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Porsche Installs $900,000 Solar Pylon & 1st High-Power EV Supercharger (350 kW) At New Berlin Office

Photo: Pixabay
Photo: Pixabay

Porsche is investing more than €15 million in new facilities in the German capitol region in and around Berlin. Part of that investment is represented in a pylon that stands in front of the company’s newest branch office known as the Porsche Center Berlin-Adlershof. The 80 foot high, 20 foot wide pylon is more than a corporate symbol.

Covered in 8,000 solar cells contained in 260 solar panels, the pylon in front of the new Berlin headquarters is expected to generate more than 30,000 kilowatt-hours of electricity every year — enough to meet the energy needs of the entire building it sits in front off. The photovoltaic pylon cost $900,000 to build. Completed in 16 weeks, the finished pylon weighs 88 tons.

The solar pylon is also a powerful symbol of Porsche’s commitment to electric automobiles. It is working feverishly on the first such car — a fully electric 4 door sports car called the Mission E, due out in 2019. Porsche expects the Mission E to also serve as the basis for more electric car products in coming years.

The company is also incorporating plug-in hybrid technology into several of its traditional models, starting with the Panamera sedan.

Don’t lose sight of the fact that Porsche is owned by Volkswagen, which has reclaimed its title as the largest auto manufacturer in the world, a distinction it lost in the aftermath of the diesel emissions cheating scandal that swept over it beginning in September, 2015. So, everything Porsche knows about building electric cars, Volkswagen knows, and vice versa.

One area critical to the success of electric cars that Porsche is anxious to address is high-speed charging infrastructure. Porsche CEO Oliver Blume told Top Gear last fall, “We are in contact with other manufacturers and suppliers around the world to build a fast charging network. Everybody has the same need. It sounds easy but getting the details agreed is hard. We already have the clear technical concept. It can even work with Teslas, with an adapter.”

The new Berlin office also features one of these high-power superfast-charging stations. The charging cords are water cooled, can charge various types of cars (including Teslas, with an adapter), and have a max power output of 350 kW (compared to the ~120 kW of a current Tesla Supercharger).

The charging station is supposed to be operational in autumn, but it’s not clear yet if Volkswagen or Porsche will have any EVs capable of going above 100 kW in the coming year or two.

Elon Musk once begged other carmakers to build “compelling electric cars.” Porsche says it is up to the challenge and anxious to join the ranks of top electric car manufacturers.

Source: cleantechnica.com

GE Energy Financial Services Will Invest $90 Million Into RattanIndia Solar

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

GE Energy Financial Services will make a new investment in India’s renewable energy sector.

RattanIndia Solar will receive a $90 million investment from GE Energy Financial Services to develop 500 megawatts of solar power capacity across India. The two companies shall jointly develop the capacity. GE Energy Financial Services will have a 51% share in the venture while the balance will be owned by RattanIndia Solar.

RattanIndia Solar, a subsidiary of the RattanIndia Group, has participated in several competitive solar power auctions in a number of states. GE Energy Financial Services has already made investments in 210 megawatts of solar power capacity owned by RattanIndia Solar. These projects are located in Rajasthan, Uttar Pradesh, Karnataka, and Maharashtra.

GE Energy Financial Services has made several investments in India in the past. Among the most significant was the acquisition of equity stake in a 156-megawatt solar project of Welspun Energy. The project was the largest solar power plant in India at the time of the deal.

RattanIndia Power was in the news last year when it announced plans to replace its planned coal-based power plant in Punjab with a large-scale solar power project.

RattanIndia Power is reportedly planning to use 324 hectares of land in the northern state of Punjab originally earmarked for a coal-based power plant to set up a 200 MW solar power plant.

The company has dropped plans for the coal-based power plant after it failed to receive assurance of domestic coal supply. The issue of consistent fuel supply has dogged Indian thermal power plants for years and importing coal from other countries has not solved the problem either.

Thermal power plants in India, especially those owned by private companies, continue to face coal supply and cost issues. Operators like Tata and Adani are facing increased imported coal prices and have been vying the regulators to increase their tariffs at a time when solar power tariffs have become cheaper than cost of thermal power.

Source: cleantechnica.com

The Largest Wind Farm In The US Is Being Built In Wyoming, And Lawmakers Want To Raise Wind Tax

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

There’s the Wyoming you see on postcards — the snow-dusted mountains and caramel-colored prairies where movie stars build their second homes. But there’s another Wyoming — the one that powers America’s homes and businesses. The Cowboy State churns out more coal than all of Appalachia, and it’s home to some of the strongest winds on the continent. The Rocky Mountains funnel air across flat, open prairies, producing winds that rival the most powerful ocean gales.

In Carbon County, Wyoming — so named for its abundant reserves of coal — conservative billionaire Philip Anschutz is building the country’s largest wind farm. Its 1,000 turbines could generate enough electricity to power every home in Los Angeles and San Francisco — electricity that will be shipped to California by way of a brand new 700-mile transmission line.

Anschutz, who owns the conservative news outlets The Weekly Standard and The Washington Examiner, has given millions to Republican politicians. But, despite his political leanings, and the promise of hundreds of construction jobs in Carbon County, his project — and others like it — have faced persistent headwinds in the Republican-dominated state legislature.

Earlier this year, legislators tried to prevent Wyoming utilities from selling wind power. The bill went nowhere, but it points to an undercurrent of hostility toward wind. Wyoming is currently the only state to tax wind power, and legislators have pushed to raise the wind tax from $1 per megawatt hour to $3 or $5. Anschutz’s business fought both proposed tax hikes, which died in committee.

Republican legislator Mike Madden, who championed these measures, made his feelings clear. “These wind guys,” he said, “they feel that they are just too good to be taxed.”

Madden, like his colleagues, is trying to fill a hole in the state budget. Wyoming has no income tax. Oil, gas and coal royalties supply most of the state’s revenue. Now, coal is in decline. Consumption is waning, and workers are losing their jobs. This has produced a budget shortfall for which there is no easy fix.

Under the current system, Wyoming effectively imports its tax revenue. Most coal is shipped to power plants out of state, meaning ratepayers in Texas, California and elsewhere pay the tax on coal. If you buy electricity from a power plant anywhere in the United States that burns Wyoming coal, you are helping to put Wyoming teachers in Wyoming schools and lay Wyoming asphalt on Wyoming roads.

In recent years, falling demand for coal has starved the state of essential revenue. Legislators need to fill the budget gap, but there is little interest in imposing an income tax. So they are slashing expenditures and looking to other sources of revenue.

Together, Wyoming’s powerful winds and budget woes have produced a peculiar cast of characters — in Anschutz, a conservative media magnate pushing for renewable energy, and in Madden, a pugnacious libertarian furiously trying to raise taxes.

Madden says he harbors no ill feelings toward wind. His motives are ideological. Asked if he felt a responsibility to protect coal jobs — which are fleeing the state in droves — he said, “I’m not interested in picking one of our resources and protecting it. That obviously is not my philosophy at all. I want the free market to pick it, not to have government politicians pick it.”

Madden is nothing if not consistent, and his approach to tax policy would strike many as reasonable. But experts warn against raising the wind tax at a time when the state is trying to attract developers and create new jobs.

“Wyoming is perceived by many wind developers to be kind of anti-wind,” said University of Wyoming economist Robert Godby. “Suddenly the state is suggesting that we might raise the tax by four or five times? That’s not conducive to economic development. Tax uncertainty is almost as bad as having high taxes.”

Wind is a multi-billion dollar opportunity for Wyoming. Anschutz’s wind farm and transmission line come with an $8 billion price tag. Renewable energy developer Viridis Eolia is building a $3 billion wind project. And Rocky Mountain Power is spending $3 billion in Wyoming on another wind farm and transmission line.

Godby fears the state’s perceived hostility toward wind could ward off future projects: “Imagine you’re in the board room of a major wind developer, and you’re suggesting a billion-dollar investment, and you say I’m going to put it in New Mexico or Nevada or Wyoming. The board might say, ‘Well, we’re not putting it in Wyoming.’”

Notably, Wyoming’s attitudes toward wind are about more than just money. Many in the Cowboy State see turbines as a blight on the landscape. Wyoming is defined by its jagged mountains and open prairies. Wind farms threaten to mar its most treasured vistas.

“You can be camping on the plains, maybe a sleeping bag rolled out on the ground, not even a tent over your head, and you can feel like you are on the same plains that Native Americans have experienced for millennia,” said Godby. “But then you turn around and look behind you, and the entire horizon might be red blinking lights from the wind turbines, and those really kind of infuriate people.”

A wind developer, who asked to remain anonymous, recalled a trip to the state capital: “One legislator in particular said, ‘We don’t want more wind. We want you to burn more coal.’ They say, ‘I hate wind. I hate seeing those turbines. They’re killing our landscape, and I just don’t like it.’”

Of course, attitudes may change. Wind turbines, now regarded as an eyesore, may come to represent industry, security and prosperity. To that end, Godby said legislators should leverage tax policy to attract more wind jobs.

“We could say, ‘Hey, If you build a wind facility, and the manufacturing of some of those components occurs in Wyoming, we will give you a tax break,’” he explained. This would draw new wind projects and manufacturing outfits, delivering a wealth of jobs and tax revenue. Wind energy, said Godby, “is the biggest opportunity presenting itself to the state.”

Wyoming finds itself in an unusual place. Nationwide, the shift to clean energy will likely create millions of jobs, but there will be winners and losers. Wind-rich Iowa will cash in on demand for cheap, low-carbon power, while coal-dependent West Virginia stands to lose more jobs than it gains. Wyoming straddles both sides of the energy divide.

Coal from Wyoming’s Powder River Basin is among the cheapest and purest around. Decades from now, when the final shipment of American coal heads to the last remaining coal-fired power plant, it will depart from a Wyoming mine. Along the way, that train will pass some of the most productive wind farms in the country.

How fast will the future come? It’s hard to say. Reflecting on the fate of wind in Wyoming, Rep. Madden conceded, “It’s a resource in a like manner to coal and natural gas and so on.” He then paused for a moment before returning to his favorite talking point: “I just think that it’s fair not to pick a favorite.”

Source: cleantechnica.com

Coral Reefs Show Signs Of Both Climate Stress & Resilience

Photo: Pixabay
Photo: Pixabay

Coral reefs are home to a vast array of ocean creatures. They provide food, protection against storm damage, sustain tourism and inspire wonder. “If we lose corals, we lose a vital piece of our planet,” said Kiho Kim.

Kim, a professor in the department of environmental sciences at American University, has been studying the fate of corals in our warming and increasingly polluted world — and he’s worried about what he’s found.

Recently, he and his colleagues examined the effects of nitrogen from sewage plants and septic tanks on coral skeletons in Guam, a U.S. territory that has undergone dramatic ecological changes over the last 60 years. Their research appears in the journal Marine Pollution Bulletin.

The diverse ecosystems that comprise coral reefs are suffering worldwide as a result of climate change, overfishing and pollution. Recently, scientists found warmer waters killed whole sections of Australia’s Great Barrier Reef.

Kim is concerned, but he also is optimistic, believing the much of the damage seen thus far is reversible. “We definitely see signs of pollution stress,” he said. But, “in general, reefs are resilient and can come back if the stressor is removed.”

His study didn’t look at the effects of ocean acidification, a result of carbon pollution. However, “acidification and warming exacerbate the impact of pollution,” he said, adding: “If we can clean up our coastal waters, perhaps the corals and other creatures can better adapt to climate change.”

He also notes that in areas where reefs lie near human settlements, “pollution probably plays a more important role than acidification in how healthy a reef is because changes in pollution levels have been so much greater,” he said.

When coral grow, they put down layers of skeleton, a process Kim likens to erecting an apartment building. “It starts with a single room, a single coral polyp which looks like a tiny anemone, that divides and builds another room occupied by a genetically identical coral polyp derived from the first one,” he explained.

“This allows the coral to grow horizontally,” he continues. “In addition, the coral grows vertically by adding additional floors. In the case of corals, only the top floor is occupied by the coral polyps. So when you take a core, you can see annual growth layers, or ‘floors.’ You actually have to take an x-ray of the core after you split it because the layers are not obvious to the naked eye.”

The team worked with coral on the eastern side of Guam, in the Togcha River watershed, where a community sewage plant dumps waste that flows downstream to the reefs. Kim and his colleagues extracted a single skeleton from a colony of massive coral near the mouth of the river, in water about 20 feet deep. They used a high pressure air drill attached to a scuba tank to remove a core more than two feet long.

They then capped the hole with a cement plug. Upon examining it later, they found coral tissue growing over the plug, indicating the coral was still healthy.

The researchers then measured the ratio of nitrogen isotopes in the coral. In the case of nitrogen, there are two isotopes: 15N and 14N, the numbers referring to the number of neutrons in the nucleus. Scientists measured the relative abundance of 15N and 14N isotopes in a biological sample by detecting the different weights of the two isotopes.

“For our study, we focused on nitrogen, which is commonly used in pollution studies because different sources of nitrogen have distinct ratios of heavy nitrogen (15N) to light nitrogen (14N),” he explains.

“Fertilizer, for example, has a low ratio of heavy nitrogen to light nitrogen,” he adds. “Sewage, on the other hand, has a higher ratio of heavy nitrogen to light nitrogen. By analyzing the ratio of heavy to light nitrogen in the biological material, we can figure out where most of the nitrogen came from. Often, it’s either fertilizer or sewage, the two common sources of nitrogen in coastal environments.”

In this case, not surprisingly, the damage came from sewage-derived nitrogen.

The scientists used a new method — a chemical technique developed by Princeton University scientist and study co-author Xingchen Wang — to extract the nitrogen from the coral skeletons for isotope analysis. The new process requires much less coral skeletal material, thus conserving more of the skeleton.

“The new method is able to analyze the actual skeleton rather than tissue remnants left in the skeleton,” he said. “Tissue remnants are not abundant, which means that the conventional method requires sampling a lot of skeleton in order to get enough tissue for the isotope analysis. With our new method, much less skeleton is required for sampling.”

The nitrogen pollution recorded by the researchers correlated with Guam’s population increases over the past 60 years. Between 1960 and 1980 alone, the population of the Togcha watershed grew tenfold.

The people of Guam “can do something about pollution,” Kim said. “Technology is available to remove nutrients like nitrogen from sewage, although it’s very expensive… But we have to weigh the costs of upgrading treatment plants against the costs of losing the reefs and the ecosystem. With the proper accounting, the math generally favors paying to protect the coral reefs and other coastal ecosystems.”

Source: cleantechnica.com

LONDON: New Waste to Energy Facility Opened

Photo-illustration: Pixabay
Photo-illustration: Pixabay

A new anaerobic digestion (AD) facility capable of processing more than 160,000 tonnes of food waste every year has been opened in London.

The waste to energy plant in Dagenham is expected to generate 14 million m3 of biogas – enough to power around 12,600 homes every year.

Developer ReFood claims it will help displace 73,600 tonnes of CO2, the equivalent of taking more than 14,400 cars off the road.

It is also expected to help London businesses reduce food waste costs by up to 47% – compared to a landfill disposal.

 – We’re committed to helping drive up London’s recycling rates as well as making London zero carbon by 2050 – Shirley Rodrigues, Deputy Mayor for Environment and Energy said.

 – This new facility, the first of its kind in London, is exactly the type of solution we need to help achieve this. Not only will it deal with London’s food waste but it will also produce clean biogas to help cut the carbon emissions of the gas grid – said Rodrigues.

ReFood Dagenham is the company’s third facility in the UK, adding to existing sites in Doncaster and Widnes.

Source: energylivenews.com15

This Dress Measures Air Pollution & Makes It Visible (VIDEO)

PrintScreen: YouTube/Nexus Media News
PrintScreen: YouTube/Nexus Media News

When Dominque Paul walks down the street, people stop and stare. Sporting silver go-go boots, a metallic wig and light-up dress, she looks like a David Bowie fever dream.

Paul’s outfit is more than just a fashion statement. It makes pollution visible. A device attached to her handbag measures airborne particulate matter and assigns a color to her dress based on the Environmental Protection Agency’s Air Quality Index. When the air is safe to breathe, her dress lights up green. When the air is contaminated, her dress turns yellow, orange, red or purple, depending on the level of pollution.

Paul debuted the dress as part of a residency with IDEAS xLAB, a nonprofit that uses art to raise awareness of public health issues. She has taken the dress out for walks in the South Bronx, which has some of the poorest air quality in New York City. Her goal is to spark conversations about air pollution.

Paul recently joined a walk organized by South Bronx Unite. The group’s president, Mychal Johnson, led a crowd through Mott Haven and Port Morris, neighborhoods in the South Bronx. They stopped every few blocks to talk about economic and environmental issues facing residents. Paul explained how the air monitor attached to her handbag measures fine particulate matter, microscopic bits of dirt and soot floating through the air. Vehicle exhaust is one source of particulates, which are small enough to enter the bloodstream and have been linked to lung and heart disease.

PrintScreen: YouTube/Nexus Media News

As she walked, Paul explained the Air Quality Index to those assembled. “Green is good,” she said. Yellow is worse. Orange means children and the elderly are at risk, and red means everyone may experience health effects. When it’s red, Paul said, “you might want to consider wearing a mask.” She raised her makeshift breathing mask like a flight attendant miming a safety demonstration.

“Right now, it’s fairly good,” Paul said, pointing to the lights on her dress, which oscillated between green and yellow. It was a weekend morning, she pointed out, with no rush-hour traffic, and the wind was blowing.

But, as the crowd paused on a walkway over the Major Deegan Expressway, Paul’s dress started to flicker between yellow and orange. The South Bronx is surrounded by freeways and overrun with diesel-powered garbage trucks. The asthma hospitalization rate among children living in Mott Haven and Port Morris is around three times the city average.

The air quality dress is not Paul’s only foray into wearable art. A previous dress changed color to represent the median annual household income in the surrounding neighborhood. Poorer neighborhoods registered red or orange. Wealthier neighborhoods registered yellow or green. Paul noted her median-income and air-quality dresses are nearly interchangeable. Poorer neighborhoods tend to be the most polluted, turning both outfits red. The heavily contaminated South Bronx is one of the poorest neighborhoods in the city.

Johnson raised his megaphone and shouted over the thunder of traffic. “We’re going to be doing monitoring of the air here, which we think is going to have extremely high rates of black carbon and [particulate matter] and other carcinogens that are found in vehicle emissions,” he said. Johnson pointed to a Fresh Direct distribution center being built along the river, which he said will bring more trucks to the neighborhood.

Johnson then introduced Markus Hilpert, associate professor of environmental health sciences at Columbia University, who is partnering with South Bronx Unite on an air quality study. Like Paul, Hilpert wore a portable air quality monitor. He took the megaphone and explained that his study would measure air pollution and truck traffic in the area.

“What’s very unusual is that you have major traffic arteries running through the community,” Hilpert said, “which carry around 100,000 vehicles a day.” He snapped his fingers: “On average, every second — boom, boom, boom — there’s a vehicle!”

Paul stood next to Hilpert, mask raised to her face and dress blinking, drawing the attention of those assembled. “You can stop people on the street wearing this,” she said. “There’s something about technology and lights changing color that attracts people’s attention. And once you get their attention — if you link it to their environment — then they’ll tell you their stories.”

Source: cleantechnica.com

ZZ Capital International Seals an International Renewable Energy Deal With Investment in Building Energy

Foto: Promo
Photo: Promo

ZZ Capital International Limited (‘ZZCI’), a global investment firm, announced that it has signed an agreement to invest in Building Energy 1 Holdings plc (‘Building Energy’). Building Energy is a global, vertically integrated, multi-technology (wind, solar, hydro and biomass) independent power producer (’IPP’). The investment will be made by way of purchase of convertible bond and equity interests.

The deal was sourced and led by ZZCI, which will be investing alongside Zhongzhi Capital (‘ZZC’) and which was introduced by ZZCI as co-investor . ZZCI is listed on the GEM Board of the Hong Kong Stock Exchange. The total amount of ZZCI’s and ZZC’s investment in Building Energy will be approximately €70 million. In addition to ZZC, ZZCI will also be investing alongside Synergo and Three Hills Capital Partners, which already hold stakes of 30% and 7%, respectively in Building Energy.

As part of the transaction, Building Energy will be redomiciled from Italy to the UK to benefit from the depth of London’s capital markets, the breadth of expertise in renewable energy in the UK and the supportive environment for high growth companies.

With operations already in more than 20 countries globally, Building Energy’s management team will work closely with ZZCI to expand the company’s footprint into China and other Asian markets.

ZZCI’s investment in Building Energy aligns closely with China’s 13th Five-Year Plan regarding initiatives in renewable energy, advanced technology and strategic transformation.

– Building Energy fits well within our investment strategy, which is focused on investing in entrepreneur and management-led companies operating in five key sectors and helping them to develop their business in China. Building Energy has a proven track record in the renewable energy sector, which is experiencing growing demand on a global scale. We look forward to working with Mr Zago and his management team to significantly expand the company’s operations and help build the business in China – commented the European Head of ZZ Capital International, Sergio D’Angelo.

– With the backing and expertise of ZZCI, Building Energy now has the ability to take advantage of growth in the Asian renewable energy market. We believe that the sector will continue to grow and that with the support of our partners at ZZCI we will expand significantly into China and other Asian markets – said Fabrizio Zago, CEO of Building Energy.

New Stacked Solar Cell Absorbs Energy from Almost the Entire Solar Spectrum

Photo: Pixabay

Most traditional solar cells aren’t able to convert long-wavelength photons into electricity. A team of researchers led by Matthew Lumb at The George Washington University is hoping to change that in order to capture more power. They’ve designed a solar cell that can harvest just about all of the energy in the solar spectrum – and it could become the world’s most efficient solar cell with an efficiency of 44.5 percent.

Photo: Pixabay

The scientists created a prototype of their solar cell that differs from most others: they stacked multiple solar cells to create a single device that can capture nearly all the solar spectrum’s energy. And as opposed to the solar panels that adorn many rooftops, this new solar cell utilizes concentrator photovoltaic (CPV) panels that concentrate sunlight onto micro-scale cells using lenses.

The cell works something like a sieve for sunlight, as each layer absorbs a certain set of wavelengths, to capture nearly half of available energy – most traditional cells only capture around one quarter.

Efficiency is one of the main goals of any researcher working on solar cells, and these scientists obtained what could be the highest efficiency in the world using materials based on gallium antimonide (GaSb) substrates. A technique called transfer-printing allows the tiny cells to be constructed with great precision.

But this groundbreaking solar cell wasn’t cheap. Still, though the materials utilized were expensive, the scientists think the technique to build the cells is promising to show how efficient a solar cell could be. In the future they think a similar product could hit markets “enabled by cost reductions from very high solar concentration levels and technology to recycle the expensive growth susbtrates.”

The journal Advanced Energy Materials published the research this week. 12 scientists from the United States Naval Research Laboratory and other American institutions collaborated with Lumb on the paper.

Source: inhabitat.com

Sustainable Solar Housing with Urban Farming to Take Root in Eindhoven

Foto: mvrdv.nl
Photo: mvrdv.nl

A sustainable green design is taking root in the Dutch city of Eindhoven. The city just selected MVRDV and SDK Vastgoed (VolkerWessels) as the winners for the redevelopment competition of the inner city area around Deken van Someren Street. The project, called Nieuw Bergen, comprises high-quality and sustainable residences topped with green roofs and powered by solar.

Billed as a contemporary and hyper-modern development, Nieuw Bergen will add 29,000 square meters of new development to Eindhoven city center. The project’s seven buildings will comprise 240 new homes, 1,700 square meters of commercial space, 270 square meters of urban farming, and underground parking. The sharply angled and turf-covered roofs give the buildings their jagged and eye-catching silhouettes that are both modern in appearance and reference traditional pitched roofs. The 45-degree pitches optimize indoor access to natural light.

“Natural light plays a central role in Nieuw Bergen, as volumes follow a strict height limit and a design guideline that allows for the maximum amount of natural sunlight, views, intimacy and reduced visibility from street levels,” says Jacob van Rijs, co-founder of MVRDV. “Pocket parks also ensure a pleasant distribution of greenery throughout the neighborhood and create an intimate atmosphere for all.”

Each of Nieuw Bergen’s structures is different but collectively form a family of buildings that complement the existing urban fabric. Gardens and greenhouses with lamella roof structures top several buildings. A natural materials palette consisting of stone, wood, and concrete softens the green-roofed development.

Source: inhabitat.com

France Slapped with Court Order to Clean Up Air Pollution

Photo: Pixabay
Photo: Pixabay

France’s supreme legal authority has ordered the French government to address the nation’s poor air quality in a landmark court case brought by Friends of the Earth France with the support of environmental lawyers ClientEarth.

The Conseil d’État yesterday gave the French government nine months to produce an air quality plan detailing how it plans to bring air quality in line with legal limits set by the EU.

The decision follows similar rulings by UK courts, which have twice forced the British government produce an air quality plan containing strategies to bring the country back into compliance with EU law as soon as possible.

In France, as in the UK, the main pollutants that consistently breach EU standards are nitrogen dioxide and particulate matter, which are mainly caused by diesel vehicles in urban centres.

The Conseil d’État ruled current measures are not adequate to tackle the problem, which in many areas causes illegal levels of pollution.

“The decision of the Conseil d’État is a great victory for the health of French citizens,” ClientEarth lawyer Ugo Taddei said in a statement. “The French court followed the example of a growing host of judges across Europe who are protecting people’s right to clean air and holding authorities accountable.”

The French government has signalled its willingness to take steps to address air quality. For example, earlier this month French ecology minister Nicolas Hulot announced plans to ban petrol and diesel vehicles from French streets by 2040.

Source: businessgreen.com

Sea Level Rise to Flood Major U.S. Cities

Photo: Pixabay
Photo: Pixabay

As an iceberg the size of Delaware broke away from an ice shelf in Antarctica Wednesday, scientists released findings that up to 668 U.S. communities could face chronic flooding from rising sea levels by the end of the century.

More than 90 communities are already grappling with “chronic inundation” from sea level rise caused by climate change—meaning they have crossed the threshold for when “flooding becomes unmanageable for people’s daily lives,” disrupting “people’s routines, livelihoods, homes and communities.”

When Rising Seas Hit Home, the new report from the Union of Concerned Scientists (UCS), found that number could nearly double, to 170, over the next two decades.

Coastal sections of Louisiana and Maryland account for the majority of the communities that are currently experiencing heavy flooding, but UCS researchers predict these unmanageable floods will reach the Jersey Shore and Florida’s Gulf Coast by mid-century.

By 2100, they calculate 40 to 60 percent of all oceanfront communities on the East and Gulf Coasts, and a growing number of West Coast communities, will be inundated with chronic flooding. At-risk regions include major cities like Boston, Savannah, Fort Lauderdale, Newark and four of New York City’s five boroughs.

“We hope this analysis provides a wake-up call to coastal communities—and us as a nation—so we can see this coming and have time to prepare,” said Erika Spanger-Siegfried, a UCS senior analyst and co-author of the report, the first study of its kind to examine potential flood risks for the entire coastline of the lower 48 states.

The UCS researchers also considered which cities may be spared from the worst of the flooding if the Paris agreement goals are met. Although Donald Trump withdrew from the climate agreement, many U.S. state and community leaders have committed to upholding it.

“Meeting the long term goals of the Paris agreement would offer coastal communities facing chronic flooding their best chance to limit the harms of sea level rise,” said Rachel Cleetus, UCS’s lead economist. The UCS researchers considered which cities may be spared from the worst of the flooding if the Paris agreement goals are met.

Although “large-scale reductions in global warming emissions,” which are among the Paris agreement’s main goals, “may slow the rate at which sea level rise is accelerating and save many communities,” the report noted for many communities, it’s too little, too late.

“For hundreds of other cities and towns,” it said, “increased flooding is inevitable, and adaptation is now essential.”

Some communities are already making efforts to address flooding by raising roads, raising or constructing sea walls and installing pumping systems. Miami Beach has started work on a major flood prevention project that is expected to cost the city hundreds of millions over the next several years. Although Miami Beach Mayor Philip Levine has been lauded for embracing climate science and taking action to address the flooding, his plan has also been criticized by climate deniers and experts alike.

“There’s no playbook for this,” Levine said to the Miami New Times. “There’s no one saying, ‘Here, mayor, follow these 20 easy steps and you’ll be OK.”

The scientific community is increasingly looking for ways to engage with policymakers and the public. The UCS report made a number of policy recommendations based on its analysis, and this week, a group of more than 300 scientists from around the world are meeting in New York City to review current sea-level science and beginning discussions about collaborating on future research.

“We have a special responsibility to help society respond to the climate issue,” said Guy Brasseur of the World Climate Research Programme, one of the conference organizers, urging the conference attendees to invest heavily in sea-level rise research.

But even with access to robust scientific information about these issues, environmental policies can take a backseat when certain social issues are more politically convenient, or in communities without the financial means to develop and implement massive prevention projects like the one in Miami Beach.

More than half of the 170 communities most at-risk for flooding over the next two decades encompass socioeconomically vulnerable neighborhoods, the UCS report noted—”similar to the proportion of today’s chronically inundated communities.”

The Eastern Shore of Maryland, one of the regions currently experiencing some of the worst chronic flooding, “is home to a large elderly population on fixed incomes and a large African American population, two groups that have traditionally had fewer resources to cope with environmental disasters and change,” the report noted.

Report authors also acknowledged that these communities will require more assistance to address rising flood concerns:

“This analysis brings attention to the fact that these communities will need more resources and more capacity in order to prepare for the impacts of sea level rise. Fair solutions will be those that include considerations of socioeconomic vulnerability and are implemented equitably across communities.”

Source: ecowatch.com

100 Fossil Fuel Producers Responsible For 71% Of Emissions Since 1988

Photo-illustration: Pixabay
Photo-illustration: Pixabay

A historic new report from CDP has revealed that 71% of all greenhouse gas emissions since 1988 can be traced back to only 100 fossil fuel producers, a group which together are responsible for 635 billion tonnes of greenhouse gas emissions.

The new research from CDP, formerly the Carbon Disclosure Project, which was recently voted the number one climate change research provider by institutional investors, analyzed industrial carbon dioxide and methane emissions from fossil fuel producers in the past, present, and future. The Carbon Majors report is based on the most comprehensive dataset of historic company-related greenhouse gas emissions produced to date, the Carbon Majors Database, which currently consists of 100 extant fossil fuel producers made up of 41 public investor-owned companies, 16 private investor-owned companies, 36 State-owned companies, and 7 state producers.

The report concluded that 71% of all global greenhouse gas emissions since 1988 come from just 100 companies, and that 32% of these legacy emissions stem from companies that are public-investor owned. While 100 companies and 71% emissions is an intense figure, it’s even worse when you dig in further — 25 fossil fuel producers are linked to 51% of all global industrial greenhouse gases.

In a completely unsurprising news, the report also found that public investor-owned companies such as ExxonMobil, Shell, BP, Chevron, Peabody, Total, and BHP Billiton, were among the highest emitting companies since 1988, as well as State-owned entities such as Saudi Aramco, Gazprom, National Iranian Oil, Coal India, Pemex, and CNPC.

“This ground-breaking report pinpoints how a relatively small set of just 100 fossil fuel producers may hold the key to systemic change on carbon emissions,” explained Pedro Faria, Technical Director at CDP.

“We are seeing critical shifts in policy, innovation and financial capital that put the tipping point for a low carbon transition in reach, and this historic data shows how important the role of the carbon majors, and the investors who own them, will be.

“In particular, the report shows that investors in fossil fuel companies own a great legacy of almost a third of all industrial GHG emissions, and carry influence over one fifth of the world’s industrial GHG emissions today. That puts a significant responsibility on those investors to engage with carbon majors and urge them to disclose climate risk in line with the FSB Task Force for Climate-related Financial Disclosure (TCFD) recommendations, and set ambitious emission reduction targets through the Science Based Targets initiative to ensure they are aligned with the goals of the Paris Agreement.”

For anyone wondering, 1988 represents the year that the Intergovernmental Panel on Climate Change (IPCC) was formed and the effects of human activities on the climate were officially recognized — because humanity won’t recognize an issue if there isn’t a committee to do so. Unfortunately, 1988 also represents another marker — since 1988, the fossil fuel industry has only become more carbon-intensive, with their contribution of fossil fuels to global warming doubling; “833 GtCO2e was emitted in just 28 years since 1988, compared with 820 GtCO2e in the 237 years between 1988 and the birth of the industrial revolution.”

In a chilling summary halfway through the report, CDP explains that the fossil fuel industry has not been a friend to the environment:

“Fossil fuels are the largest source of anthropogenic greenhouse gas emissions in the world. The fossil fuel industry and its products accounted for 91% of global industrial GHGs in 2015, and about 70% of all anthropogenic GHG emissions. If the trend in fossil fuel extraction continues over the next 28 years as it has over the previous 28, then global average temperatures would be on course to rise around 4ºC above preindustrial levels by the end of the century. This would entail substantial species extinction, large risks of regional and global food scarcity, and could cross multiple tipping points in the Earth’s climate system, leading to even more severe consequences.”

“From carbon capture to clean energy, to methane mitigation to operational efficiencies, fossil fuel majors will have to demonstrate leadership by contributing to the low carbon transition at the scale and pace required,” added Richard Heede of The Climate Accountability Institute, who partnered with CDP on authoring the report.

“Fossil fuel extraction companies will need to plan their future in the context of a radical transformation of the global energy system. They owe it to the millions of clients they serve who are already feeling the effects of climate change, to consumers and investors, and to the many millions more that require energy for the comfort of their daily lives but are looking for alternatives to their products.”

Source: cleantechnica.com

European Union To Meet To Discuss Implementing Paris Climate Agreement

Foto-ilustracija: Pixabay
Photo: Pixabay

Environment ministers from across the European Union will meet this week in Estonia to discuss recent global developments on climate change and the European Union’s implementation of the Paris Climate Agreement.

To say that the first half of the year has been contentious would be to belabor understatement to its breaking point. Of course, the primary driver of this year’s contentiousness has been the United States, led by its less-than-fearless leader, Donald Trump. As much as the United States has been the villain in this year’s story, however, the European Union — while certainly not without soot on its hands — has certainly made itself the public face of the opposition to the United States’ protectionist and isolationist policies.

Last week’s G20 Summit meeting in Hamburg was instrumental in highlighting the gaping divide that is widening between the United States and pretty much everyone else. To narrow it down to the single issue of climate change is to singularly underestimate just how narrow-minded and ignorant Donald Trump and his administration are on a wide variety of issues — ranging from trade issues to international treaties.

But of course, for our purposes at CleanTechnica, Donald Trump’s decision to withdraw from the Paris Climate Agreement was met with unanimous opposition by all other members of the G20, essentially creating a G19 (on more issues than just climate change).

Stepping out of the G20 Summit, then, and into the rest of this year, it will be interesting to see whether the G19 will match their actions to their words. Specifically, it will be important to see whether the European Union is able to step up to all its tough talk of late. Before the Summit, heads of the European Union, from EU Member States through to the EU Presidents of the Council and Commission announced their strong commitment to the Paris Climate Agreement, and their desire to “swiftly and fully” implement the Agreement’s targets.

The first big sign of whether the European Union will match its deeds to its big talk is coming up at the end of this week, at a meeting of European Union environment ministers who will meet in Estonia on Thursday and Friday to discuss recent global climate change developments and the European Union’s implementation of the Paris Agreement. They meet with Climate Action and Energy Commissioner Miguel Arias Cañete for an informal EU Environmental Council meeting, organized by the Estonian Presidency of the EU Council, and will focus on eco-innovation and international climate action.

The two days will be filled with various bilateral meetings and working lunches (which always sound like the best type of working), as the Ministers seek to hash out a path forward. The working lunch is reserved exclusively for the heads of delegations.

“If we want to keep and increase our standard of living, we need fresh thinking and new solutions,” said Siim Kiisler, the Estonian Minister for the Environment, who chaired the meeting on eco-innovation on Thursday.

“This is where eco-innovation comes in. Waste can be a valuable resource, products can be designed to be greener, processes can be smarter and more efficient.”

“Sustainable financing means valuing environment, economy and society together at once. It’s important to create a system where all three are taken into account. We can’t invest in green solutions just because they are green, they must also be profitable and useful.”

Whether anything solid comes out of the two-day meeting is hazy at best, but the Ministers are all likely to be supremely driven by the issues raised at the G20 Summit meeting and a need to put a best foot forward, in opposition to Donald Trump and America’s new policies.

Source: cleantechnica.com

Google Inks Supply Deal with Largest Dutch Solar Farm

Photo: Pixabay
Photo: Pixabay

Google’s global renewable energy drive has continued with a new deal to purchase renewable power from the largest solar farm in the Netherlands.

Dutch clean energy specialist Enenco announced that the tech giant has signed a 10 year power purchase agreement (PPA) to source all the power generated by the Sunport Delfzijl project, which covers 30 hectares and is expected to generate 27GWh of electricity a year.

The PPA, financial details for which were not disclosed, will help offset the energy used by Google’s Eemshaven data centre. It marks the fourth renewable energy investment Google has made in the Netherlands, and the second deal with Enenco following a 2014 agreement to source wind power from the neighbouring Delfzijl wind farm.

“Google is forward-thinking to use locally generated solar and wind energy to power its data centre,” said Bram Poeth, director of Eneco Commercial Clients. “Google leads the way in providing a good example for the commercial sector, where we see a strong growth of the demand for sustainable energy. We are proud that we are able to contribute to making this possible.”

Marc Oman, EU Energy Lead at Google, said the deal was part of a wider strategy to source renewable power for the company’s operations.

“We are proud that our data centre in the Eemshaven has been powered by renewable energy since day one thanks to our agreements with Dutch suppliers,” he said. “After the agreement with Eneco for the delivery of wind energy from WindPark Delfzijl and the agreements with the wind parks Krammer and Bouwdokken, we are pleased that we can now also make use of solar energy. Worldwide, we have already contracted the delivery of 2.7 GW of green electricity, which makes Google the world’s largest corporate purchaser of renewable energy.”

He added that the deal should help unlock further investment in Dutch renewables projects. “Contracts like this give companies like Eneco the economic certainty to invest in new renewable energy capacity,” he said.

The deal follows the launch last year of a consortium featuring Google, AkzoNobel, DSM and Philips which saw the four multinationals team up to jointly source power from Dutch renewable energy projects.

The news also comes in the same week as reports that Google is set to receive its first wind power from Norway and rival tech giant Apple confirmed plans for a new data centre in Denmark that will be powered using a 30MW onshore wind farm.

Separately, the RE100 initiative, which encourages firms to switch to sourcing 100 per cent renewable power, announced this week that it has welcomed its 100th member, bringing together multinationals that have together committed to sourcing renewable power equivalent to the entire electricity demand of Poland.

Source: businessgreen.com

Artificial Reefs Could Help Save Our Oceans

Photo-illustration: Pixabay
Photo: Pixabay

The Smithsonian Institution calls coralline algae “the unsung architects of coral reefs.” These pink-colored seaweed, with a skeletal structure that resembles honeycomb, live in harmony with coral.

They strengthen the corals’ foundation by growing over and between gaps in coral reefs, essentially gluing sections of coral together. They provide a surface for baby corals to settle, and serve as food for marine life, including sea urchins, parrot fish and mollusks.

“They promote biodiversity and coastal protection,” said Chiara Lombardi, a scientist with the Italian National Agency for New Technologies, Energy and Sustainable Economic Development (ENEA). “Also, they play an active role in the carbon cycle.”

The bad news, however, is that, like coral, they are vulnerable to the ravages of climate change and and ocean acidification.

“They become more fragile, and they bleach, and they aren’t able to create a healthy habitat for biodiversity,” Lombardi said. “Thus, their survival and, as a cascading effect, the survival of the associated species, is at risk.”

Lombardi and her colleagues, including Federica Ragazzola, a marine biologist at the University of Portsmouth in the UK, initiated an unusual experiment recently to try to protect these algae — scientific name Ellisolandia elongata — from increasing harm.

Last month, they installed the first of several artificial coralline algae reefs — made of highly elastic rubber material — near real coralline algae reefs in the Gulf of La Spezia, in northwest Italy. The goal is that these plastic mimics — as the artificial reefs are known — which look and move like the real thing, will shelter and host the tiny creatures who typically live on the algae, and also will become scaffolds for real coralline algae to grow.

The 60 synthetic mini reefs, each with 20 fronds, are just 10 centimeters in diameter, making them easy to place in a natural reef. Snorkelers attached the artificial reefs using epoxy resin. Hampered by bad weather, they had to make three separate runs to finish the job. “The resin needs 24 hours to become hard, so if waves occur during this period, the risk of detachment is very high,” Lombardi said.

The material’s properties are similar to that of the algae and non-toxic to the marine ecology. The mimics won’t ultimately become plastic ocean litter. “After one year of exposure, they will be removed and brought to the laboratory,” for further experiments, Lombardi said.

The research will “clarify the function of the coralline algae reef as a buffer for diversity, abundance, reproductive, ecological and structural characteristics of the associated fauna,” Lombardi said. The results “will be important for the planning of future protection and management strategies.”

This is not the first time artificial “substrates” have been used experimentally, but they have never before been made to mimic the properties of natural algae. “The majority of the studies simulating reef are mainly focused on corals,” Lombardi said. She stressed the importance of preserving algae.

“They provide services that will benefit human lives,” Lombardi said. “They are a resource, not only for marine life. We tend to consider protection of nature very far from human beings — but we are all connected, and it is important to understand this connection. Protecting the natural ecosystem will benefit the lives of all future generations.”

Source: cleantechnica.com

Trillion-Ton Larsen C Iceberg Breaks Off Antarctic Ice Shelf

Photo-illustration: Pixabay
Photo: Pixabay

The biggest iceberg in recorded history has broken off of Antarctica’s Larsen C ice shelf, sending a trillion tons of ice trillion-ton Larsen C Iceberg has broken offinto shipping lanes. If only somebody could tow this Larsen C iceberg to California, it would go a long way toward solving the Southwest’s water shortages…

Scientists worry that the entire Larsen C ice shelf could destabilize (as happened after similar iceberg-calving events at the ice shelf’s neighbors, Larsen A and Larsen B) and even break up. If that happens, it acts like a cork being pulled from a bottle and releases the continent’s interior glaciers, accelerating their rush to the sea and adding to sea level rise.

Keep in mind that when the IPCC made its estimate of sea level rise as “only” three feet by 2100, that did NOT include any rise caused by Antarctic melting, as scientists simply didn’t know enough about whether Antarctic ice was even melting at the time. Now that it’s clear that melting is taking place and accelerating, that could up sea level rise by several feet or even meters. There’s enough ice stored up on Antarctica to raise sea level 220 feet!

Meanwhile, climate activists have launched a campaign to rename the Larsen C iceberg as the “Exxon Knew 1 iceberg,” highlighting their campaign to hold the oil giant accountable for the way they mashed up 30 years of climate knowledge (internally) with 30 years of climate denial (externally).

Writing at Rolling Stone, Jeff Goodell, author of The Water Will Come: Rising Seas, Sinking Cities, and the The Water Will Come: Rising Seas, Sinking Cities, and the Remaking of the Civilized World, by Jeff GoodellRemaking of the Civilized World, notes:

“A few months ago, I outlined the risks of a rapid collapse of the ice sheets in Antarctica in a story about Thwaites glacier in West Antarctica. The dynamics at work on Thwaites are far more complex than what we’re seeing right now with the Larsen C. But if Thwaites really starts to go, we’re headed for a future with 6,000-foot-high ice shelves collapsing into the sea and dramatic sea level rise of as much as 10 feet. As Ohio State glaciologist Ian Howat told me earlier this year, ‘If there is going to be a climate catastrophe, it’s probably going to start at Thwaites.’

“We are living at a scary moment, a time when even the best scientists are struggling to understand just how quickly and dramatically our world can change. Maybe the best way to think about the Larsen C is as a prelude to the coming catastrophe, and as a last-minute call to action. ‘The Larsen C is Mother Nature’s warning flag,’ polar explorer Robert Swan said at the Sun Valley Institute’s annual forum last week. ‘It’s her way of saying, “Hey, pay attention to what you’re doing to the planet we all live on.”‘”

Source: cleantechnica.com