by 2020.


“It takes a lot of time to put together an infrastructure project like this,” Hurtado said.


However, opposition has surfaced in Arkansas, where the state’s six-member congressional delegation has objected to the federal government possibly using eminent domain to take land for the project. The federal lawmakers say eminent domain should be decided at the state and local level.


“We continue to have serious concerns that this project erodes the rights of local communities and the state of Arkansas to have a seat at the table in the decision-making process,” according to a statement from Sens. John Boozman and Tom Cotton and Reps. Steve Womack, French Hill, Rick Crawford and Bruce Westerman following a Dec. 10 meeting with U.S. Department of Energy Secretary Ernest Moniz.


All of the six lawmakers are Republicans.


Clean Line officials say about $7 billion will be invested in the project, boosting economies in both Oklahoma and Arkansas.


“Several hundred permanent, quality wind tech and support jobs will be created to operate and maintain the line and wind farms,” said Vicki Ayres-Portman, Clean Line outreach manager based in Guymon.


“Millions of dollars annually will go to counties, schools and landowners,” Ayres-Portman said. “It is a great way for our farmers and ranchers to diversify their income as well.”


In November, researchers from the center for Business and Economic Research at the University of Arkansas published a study that estimated the construction of operation of the transmission project will add more than $660 million to the economy in Arkansas.





Construction Could Start in 2017 On Wind Transmission Line

Friday, 18 December 2015

Dark days for solar power as UK subsidies are slashed

Dark days for solar power as UK subsidies are slashed


Support for rooftop solar energy in the UK has just been cut, with subsidies for domestic projects slashed by nearly two-thirds – a little less than the 87 per cent threatened in the summer, but still disastrous. Can solar initiatives survive?


Rewind to early November. At a gathering for the opening of a community-energy conference in Ware, a Hertfordshire town about 30 kilometres north of London, there was every reason to feel like we had all run out of juice.


In August, chancellor George Osborne had effectively pulled the plug on community-owned generation of renewable electricity by revealing that he would slash the feed-in tariff (FIT) subsidy for solar photovoltaics, the sum paid for surplus energy exported to the grid.


This was a bitter blow and still is, despite the slight softening of the cuts unveiled yesterday. Solar PV is the cornerstone technology for many such projects. Our own energy cooperative, Hertford Energy Now (HEN), had already installed panels on one school and we had hoped to repeat the process on 12 more.


Like many community-energy groups, we were relying on the FIT to repay investors in the community who had helped raise funds to buy the panels. Then in October, Osborne also cut the tax incentives that had helped encourage those investors.


Together, these two actions seemed to strangle the hopes of many communities aiming to make their own electricity. One early casualty occurred in Balcombe in Sussex, where a community-energy group set up to counter a fracking threat had to pull out of its flagship solar farm. For HEN, the changes threatened almost …


More on these topics:



Dark days for solar power as UK subsidies are slashed

Thursday, 17 December 2015

NAU's Renewable Energy Certificates Explained


RE


NAU is increasing its purchase of Renewable Energy Certificates (RECs) from 13% to 15% to help move towards climate neutrality and support the renewable energy industry. NAU will be working with 3Degrees to provide us the Certificates from a wind farm in Idaho. Jacob Dottle, Environmental Caucus communication aid, interviews Ellen Vaughan, NAU manager of sustainability, to better understand NAU’s purchase of Renewable Energy Certificates (RECs).


Jacob: So what are RECs?


Ellen: Renewable Energy Certificates (RECs) were created to track renewable energy generation because, no matter how Green Power is produced, once an electron from a renewable facility is delivered to a power grid, that electron is indistinguishable from an electron generated at a fossil fuel plant. RECs represent the environmental attributes associated with the production of one megawatt-hour (MWh) of renewable energy. There are two things happening when a wind, or solar, or other renewable energy installation produces electricity. First, electrons supplied from an installation are sent out over distribution lines to the nearest demand for that energy, like a town or city. These electrons, which again are indistinguishable from other electrons, are sold as grid-average electricity. Second, the Renewable Energy Certificate for one MWh of this green power has the ability to be sold on a national market. The RECs are a legal instrument, and essentially represent the ownership claim to the environmental benefits associated with the generation of renewable energy, which we have no way to convey through the physical electric gird.


Jacob: What does that do?


Ellen: Have you taken an Economics 101 class yet?


Jacob: I have, but a long time ago.


Ellen: That’s ok. Let’s see if you got one of the very basics. What happens when demand for a product starts to rise?


Jacob: The company can charge more money and they can make more money.


Ellen: Yes. Almost all of the time. What happens when other companies see that a product is in demand?


Jacob: They want to get in on it. They start making that product.


Ellen: Exactly, you remember what’s important from Economics 101! Increased demand leads to increased supply. This is exactly what the world needs, an increased supply of renewable energy. REC’s are a market signal to renewable energy developers and investors that there’s this additional source of income attached to renewable energy that will make their development or investment more competitive with fossil fuels like coal and natural gas.


Environmentalists and humanitarians have been fighting for a policy that would act like this at the national level for decades. We know fossil fuels have billions of dollars’ worth of environmental and health related negative externalities so a simple solution would be to tax fossil fuels and use that money to subsidize clean renewable energy. Here at NAU, we recognize our electricity use has an unaccounted for societal cost associated with it so we’re offsetting 15% of our electrical consumption with RECs and remaining the Big Sky Conference Champion in EPA’S College & University Green Power Challenge.


Jacob: So that’s why NAU buy RECs?


Ellen: Definitely. It’s a great thing to do. NAU’s made a commitment to reach climate neutrality and this significantly helps reduce our emissions.


Jacob: So we’re offsetting our emissions, does this have anything to do with those projects that plant trees?


Ellen: No. Not at all. The key words in Renewable Energy Certificates are renewable energy. We are only supporting renewable energy that can be completely verifiable. There is a national standard for verifying RECs that’s called “Green-e Energy” certification. We made sure our RECs were certified, in our national grid, and produced from a specific, new renewable energy source. Specifically, we’re getting our RECs from a 100% wind farm called Meadow Creek in Bonneville, Idaho.


Jacob: Sounds good, why don’t we offset all our emissions with RECs?


Ellen: Well the one bummer about RECs is they don’t have any financial return on investment for the university. Although they provide a lot of positives to the renewable energy industry and climate change, I think it’d be everyone’s preference to invest in energy efficiencies and renewable energies on campus that provide us a financial return. Unfortunately, large scale, on campus projects take a large amount of upfront money that we don’t have right now. RECs are the perfect option for being able to move towards our goals economically.


Jacob: Thanks so much, I’m glad we’re doing it!



This entry was posted on December 16, 2015, 12:59 pm and is filed under Uncategorized. You can follow any responses to this entry through RSS 2.0. You can skip to the end and leave a response. Pinging is currently not allowed.



NAU"s Renewable Energy Certificates Explained

Tuesday, 15 December 2015

SoftBank, Bharti & Foxconn JV bags first major solar power project in India


SBG Cleantech Ltd, a joint venture between SoftBank Group Corp., India’s Bharti Enterprises Ltd and Taiwan-based Foxconn Technology Group, has bagged a 350-megawatt (MW) solar power project in Andhra Pradesh after it matched the record low bid seen in the previous round.


SBG Cleantech won the project, under the Jawaharlal Nehru National Solar Mission (NSM), at a bid of Rs.4.63 per kilowatt-hour (kWh), according to people familiar with the bids.


India’s solar power tariff touched a record-low of Rs.4.63 last month when US-based SunEdison Inc. won a 500MW tender put out by state-run NTPC Ltd in Andhra Pradesh under NSM. SBG Cleantech lost the project as it bid higher at Rs.4.80 per kWh.


This is the first renewable energy project that SBG Cleantech Ltd has won in India. The venture was set up in June after SoftBank Corp.’s Masayoshi Son pledged to invest least $20 billion in solar energy projects in India.


An email sent to SBG Cleantech was not immediately answered.


The entire 350MW capacity is meant for a single project inside the solar park developed by NTPC, which will also be the buyer of the power produced from the plant.


The auction which concluded late on Monday night also saw Yarrow Infrastructure Ltd, a part of IndiaBulls group, bid at Rs.4.64, while Azure Power India Pvt. Ltd bid at Rs.4.76 and Reliance CleanGen Ltd bid at Rs.4.88.


Other bidders, who quoted a tariff above Rs.5 per kWh included Goldman Sachs-backed ReNew Solar Power Pvt. Ltd, China’s Trina Solar’s unit Mira Zavas Pvt. Ltd, and Marikal Solar Parks Pvt. Ltd, a unit of American photovoltaic module maker First Solar Inc.


“SoftBank is surely establishing itself as a serious and competitive player in the market. The company is likely to be a strong contender in the upcoming national bids as well,” said Jasmeet Khurana, associate director—consulting at Bridge to India, a boutique consulting firm.


Recent bids show that there are only about 10 to 12 developers who have the appetite to continuously try and take up large projects at current tariff levels, Khurana said.


Some expect the upcoming auction at Rajasthan—to be held later this year for a capacity of 420MW—to see more aggressive bids.


Some industry experts, however, have raised concerns over the viability of projects won at aggressive tariffs.


“This raises questions on the long-term viability. The advantages these companies (SunEdison and SoftBank) had in these two bids is that the plants would be at solar parks so they do not have to worry about setting up everything on their own. Also, NTPC is more bankable than any other state distribution companies,” said Bharat Bhushan Agrawal, senior analyst—India solar at Bloomberg New Energy Finance.


SunEdison, the world’s largest renewable energy company, is also increasing focus on India, its second largest market after the US. China’s Trina Solar and Russia’s OAO Rosneft, Italy’s Enel Green Power are among other global companies looking to invest in the Indian solar market.


India has raised its 2022 solar energy target to 100 gigawatts (GW) from 20GW as part of the Narendra Modi-led National Democratic Alliance (NDA) government’s efforts to lower dependence on coal-fuelled electricity.


India has a $250 billion investment opportunity in the renewable energy sector, Piyush Goyal, minister for power, coal and renewable energy, said at Mint’s fifth energy conclave in New Delhi in September.


Also Read: India: SunEdison calls off deal to acquire Singapore-based Continuum Wind


 India: SunEdison to sell 400 MW of solar power capacity for $350m


Aboitiz Power, SunEdison ink contract for $75.6m solar power project in PH


This article was first published on Livemint.com



SoftBank, Bharti & Foxconn JV bags first major solar power project in India

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Monday, 14 December 2015

Power Struggle: Will Local-Energy Groups Come Clean?

radiometerSeven years ago local officials in Marin County, California organized to form a nonprofit electricity company with the noblest intentions. Buying and selling electricity allowed the group, Marin Clean Energy (MCE), to route around the local utility giant, Pacific Gas & Electric, which for years had resisted its customers’ pleas for cleaner, more reliable power, all the while “greenwashing” its image with marketing campaigns. “People wanted more of a sense of how their dollars were being invested,” Alex DiGiorgio, MCE’s community development manager, tells Capital & Main. “They wanted more access to competitively priced renewable energy.”


They also wanted to “catalyze local project development,” DiGiorgio says, to see their electricity bills go toward something more beneficial for the local community than large hydroelectric dams, polluting gas-fired power plants and a nuclear facility built over an earthquake fault.


But critics of the local-power movement say agencies like MCE — whose very reason for being was to stimulate renewable energy development — mostly support already extant renewable facilities. That’s because in their quest to find affordable power that they could rightfully label green, MCE went far beyond the local community, beyond the state and even outside the regional market. Its first power purchase contract was not with a new solar plant in the Central Valley nor a wind farm in Wyoming, but with Shell Energy North America, a subsidiary of Royal Dutch Shell based in Houston, Texas.


The hard reality is that in 2008, when MCE was first formed, and even in 2010, when the agency began serving customers, the renewable energy markets of the West remained far behind community power’s ideals. Wind and solar power still cost more than their dirtier counterparts, and their intermittent, often unpredictable power posed challenges that grid managers had yet to solve.


The agency has also exploited other tricks of the strange and complicated renewable energy market to sell customers premium options derived from 50 percent or even 100 percent renewable energy. Instead of buying actual green electrons, MCE’s buyers fluffed their portfolio with free-floating renewable energy “credits” bought and sold independent of actual generation. They’ve also relied on substitute power supplies, offered on the market to balance intermittent wind and solar energy, but which too often simply cloak coal or nuclear electrons in green.


“MCE is trying very hard to be a leader on clean energy,” says Matthew Freedman, a staff attorney at The Utility Reform Network (TURN), a San Francisco-based consumer and clean-energy advocate. “But the test for success is whether they’re driving new renewable energy generation in the state and in the West.”


So far, MCE, along with many other community power agencies around the country, is failing that test. “If all you’re doing is trading short-term energy surpluses from already existing energy facilities,” Freedman says, “you’re not having much impact on new generation.”


In fact, he says, the community groups in some cases might be having the opposite effect. California lawmakers have “tried to develop rules that will result in meaningful, incremental change in the amount of renewable energy generated in the state,” Freedman says. But by relying so heavily on virtual green energy products designed by third-party sellers — “market actors who operate like financial traders,” as Freedman describes them — groups like MCE are contributing to an energy market made to look more green than it actually is.


The way they’re operating now, Freedman says, “will not help California achieve its ambitious clean energy goals.”


Thirteen years have passed since the California State legislature made it possible for entities like Marin Clean Energy to come into being, when Assembly Bill 117 established what’s known as Community Choice Aggregation. The new law made starting up easier for community power groups by guaranteeing them an initial customer base: No longer would they have to lure consumers away from their traditional utilities; once a community power group had been established by elected officials, everyone within its territory who didn’t explicitly opt out would automatically be subscribed.


Nor would community-choice groups need to take over their distribution networks, with all their wires and poles and switching stations — a prohibitive capital investment. Community choice aggregators, or CCAs, could still contract with their established utility for the metering and transmission of electricity; the nonprofits would just make the decisions about where that energy came from, with an emphasis on clean, local power.


The state’s investor-owned utilities, PG&E in particular, have fought the CCA movement. In 2010, PG&E sunk $46 million into a failed ballot initiative that would have effectively killed CCAs by requiring prior approval from potential customers in their respective jurisdictions. More recently, the utility pushed a bill by Assemblyman Steve Bradford (D-Gardena) that would have made future CCAs “opt-in” businesses— available only to consumers who explicitly choose to enroll. Under pressure from environmental groups, the bill failed.


But the CCA trend has not only continued, it seems to have picked up momentum as more renewable energy plants come online on the Western grid. Marin Clean Energy, California’s first CCA, now serves 11 municipalities spread out across three counties. Sonoma County inaugurated its public-power service in May of 2014 to serve 20,000 customers, and a year later, Lancaster, California signed its first 850 customers to Lancaster Choice Energy.


“We could never realize our goal of becoming a ‘net zero’ city” — one that produces more energy than it uses — “if we were still buying power from Southern California Edison,” says deputy city manager Jason Caudle, one of the program’s main engineers. SCE will still provide distribution and metering services to the city.


Consumer satisfaction with the new agencies has so far been high. Only 20 percent of consumers in MCE’s service area have elected to stay with PG&E, which DiGiorgio credits mostly to the agency’s ability to provide affordable electricity. The Shell deal might have “raised a few eyebrows,” he admits, but MCE’s first task was to offer low-cost clean energy to everyone in its jurisdiction, even those on fixed incomes. If it couldn’t do that, DiGiorgio says, “people would conclude that renewable energy wasn’t economically feasible.”


But whether the nonprofit aggregators are truly spurring the development of new renewable energy remains an open question. Sonoma Clean Power, which started up, says public relations director Kate Kelly, with robust financial support from the county, its water agency and a local bank, has been able to sign a substantial number of fresh contracts for what California regulators consider “Category 1” power — renewable energy from a single, verifiable source. Lancaster has signed one agreement with a new 10-megawatt solar facility, and another with an already existing wind farm in the nearby Tehachapi Mountains. However, MCE operated for four years before it signed a substantial contract with a new renewable energy provider, a 10.5 megawatt solar plant on the grounds of the Chevron refinery in the city of Richmond, to be completed in August of 2016.


But both MCE and Lancaster also purchase significant amounts of “Category 3” renewables — renewable energy credits sold, often at bargain-basement prices, independent of the wind, solar or geothermal electrons responsible for those credits. Such credits perform an important function in the energy marketplace, says Noah Long, the legal director for the Natural Resources Defense Council’s Western Energy Project, serving a voluntary market of companies and utilities that  either want to support renewable energy beyond the mandatory goals states set for utilities — or at least make it appear that they do.


“Corporations that espouse green values buy them to claim they use 100 percent renewable energy,” Long says. Electricity retailers in California can also use the credits to meet 15 percent of their state-mandated goals, of 30 percent renewables by 2020 and 50 percent by 2030. California utilities can’t use them in the 100 percent renewable options they offer customers, the way MCE and Lancaster do; a 2013 law, supported by TURN and the Sierra Club, created a “shared renewables” program for utilities instead that draws upon actual renewable energy generation. But utilities in many other states can. “Over half of the renewable energy in the U.S. right now serves the voluntary market,” Long says.


What so-called “unbundled” renewable energy credits don’t do, or do only rarely, is finance new generation. Nor does “Category 2” renewable energy, blocks of non-renewable power paired with unbundled credits from wind and solar plants out of state. When MCE had to account in its compliance reports for its Category 2 supplies, it named the Palo Verde Nuclear Plant in Arizona as one of the sources of imported electricity bundled with credits and passed off as renewable. Which means that, after credits and electrons got mixed up and moved around on the market, MCE customers ended up supporting exactly the kind of generation they’re trying to dump.


More important, perhaps, is the fact that all the buying and selling and trading of credits, swirling around on the market untethered from their generation, deprives new and verifiable renewable energy projects of financing. The more CCAs rely on substitute power and untethered green tags, the less inclined they’ll be to support new generation.


“If you’re planning to build a $500 million project, even if you’ve already invested in the planning and permitting, you’re still not going to build that project without a long-term power purchase agreement,” says Matthew Freedman. “Ten years is good; 20 is better.” That’s how a new energy facility attracts investors, who want most of all to know that they’re going to get their money back, plus a decent return.


Such agreements also help the buyer: “If you sign a contract for six cents per kilowatt hour, that electricity costs six cents on the first day and six cents on the last day,” Freedman says. “You just bought an insurance policy to protect you against the potentially rising cost of conventional energy.”


For the sake of both its long-term finances and to remain true to its clean-energy goals, then, Sonoma Clean Power has pledged to derive no more than three percent of its entire energy portfolio from unbundled renewable energy credits. Voters in San Francisco in November approved a ballot measure that would limit the use of unbundled credits by its forthcoming CCA, CleanPowerSF, which will launch next year after more than a decade of planning. And MCE, which has already reduced the use of such credits from 30 percent in 2014 to 15 percent in 2015, will match Sonoma’s goal in 2016.


DiGiorgio makes no apologies, however, for buying them in the past. The revenue earned from supplying premium services with unbundled credits has helped support MCE’s “feed-in-tariff,” program, which offers fixed-price contracts with small-scale solar providers within its service area. One of those projects, at the San Rafael Airport, is the largest solar installation in Marin County’s history.


“It’s only one humble megawatt,” DiGiorgio says, just one one-thousandth of an average coal plant. But it demonstrates the power of what he calls “truly democratized” energy. “PG&E has been in the utility business for 100 years, and solar technology’s been available since the late 1970s. So why wasn’t a solar facility developed in Marin County before that?” (Today PG&E is two percentage points shy of meeting its 33 percent by 2020 target for renewable energy. It’s possible that CCAs have pushed the company along.)


Jason Caudle of the ambitiously green-minded Lancaster says his city will pursue the same strategy as MCE for as long as it needs the revenue to operate.


“Look,” he says, “do we want energy from all local renewable resources to sell to our citizens? Absolutely. Should the marketplace expect us to do it in the first year of operation? No. I think all the CCAs will get there. It’s just going to happen over a period of time.”


Freedman hopes Caudle’s right, and that the trend continues. “I do think CCAs are moving in that direction,” he says. “I hope they are.” He encourages consumers to ride herd on the agencies to make sure that they do.


“If you have an entity representing themselves as being extremely green and providing a superior environmental product to their customers, you need to look beyond the top level numbers,” he says. “This game of musical chairs won’t solve our long-term problems.”




Power Struggle: Will Local-Energy Groups Come Clean?

Sunday, 13 December 2015

Zamboanga to be hub of Asia's largest solar power plant

ZAMBOANGA CITY — A group of Filipino-French investors has chosen Zamboanga City to be the hub of the country’s first ever and Southeast Asia’s largest solar energy plant with a power generation capacity of 100 megawatts.


Talisayan, Zamboanga map (Photo courtesy of Google Maps)

Talisayan, Zamboanga map (Photo courtesy of Google Maps)


Talisayan, Zamboanga map (Photo courtesy of Google Maps)



City Mayor Maria Isabelle Climaco said the solar power farm will be set up at the Zamboanga Economic Zone property in Barangay Talisayan, west of this city and the construction of the solar power farm is expected to begin in a week’s time or two, and the target date for completion is on or before March 2016.


Mayor Climaco made the announcement during the Christmas party she tendered for the city’s barangay officials at Palacio del Sur of Marcian Garden Hotel, Wednesday morning.


She said the coming of a clean and green renewable energy could be the final solution to the power crisis. The city continues to experience an 8-hour daily rotational blackout.


Climaco urged the elected and appointed officials of the city’s 98 barangays to pray for the realization of the solar power farm the soonest time possible for the betterment of Zamboanga and its people.


She said the people here are already suffering from the blackout for over a year now.


The mayor together with Zamboanga Economic Zone Authority (ZamboEcoZone) Chair Christopher Lawrence Arnuco and members of the board had met earlier with the officials of the Ecoglobal Inc., the Fil-French investors group that will finance, manage and operate the solar power plant.


Heading the group was Jean-Philippine Henry, chief executive officer (CEO) of Ecoglobal Inc.


During the meeting, they discussed and finalized the multimillion solar power farm investment in a bid to end the power outages in Zamboanga.


According to Henry, the solar power farm at ZamboEcoZone will start with 30mw and will gradually increase its capacity to 100mw then it will peak at 300mw, but this time with the combination of wind energy.


He said wind mapping has been conducted and they found out that the wind coming to the city is more than enough source of energy, and that will be their next project after the solar plant.



Zamboanga to be hub of Asia"s largest solar power plant

Saturday, 12 December 2015

No new diesel vehicles to be registered in Delhi

Diesel vehicles

Along with those orders came directions that there would be no re-registration of diesel cars that are more than 10-years-old in Delhi




Various questions were raised in the court regarding the pollution control in the National Capital.


While addressing the hazard of toxic air on school children, the NGT said: “In relation to taking adequate measures for preventing air pollution in schools, particularly government and corporation schools, NCT Delhi is directed to submit a proposal for creating green belt, by covering the ground with grass and installing air filters in schools”.


Delhi vehicles over 10-years-old also face a bumpy road ahead as the tribunal has recommended a ban on the re-registration of these vehicles.


Under interim measures, there will be no renewal of registration of diesel vehicles which are more than 10-year-old.


The government explained to the NGT its decision to impose the odd-even auto formula and all other aspects which would be simultaneously operative to reduce air pollution in Delhi. Diesel cars can legally emit 7.5 times more particulate matter than the petrol versions and produce more toxic nitrogen dioxide.


New Delhi: The Delhi government led by AAP chief Arvind Kejriwal told the National Green Tribunal bench that in all the Regional Transport Offices in the national capital, around 1,300 to 1,400 vehicles were being registered every day, including heavy and light one and two-wheelers.


Delhi transport minister Gopal Rai told media on Tuesday after brainstorming meet to prepare the first blueprint of the controversial traffic policy.


The NGT, meanwhile, ordered that no new diesel vehicles would be registered in Delhi.


Earlier this year, the NGT had passed an order for condemning 10-year-old diesel vehicles and 15-year old petrol vehicles.


“It is not proper to stigmatise diesel technology based on the mis-information spread by the interested lobbies, especially when these comply to all the Government of India notified norms”. The apex court had also observed that it was “very embarrassing” when visiting foreign dignitaries point out the high levels of pollution in the region.


A report by the World Health Organisation revealed that New Delhi is the most polluted city in the world.


“Obviously, reasonably good number of vehicles are also being registered in Gurgaon, Bahadurgarh, Ghaziabad and Noida”.


From January 1, Delhi plans to let only even-numbered vehicles (those with an even number on their number plates) ply on half the days and odd-numbered ones the rest of the days, which means a vehicle can ply only on alternate days.




No new diesel vehicles to be registered in Delhi

Friday, 11 December 2015

Fix of Bayonne wind turbine delayed longer




turbine




BAYONNE – The repair of the 270-foot wind turbine at East Fifth Street, first anticipated for November and then late December, has been pushed back once again because of a problem with a bearing replacement part, a city official said on Friday, Dec. 11.


The turbine, which takes the wind blowing off the Kill Van Kull and turns it into energy savings of more than $200,000 a year for Bayonne, was shut down in June after the company monitoring the device for the city noticed a problem. It has not worked since.


Bayonne Municipal Utilities Authority Executive Director Tim Boyle said that the latest delay in fixing the turbine arose from an examination of the bearing part that was to be used.


“It failed the quality assurance checked in November,” he said.


Boyle said there is now no timetable on when the turbine can be fixed.


“It’s not an off-the-shelf item,” Boyle said. “It’s a hard part to get.”


The city at first was told the repair of the turbine would cost $350,000 for the part and require the disassembling of a 77-ton part, according to Boyle. In October, the city learned the cost would be $298,000 and would only involve the bearing.


The wind turbine is owned by the BMUA, but is operated and maintained by Suez Water.



Fix of Bayonne wind turbine delayed longer

Tuesday, 8 December 2015

House plants can help improve indoor air quality

Q: What is the truth about house plants purifying indoor air? Do they or don’t they substitute for air filters? Does living with plants contribute to healthier breathing? Are there particular plants which I should grow to improve the air in my home?


A: How much house plants affect air quality is a wonderful example of the difference between laboratory experiments and the world outside a lab. The first experiments to determine whether plants could clean up air were carried out by NASA. That was back in the 1980s. The idea, of course, was to find ways to provide the best quality air for astronauts on long space missions. The studies were done one chemical at a time, one potted plant at a time, in a sealed Plexiglas test chamber the same size as a compact car trunk.


Having decided that those test results were not necessarily useful even for a space capsule, in the late 1980s NASA built a new test chamber. On federal government property in Mississippi, it was called the BioHome Space Center. The building was a metal box on legs, with dimensions of 16 by 45 feet. The box included a large plant room for testing the effectiveness of plants in cleaning both recycled air and raw sewage. Tests found that people could live comfortably in the sealed environment once the plant system was well established and working.


Other organizations began experiments to duplicate or improve on the research by NASA. They have had generally positive results. On the other hand, by now no one knows how much the air is purified by plants and how much by the microbes which live in healthy potting soil.


A more recent experiment done in Australia attempted to judge the effect of plants on air pollution in the real world. It found that in an office building with sealed windows, three plants per office reduced air pollution enough to eliminate any health risk to people breathing the air.


Still more recently, research evaluations by EPA scientists have criticized most of the experiments on plants and air pollution as being poorly constructed. For one thing, some experiments had no controls against which to measure experimental results. Also, several experiments were carried out under artificial laboratory conditions. In some cases air sampling periods were only five minutes long. Nor did anyone pay attention to doors and windows opening and closing during some of the experiments. Studies done in a laboratory were carried out in sealed boxes far too small to hold even one person. Many studies measured only very high concentrations of pollutants, which were artificially introduced one at a time. The EPA noted that nothing measurable could yet be stated about the effect of plants on polluted air.


The bottom line is that house plants do clean up the indoor air we breathe, but no one yet knows how much. When applied to the real world, lists of the best plants for reducing air pollution mean nothing at all.


Compost pile starter


Q: Does my compost pile need to have some kind of starter added every year?


A: A booster shot of nitrogen will help the microbes in a new compost pile to start digesting the dead plants. The nitrogen can be in any form. A handful of commercial ammonium sulfate fertilizer will do the job. Or chicken manure. Or a shovelful of finished compost from another pile. Or any kind of urine, either straight or diluted.


Once a compost pile is working it needs no extra nitrogen. When a pile is turned or sieved or sorted into finished and unfinished compost, plenty of microbes should remain to start a new pile. All the “green stuff” that goes into a pile is a source of nitrogen. The nitrogen starter on a new pile is designed to help micro-organisms proliferate. Once their populations have reached the billions, no additives are needed; the composting process will perpetuate itself.


Miniature orchid


Q: I bought a miniature orchid a year ago. It has stayed alive, even though it stopped blooming last spring. Will it ever bloom again? It has long bare stems crawling outside the pot. Should I cut them off? I have been using my regular house plant fertilizer for the orchid. Does it need something special?


A: Let’s begin with your last question and work backwards. Orchids will thrive with the same fertilizer as other house plants. If your orchid is still alive and growing a year later, plainly it likes your care. Keep on watering and fertilizing it the way you have been.


The “stems” crawling around are really roots. Because the pot is full of roots, they continue to grow in the only space available – the air. Orchids do not live in soil, as most plants do; they anchor themselves to branches, rocks, or any other stable object. An orchid in a pot uses the pot only as a prop to keep itself from falling over. Often an orchid will have one or two roots growing outside the pot. When the number of aerial roots increases, the pot is full and it is time to move the orchid to a slightly larger pot. Be careful not to give it too big a pot, since that would be an invitation to root rot.


Pull the orchid out of its pot. The roots are big and fleshy and very tough; they do not mind being handled. Cut off any roots which look shriveled and dead. Bend the others around to pack them into the new pot. Pull off any pieces of potting material which are stuck to the roots. There will be no soil. Refill the pot with orchid mix, which is not potting soil. It is composed mostly of woody chunks, either coconut fiber or fir bark. Dump handfuls of the mixture into the pot and pack them down with your fingers. Do not try to be gentle with the roots. They are nearly indestructible, and they like to have the orchid mix firmly packed. Return the orchid to the spot where it has been living and to your usual watering schedule.


Most orchids bloom once a year, most commonly in winter. As long as your miniature is happy, you can expect it to bloom again. A nearby lamp which gives the orchid evening light may hurry the process, but orchid flower stalks develop very slowly. To begin with they look like one more aerial root which starts to tip upward instead of down.


Winter mulch


At last it is time to cover the most tender plants with mulch. Strawberries, garlic, and first-year perennials will all survive in greater numbers if mulched from now until early March. Use any kind of dry organic material which is available. Straw is fine, but so are chopped dead plants (including weeds), pine needles, dead leaves. White nonwoven row cover is an excellent winter mulch, and it is easy to remove next spring. Use one layer of the heavyweight row cover, or a double layer of the standard weight. Tender plants will all appreciate a blanket as temperatures cycle between 50 degrees above zero and 20 degrees below.



House plants can help improve indoor air quality

COP21: saving energy 'triple win,' Ban says, as $5 billion Africa plan launched at climate summit

7 December 2015 – The United Nations and partners launched today a $5 billion initiative to expand renewable energy capacity in Africa today as Secretary-General Ban Ki-moon told the UN climate change conference (COP21) in Paris that saving energy is a triple-win in the battle against global warming.


&#8220The production and use of energy is responsible for more than half of the world’s total greenhouse gas emissions. That means energy is also more than half of the solution. We need sustainable energy to reduce global greenhouse emissions and avert the risks of runaway climate change,&#8221 Mr. Ban said, stressing that clean energy is equally important for ending extreme poverty.


&#8220Saving energy is a triple-win solution. It can save money, reduce emissions, and provide additional energy capacity,&#8221 he added, noting that renewable energy technologies are becoming cheaper and more competitive, with many people accessing energy for the first time thanks to solar panels, wind turbines or small hydro power plant.


&#8220But, to replicate this experience for billions more people, we will need finance,&#8221 he declared.


&#8220Let us build on these bold initiatives. A global energy transformation must reduce heat-trapping emissions. It also needs to ensure that we leave no one behind. Those things can only be achieved if we tackle the issues of energy access, energy efficiency, and renewable energy together as a trinity.&#8221


COP21 held a thematic day on energy today, with the Sustainable Energy for All initiative (SE4All), a multi-stakeholder partnership backed by the UN and World Bank, urging Governments, businesses and financial institutions to act much faster and go much further to meet the ambitious goals of ensuring sustainable energy for all while keeping the global temperature rise within 2 degrees Celsius.


SE4All is acting as a catalyst for a huge global movement for revolutionary change in the world’s energy systems, helping to build working alliances across the public sector, private sector and civil society and foster innovative policies, technologies and financing mechanisms.


Any rise of more than two degrees above pre-industrial levels by 2050 will have an ever more dangerous impact on planet Earth with devastating droughts, floods and storms, and rising seas swallowing up ever more low-lying land.


The Africa Renewable Energy Initiative to expand renewable capacity by 2020 and achieve universal access was just one of several launched today.


The Initiative is led by the African Union’s NEPAD (New Partnership for Africa’s Development) the African Group of Negotiators, the African Development Bank, the UN Environment Program (UNEP), and the International Renewable Energy Agency (IRENA).


At least $5 billion in public and highly concessional finance between 2016 and 2020 from bilateral, multilateral and other sources, including the Green Climate Fund, will be needed to leverage a further $15 billion in other investments, for a total investment of at least $20 billion pre-2020.


Other initiatives launched today included efforts to improve access to electricity and energy efficiency, and promote renewable energy.


Hundreds of Governments, businesses and financial institutions pledged major action on energy efficiency, recognizing it as the basis of the energy transition.


More than 100 banks and a group of investors, managing close to $4 trillion in assets, committed to a major increase in energy efficiency lending in their portfolios. Led by the European Bank for Reconstruction and Development and the UNEP Finance Initiative, this is a major undertaking toward the four-fold increase needed to realize the full energy efficiency potential for climate change.



COP21: saving energy "triple win," Ban says, as $5 billion Africa plan launched at climate summit

Monday, 7 December 2015

Municipal electric supplier announces deal for wind energy

Published 9:14 am, Monday, December 7, 2015



OKLAHOMA CITY (AP) — A power supplier for 42 municipal electric systems across Oklahoma has signed a purchase agreement to buy about 150 megawatts of wind-powered electricity from a wind farm in northern Oklahoma.


Oklahoma Municipal Power Authority announced the signing Monday with Apex Clean Energy subsidiary Grant Plains Wind, LLC.


Grant Plains is a wind farm in Grant County in north-central Oklahoma that is expected to come online next year.


OMPA general manager David Osburn says the agreement gives it the opportunity to increase its wind power from 12 percent to 17 percent of its overall portfolio.


The company also provides power generated from hydro, landfill gas, natural gas and coal from plants in Oklahoma, Texas, Louisiana and Arkansas.




Municipal electric supplier announces deal for wind energy

Sunday, 6 December 2015

Furnace air filters

We just upgraded our furnace and these brand new air filters no longer fit. They measure 14 x 20 x 1. There are nine filters in all, each individually …



Furnace air filters

Saturday, 5 December 2015

Aviation pioneer and solar energy champion to be designated UNEP Goodwill Ambassador

Dec 4


Written by: ROE News
12/4/2015 7:23 AM  RssIcon


Swiss adventurer and environmentalist Bertrand Piccard – the first man to complete a non-stop balloon flight around the world and co-inventor of the world’s only solar airplane capable of flying day and night – is to be designated as a UNEP Goodwill Ambassador.


In his new capacity, Mr. Piccard will advocate for the adoption of renewable energies and clean technologies during his historic attempt at flying around the globe in an aircraft propelled solely by solar power.


The designation will take place on Monday 7 December at 19h00 at the Musée de’l Homme in Paris at the backdrop of a unique new exhibition on renewable energy entitled ‘We Have the Power, We Are the Change,’  produced world-renowned Magnum Photographers. 


The event will be attended by Mr Piccard himself and UNEP Executive Director Achim Steiner, while the presence of UN Secretary General Ban Ki-moon is to be confirmed. 


Guests will be treated to dishes made from food saved from being wasted by the Food Recovery Organization – Feedback. They will also be invited to a Smog Tasting by the World Health Organisation, which will prepare meringue desserts exposed to the pollution levels of different cities to highlight the human health implications of poor air quality. 


To cover the event and for interviews, please contact:


In Paris:


Catherine Beltrandi, +33 686139543, catherine.beltrandi@unep.org


At UNEP HQ: 


Michal Szymanski, +254 715876185, michal.szymanski@unep.org



Aviation pioneer and solar energy champion to be designated UNEP Goodwill Ambassador

Friday, 4 December 2015

A Shift in Finance Will Support Transition to 100% Renewable Energy

PARIS –(ENEWSPF)–December 4, 2015.  A group of Mayors from around the world issued a letter today calling on other cities to divest from fossil fuels in order to support the transition away from fossil fuels and towards renewable energy.


The letter includes the mayors of: Portland, Oregon; Bristol City, UK; Moreland City, Australia; Boxtel, the Netherlands; Santa Monica, California; and more.


“Mayors have a vital role to play in the transition to a new energy economy. It is time we invest in supporting our communities instead of destroying our climate. Please join us and divest from fossil fuels,” wrote a group of mayors.


In 2013, Seattle became the first city to commit to divesting, followed by Canberra, the first national capital to join the movement. A growing number of cities and local governments have joined the divestment campaign in the lead up to the Paris Climate Talks.


“Cities know firsthand the problems brought about by fossil fuels, from urban air pollution to rising seas,” said 350.org Executive Director, May Boeve. “They’re also seeing the opportunity for reinvestment–the money they take out of companies like ExxonMobil can be then invested in companies that are creating green jobs in their community. These cities are helping move the divest-invest discussion into the realm of public policy, setting an example for state and national governments as they do.”


On Wednesday, 350.org announced that 20 French cities, including Paris, Dijon, and Bordeaux, had endorsed fossil fuel divestment. In the last few months, major cities like Oslo, Melbourne, and Munster have also joined the campaign. Overall, more than 50 cities around the world have passed some form of divestment commitment, with many more campaigns underway. Total divestment commitments have surged to over 500 institutions representing $3.4 trillion in assets.


“In the lead up to the COP21 Climate Summit for Local Leaders in Paris, we, as concerned mayors and municipalities representatives, are calling on our colleagues to follow our steps and divest their city’s assets away from fossil fuels,” the Mayors wrote. “Through divestment, we have accelerated the transition to a sustainable future, we urge you to follow this path.”


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A Shift in Finance Will Support Transition to 100% Renewable Energy

Wednesday, 2 December 2015

New Cabin Air Filters

New cabin air filters for the following; Ford Pass. cars 95-02 Wix 24771 Ford F-250,F-350,F-53 97-99,Lobo 04,Lincoln Blackwood 02,Navigator 98-04 …



New Cabin Air Filters