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France Planning New Ways To Get Old, Heavily Polluting Cars Off The Road

Photo-illustracija: Pixabay
Photo-illustration: Pixabay

The government of France is reportedly now planning a series of tax and incentive implementations meant to get some of the oldest and/or most heavily polluting cars off the country’s roads.
In addition, the country’s government is planning to incentivize the installation of energy saving insulation in houses, according to the country’s environment minister.

These new plans will be presented as part of the 2018 government budget, and will include/comprise a set of measures meant to reduce greenhouse gas emissions and air pollution problems, the French Environment and Energy Minister Nicolas Hulot was quoted by the newspaper Liberation as saying.

Reuters provides more: “Hulot said he would propose that a €500 to €1,000 incentive to switch to a less polluting vehicle, so far only available to low-income families, should be available from 2018 to all citizens who own cars with petrol engines registered before 1997 and cars with diesel engines registered before 2001.

“The sum will not only be for buying new cars but also relatively new second-hand vehicles with low carbon dioxide emissions … Hulot also said that for low-income households the incentive would be doubled to €2,000. He added that for a low-income family buying a small second-hand car, the incentive could add up to more than half of the vehicle’s value.

“Some three million old cars are eligible for the conversion incentive and the ministry hopes around 100,000 of these will be replaced next year. All car owners who switch to an electric vehicle will receive a €2,500 switching incentive on top of a €6,000 subsidy if the measure is approved.”

There is also a plan to provide up to €3,000 to low-income families in order to clean up their heating sources. If they drop diesel fuel heating systems and buy renewable energy heating systems instead (those would be wood-fired heaters or heat pumps), then they become eligible for that cash support.

Overall, that all sounds like a pretty good deal if it goes through.

Notably, Hulot also revealed that plans are for France’s carbon tax to increase to €44.60 per tonne in 2018 — up quite a bit from the current rate of €30.50 per tonne. Plans still call for the rate to increase to €100 per tonne by 2030.

Source: cleantechnica.com

Siemens Gamesa Awarded Mammoth 300 Megawatt Wind Turbine Order In China

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

Siemens Gamesa Renewable Energy announced this week that it had received one of its largest ever Chinese wind turbine order, for 300 megawatts set to be delivered to Inner Mongolia.

Siemens Gamesa Renewable Energy is the result of a merger between the two named companies, Siemens’ Wind Power business & Spanish wind energy company Gamesa, which officially completed their merger in April of this year. Both companies bring with them a long history of global wind energy activity, including an impressive 6.3 gigawatt (GW) installation history throughout Asia, as well as another 5 GW in India.

It is no surprise, then, that the newly-merged company has continued its performance in Asia, and has this week reinforced its commitment to the region with a new order for 300 megawatts (MW), one of the largest orders ever in Asia.

The company will supply 150 of its G114-2.0 MW turbines to the Xilinhot complex, in Inner Mongolia. Siemens Gamesa refrained from naming the developer of the Xilinhot project, but it appears from various sources that it is being developed under the auspices of the Huaneng Group, one of the five largest state-owned electric utility enterprises in China.

Siemens Gamesa will provide the wind farm with a total of 300 MW worth of wind turbines, set for delivery beginning in the second quarter of 2018, with the Xilinhot project expected to be completed and operational by the end of the year. Siemens Gamesa will also provide long-term operation & maintenance to the project.

“With this significant order, the company has achieved a new milestone in its strategy in China where it has already installed over 4.6 GW,” said Álvaro Bilbao, CEO of Siemens Gamesa in Asia Pacific.

Source: cleantechnica.com

Dubai Awards 700 Megawatt Solar CSP Contract For Mammoth Mohammed Bin Rashid Al Maktoum Solar Park

Foto: en.wikipedia.org
Photo: en.wikipedia.org

The Gulf emirate of Dubai announced on Saturday the contract for the mammoth Mohammed Bin Rashid Al Maktoum Solar Park, a 700 megawatt solar CSP extension awarded to a consortium made up of Chinese-based Shanghai Electric and Saudi Arabia’s ACWA Power.

Announced on Saturday, the Dubai Electricity and Water Authority (DEWA) awarded the contract to build the 700 megawatt (MW) fourth phase of the Mohammed bin Rashid Al Maktoum Solar Park — a massive solar park which is intended to generate 1,000 MW by 2020 and a whopping 5,000 MW by 2030. The park started out small with a 13 MW solar PV first phase, which became operational in 2013. This was followed by a 200 MW solar PV second phase which began operation earlier this year, and the 800 MW third phase is expected to begin operations by 2020.

The fourth phase of the park’s development starts with a first stage 700 MW concentrating solar power (CSP), which was awarded to Chinese-based Shanghai Electric and Saudi Arabia’s ACWA Power, and is expected to be commissioned in the fourth quarter of 2020. The AED14.2 billion ($3.87 billion) project is currently set to be the single largest CSP project in the world, and was awarded to the consortium of Shanghai Electric and ACWA Power at an impressive LCOE bid of USD 7.3 cents per kilowatt-hour (kW/h) — making it cost-competitive with fossil fuel generated electricity without subsidy. According to ACWA Power, “The levelised tariff, the size of the plant and the dispatch methodologies places the CSP technology, with no carbon or other polluting particulate emissions, in direct tariff competition with fossil fuel power generation for the first time.”

The selling point for CSP, as described by ACWA Power, is its ability “to collect energy from the sun, which can be used to generate entirely renewable energy based electricity not just during the day while the sun is shining but throughout the night just as a gas, oil or coal-fired power plant does.” CSP technology is based around a central solar tower which focuses sunlight into surrounding parabolic troughs which collect the energy — hence the “concentrating” aspect of its name.

“Awarding this strategic project supports the vision of His Highness Sheikh Mohammed bin Rashid Al Maktoum, Vice President and Prime Minister of the UAE and Ruler of Dubai, to promote sustainability, and make Dubai a global centre for clean energy and a green economy,” said His Excellency Saeed Mohammed Al Tayer, MD&CEO of DEWA.

“This vision is supported by the Dubai Clean Energy Strategy 2050 to increase the share of clean energy in Dubai’s total power output to 7% by 2020, 25% by 2030, and 75% by 2050. Our focus on renewable energy generation has led to a drop in prices worldwide and has lowered the price of solar power bids in Europe and the Middle East. This was evident today when we received the lowest CSP project cost in the world.”

“The confirmation of our 700 MW CSP bid for the Sheikh Mohammad Bin Rashid Solar Park represents a pivotal moment for the solar industry and the efforts in the region to reach a clean energy future,” added ACWA Power Chairman Mr. Mohammad Abunayyan. “ACWA Power is proud to continue to be recognised as a partner of choice by DEWA and to support the efforts of making Dubai Clean Energy Strategy 2050 a reality.”

Source: cleantechnica.com

More Than 300 Companies Have Set Ambitious Science-Based Climate Targets

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

More than 300 companies worldwide have now committed to setting ambitious Science Based Targets to reduce emissions, with more than 90 new companies joining this year alone, which also now includes 50 US businesses.

The Science Based Targets initiative is aimed at defining and promoting best practice in science-based target setting for companies and is a partnership between CDP, WRI, WWF, and the UN Global Compact. Just over a year ago, the number of companies committed to Science Based Targets was 155, showing just how far and quickly the initiative has grown and the growing importance of competitive and sensible renewable energy and carbon emissions targets among corporations worldwide.

“As more and more companies see the advantages of setting science-based targets, the transition towards a low-carbon economy is becoming a reality,” explained Lila Karbassi, Chief, Programmes, UN Global Compact. “Businesses now working towards ambitious targets are seeing benefits like increased innovation, cost savings, improved investor confidence and reduced regulatory uncertainty. This is becoming the new ‘normal’ in the business world, proving that a low-carbon economy is not only vital for consumers and the planet, but also for future-proofing growth.”

Companies that have signed up to the Science Based Targets initiative currently represented an estimated $6.5 trillion in market value — that’s roughly the equivalent of the NASDAQ stock exchange — and are responsible for 750 million metric tonnes of CO2 emissions per year, which is comparable to 158 million cars being driven for a year. Spanning 35 countries and representing a wide array of industry including manufacturing, power, retail, consumer goods, technology, chemicals, apparel, hospitality, and banking, the 300+ companies are leading the way towards a cleaner future.

Already a total of 72 science-based targets have been approved by the Science Based Targets initiative, including 41 this year. Targets are not rubber-stamped, but are the result of back-and-forth between the initiative and companies, in an effort to provide the best support and result in the most effective targets possible. Companies that have recently received approval on their science-based targets include Adobe, Colgate-Palmolive, CVS Health, Eneco, Givaudan, HP Inc., Kering, Kirin Holdings, Marks & Spencer, Mars, Nestlé, and Tesco.

In the lead-up to Climate Week in New York, a bundle of new top apparel companies have announced their commitment to set science-based targets — including big names like Gap Inc., NIKE, Inc., Levi Strauss & Co., GUESS, EILEEN FISHER, and VF Corporation.

“By joining the Science Based Targets initiative, these companies are positioning themselves as leaders in the apparel sector,” said Cynthia Cummis, WRI’s Director of Private Sector Climate Mitigation. “The fashion industry is known for innovation and these companies are using that spirit to tackle climate change. For apparel brands, up to 90 percent of emissions come from the value chain, and companies share many of the same suppliers, so setting ambitious value chain targets will open up a great deal of opportunity for collaboration, innovation and efficiency across the industry.”

Beyond the new crop of apparel companies making science-based targets a bunch of other new companies have recently joined up, including names such as Cummins, Epsom, Mahindra Sanyo, Merck, CVS Health, Olam, Telefónica, Veolia Environnement, Wyndham Worldwide Corporation, and more.

“Addressing issues like climate change and the transition to a sustainable, low-carbon future takes collaboration across our supply chain and with our industry peers,” said Eileen Howard Boone, Senior Vice President of Corporate Social Responsibility and Philanthropy, CVS Health. “Our commitment to developing science-based emissions reduction targets demonstrates our ongoing responsible growth strategy and the measurable actions we are taking to reduce our environmental impacts.”

Among the 300 companies signing up to the Science Based Targets initiative are 50 US companies — more than any other country, and representative of the complete lack of interest corporate America has in following Donald Trump’s lead with regards to the environment. US companies signing up to the initiative represent a total of $2 trillion in market value and are responsible for 166 million metric tonnes of CO2 per year.

Mars, one of the world’s most popular confectionery companies, last week had its target approved by the initiative.

“Mars is very pleased to have our Sustainable in a Generation Plan targets approved by the Science Based Targets initiative, which we believe sets a new standard for responsible business growth,” said Kevin Rabinovitch, Global Sustainability Director, Mars. “We are using science to set long-term absolute greenhouse gas targets covering our entire value chain and look forward to others joining us.”

Source: cleantechnica.com

Total steps up green push with EREN RE and Greenflex deals

Photo - ilustration: Pixabay
Photo-illustration: Pixabay

Oil giant Total has today further strengthened its expanding portfolio of clean tech interests through major investments in two of Europe’s leading green businesses.

The company announced it is to acquire energy efficiency consultancy and service provider GreenFlex for an undisclosed sum and has also signed a €237.5m agreement to acquire a 23 per cent stake in renewable energy developer EREN RE.

Total said the acquisition of GreenFlex – which was founded in 2009 and is forcasting revenues of more than €350m this year – will “accelerate the expansion of Total’s energy efficiency offering, over and above the growth of its affiliates BHC Energy in France and Tenag in Germany”.

The company said the move was part of a strategy to offer clients integrated energy efficiency solutions that incorporate the optimisation of energy needs, help accessing financing, and energy management and emissions measurement and reduction support.

Philippe Sauquet, president of gas, renewables and power at Total, said the deal was part of a long standing strategy that has seen the company acquire a number of leading clean tech firms in recent years.

“Climate challenges are integrated into Total’s strategy, and our aim is to be the responsible energy major,” he said in a statement. “This acquisition in energy efficiency services is fully aligned with this strategy. We are pleased to welcome GreenFlex and its employees to the Group. Total aims to make GreenFlex the linchpin of its growth in the energy efficiency industry in Europe.”

The transaction is expected to close in the fourth quarter of 2017, subject to approval by regulatory authorities.

Total has emerged as a major player in the green economy in recent years as it has sought to diversify its revenue streams and drive a transition towards a lower carbon model. The company has invested heavily in solar technologies, most notably as the majority shareholder SunPower, and last year snapped up French battery maker Saft in a €950m deal. It also announced earlier this year that it was planning to install solar arrays at 5,000 of its petrol stations globally over the next five years.

The purchase of a stake in EREN RE is in line with the firm’s acquisition strategy and sees Total secure an interest in a global renewables portfolio totalling 650MW of capacity either under operation or construction.

The capital injection for EREN RE means the company will be able to cover its financing needs to accelerate its development in the coming years, Total said.

It also confirmed that the terms of the deal, which is subject to regulatory approval, give Total the possibility of taking full control of EREN RE after five years, by which point the the company hopes to have built a portfolio totalling 3GW of capacity

Patrick Pouyanné, chairman and CEO of Total, said the deal was the latest step in the oil giant’s strategy to become “the responsible energy major”.

“EREN RE’s momentum will allow us to accelerate our growth in solar energy and move us into the wind power market,” added Sauquet. “The agreement with EREN RE is a major step towards our objective of achieving 5GW of installed capacity in five years. In line with the Group’s integrated strategy along the oil and gas value chains, we are rebalancing our portfolio in renewables between the upstream manufacturing with SunPower and the downstream power production with EREN RE.”

David Corchia, CEO of EREN RE, said the investment would provide a boost to the company’s global expansion plans.

“As part of this agreement, EREN RE will retain its managerial autonomy that has made its success since the foundation, in particular its agility, flexibility and speed of strategic decisions and their implementation,” he added. “Thanks to our shareholders, the company, which was already one of the best capitalized players on the renewables market, will benefit from increased financial capacities to match its ambitions. This alliance is fully in line with our long-term vision: to transform an entrepreneurial project into a leading industrial group at international level.”

Source: businessgreen.com

MILAN MANOJLOVIĆ: An Electric Bike is an Ideal Means of Transport for Those Who Live and Work in the City

Foto: Privatna arhiva
Photo: Private archive

The team „E prime“ is a proof that with a good idea it is possible to make an energy-efficient product, which will delight domestic customers in the first place, and then the whole world.When you ask people what is their favorite

When you ask people what is their favorite means of transport for shorter destinations, many will say it’s a bicycle. When you are on a bike, there is no crowd in transportation, there is no waste of time in looking for a parking lot, you can go almost anywhere, and the enjoyment in driving and the benefit of physical activity is immeasurable.

Nevertheless, the bike is mostly used for recreation, but not for going to work. Truth be told, it is not really appropriate to show up at your workplace sweaty and breathless. However, if you have imagination and entrepreneurial spirit, with a little knowledge about technology, you will overcome this problem. Simply, you will make an electric bike!

Exactly with this vision, a team of young people gathered around the project E prime got to work. A successful domestic brand was created out of the first modified electric bikes. Milan Manojlović, one of the members of E prime team, told us more about these modern city bikes.

EP: It seems that even regular bikes are not popular enough in our country. How come that you became interested in electric bikes? Who came up with the idea that e-bikes are the right thing? Were you driven by love for bicycles, innovations or simply a good feeling for business?

Milan Manojlović: Considering that we live in Belgrade, where it is becoming harder every day to drive and find a parking place, and by ordinary bicycle, we could not go to work because we would arrive flushed and breathless, which is certainly not accepted in business environment, we decided to do something.

Since everyone on the team is a big fan of both bicycles and all other vehicles, we have made a few experimental electric bikes out of enthusiasm, so that we, ourselves can use them for everyday needs and reduce transportation costs.

Three years ago, we made our first models and then we started to have problems with being late for work. And not because of traffic jams or parking, but because other traffic participants often stopped us and inquired about the bikes we drive.

Then we realized that we had to get serious and start producing electric bikes. Of course, model development and testing, as well as the production of tools for production, lasted for almost two years.

Photo: E prime

EP: Tell us more about E prime bicycles. For starters, they are equipped with everything and they are easy to ride. But, is it difficult to carry them up the stairs?

Milan Manojlović: E-prime bikes are designed, constructed and manufactured in Serbia. In order to adapt them to the needs of customers, we have designed a wide range of equipment and options, so that our bikes can be used for both recreation and daily needs, as well as for business purposes. Customers are most often interested in starting a

Customers are most often interested in starting a bicycle with a fingerprint, GPS tracking, alarm, hydraulic brakes…

Our bikes can be carried up the stairs, but it’s certainly easier to use the elevator. It is possible to remove the battery from each model and charge it in the apartment, without the bike itself, so in many cases, you do not need to carry it up the stairs. Likewise, our bikes can be charged in an hour.

Likewise, our bikes can be charged in an hour.

Photo: E prime

EP: Which model is your main product? How fast is it and what is its range?

Milan Manojlović: Our main model is eXperience. We can boast that we havea unique design, that has not been seen at any world’s manufacturer. Depending on the choice of the engine and the battery, it can travel at a speed of as much as 70 km/h and have a range of up to 200 km with only one charging.

EP: Are the E Prime bicycles made for driving around the city or outside the trails?

Milan Manojlović: The models that are currently on sale are designed primarily for city driving, but they can also be driven on moderately difficult paths outside the road.

Discover the secret behind E prime battery in the interview Milan gave to our bulletin on Ecomobility.

What Effects Does Climate Change Have On Soil Health & The Future Of Food?

Photo-illustration: Pixabay
Photo-illustration: Pixabay

Global temperatures increasing steadily at their fastest rates in millions of years? Very scary. Glaciers calving and collapsing into the sea? Hard to miss. The Atlantic Ocean lapping down the streets of Miami? Front page news almost everywhere.

Others — like declining soil health — may be a little less immediately dramatic, but they can be equally impactful and even more far-reaching. It’s not the sort of thing that inspires a telethon, but over time the toll of erosion, pollution, losses in organic matter, and other soil impacts of the climate crisis imperil a very basic human need — to eat.

The health and vitality of soil everywhere, from the smallest backyard garden to the largest Midwestern farm, plays an integral role in food production — and it’s threatened by climate change.

“I think a big problem that people have when they talk about climate change is they don’t emphasize enough the risks to food production, and I think that really shortchanges some of the arguments and the concerns down the road,” says journalist and author Chris Clayton. “The idea that you could have millions of migrants moving all over the world because they can’t eat, and the disruption and instability that creates doesn’t get enough appreciation in the world.”

Clayton is the agriculture policy director of DTN/The Progressive Farmer and the author of The Elephant in the Cornfield: The Politics of Agriculture and Climate Change, which examines the conflict in rural American farming communities over climate change.

He puts the stakes of the climate crisis on agriculture and food production into stark relief. “[E]verybody has to eat. You know? And if our population is growing as everybody says it’s going to be growing – 9.6 billion people by 2050. That’s two-and-a-half billion more people than now,” Clayton goes on to explain. “How are you going to feed them in a more volatile weather climate? Every single year, every single day. And when that year hits where food production in two or three bread baskets around the world is short a little bit – 10 percent here, 15 percent there – the risk of political instability becomes huge.”

Source: cleantechnica.com

M&M’s Launches Fans Of Wind Energy Campaign To Inform Consumers About Renewable Energy

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

One of the world’s favorite candy companies, M&M’s, has launched a new campaign called Fans of Wind energy in an effort to inform consumers of the value of renewable energy and its importance in counteracting climate change.

“People sure do love M&M’s,” says the company on the front page of its new Fans of Wind campaign page. “That’s why we make a ton of ‘em. But we’re not just about making treats that everyone loves — we want to make them in a way that is sustainable and treats the planet better. Guess that’s what makes us such big fans of renewable wind energy.”

This isn’t the company’s first foray into the renewable energy sector, either. In 2014 the Mars company was the first US member of the RE100 business campaign, run by The Climate Group and CDP. The company committed to using 100% renewable electricity at all its sites worldwide and a zero net greenhouse gas emissions target by 2040, with an interim target of 25% carbon emission reduction by 2015.

Further, the company already partners with two wind farms, the Mesquite Creek Wind Farm in Lamesa, Texas — which provides 100% of the electricity needs of Mars’ US operations, and the Moy Wind Farm in Scotland — which provides 100% of Mars’ entire UK operations.

The new Fans of Wind energy campaign is being launched to increase awareness of the urgency of climate change, as well as the importance of it being a communal and corporate effort to combat climate change.

“We have the power to act now to prevent further climate change,” said Berta de Pablos-Barbier, President of Mars Wrigley Confectionery US. “None of us will thrive without a healthy planet.

Through the new Sustainable in a Generation Plan and our M&M’S campaign we are committed to doing our part. We are using our unique position as one of the world’s largest privately held, family-owned businesses, plus the power of our iconic brands like M&M’S, to do good for our consumers and for the planet.”

“One M&M’S candy on its own can seem small, but we know our brand can have a big impact on the world by doing what’s right to combat climate change,” de Pablos-Barbier continued. “Thanks to the love consumers have for the brand, we’re hoping to make a bigger impact. Each of our consumers has the power to take small steps to increase their use of renewable energy to make big strides in ensuring the future health of our planet.”

Source: cleantechnica.com

Ambitious 1.5C Paris Climate Target is Still Possible, New Analysis Shows

Photo-illustration: Pixabay
Photo-illustration: Pixabay

The highly ambitious aim of limiting global warming to less than 1.5C remains in reach, a new scientific analysis shows.

The 1.5C target was set as an aspiration by the global Paris climate change deal in 2015 to limit the damage wreaked by extreme weather and sea level rise.

It was widely seen as impossible because analysis at the time indicated it required carbon emissions to fall to zero within seven years, a speed deemed “incompatible with democracy” by one climate economist.

However, an updated analysis using the latest data shows the global carbon emissions budget that meets the 1.5C goal is significantly bigger than thought, equivalent to 20 years of current annual emissions.

The scale of the challenge remains huge but it means that, if the world’s nations ratchet up their emissions cuts in future as intended under the Paris deal, the expected “severe, widespread, and irreversible impacts” on people and the natural world could be avoided.

“It is looking more hopeful that we can really achieve the Paris goals,” said Prof Michael Grubb, a climate economist at University College London and one of the team that produced the new analysis published in the journal Nature Geoscience.

In 2015, Grubb said the massive scale and speed of carbon cuts needed to meet the 1.5C target were “incompatible with democracy”.

But the new work has changed his mind, showing there is more room for emissions than thought. He also said carbon emissions have stopped growing sooner than expected, especially in China, and that renewable energy costs are plummeting unexpectedly quickly. “We are in the midst of an energy revolution,” he said.

Prof Myles Allen at Oxford University, who was part of the team that produced the new analysis of the 1.5C goal, said they used several methods to make a fresh estimate of the necessary carbon budget, including updating measurements of the emissions and warming that have already occurred. Previous computer models had also projected more rapid warming in the expectation that, for example, sun-blocking pollution particles would be cleaned up more quickly than it has in reality.

“A lot of people said 1.5C is simply not possible,” said Allen. But the new work revealed that for a 66 per cent chance of meeting the 1.5C target in 2100, the budget is 240 billion tonnes of carbon, assuming that other greenhouse gases such as methane are also controlled. This means the target could be met if strong action is taken. The scientists also warned that carbon cuts need to happen sooner rather than later, starting with countries strengthening their Paris pledges in 2018.

A commonly used scenario for ambitious carbon cuts, called RCP2.6 by the Intergovernmental Panel on Climate Change, projects ever bigger carbon cuts as time passes. But Grubb pointed out that this would eventually require annual drops in carbon emissions only previously seen when economies collapsed in the 1930s depression, the second world war and at the end of the Soviet Union. Instead, he said, cutting carbon by smaller amounts but starting much sooner could deliver the 1.5C goal.

Grubb said the “politics is still not easy”. But he downplayed the impact of President Donald Trump’s decision to take the US out of the Paris deal, saying other nations, as well as states and cities in the US, were pressing ahead regardless, not least because of the economic attraction of ever cheaper green energy. On Sunday, both secretary of state Rex Tillerson and national security adviser HR McMaster indicated the US is open to negotiations on staying in the Paris deal.

As the new work was published, the UK’s Met Office said that the “slowdown” in the rate of global temperature rises seen in the first decade or so of this century was over, with 2014, 2015 and 2016 all setting new heat records. In the latter two years, the world’s surface air temperature was more than 1C above pre-industrial levels for the first time.

However, increasing air temperatures only account for about three per cent of the heat trapped by greenhouse gases. The other 97 per cent is absorbed by the oceans and the rising global warming experienced by the planet as a whole has remained unchecked for decades. Evidence of this is the inexorable rise of sea levels, caused by melting ice caps and the thermal expansion of sea water.

The slowdown in rising air temperature between 1999 and 2014 resulted from a natural decadal cycle in Pacific, the Met Office scientists said. This led to the ocean circulation speeding up, enabling it to drag more heat down into the deep ocean and away from the atmosphere. But that cycle has now ended, returning temperature rises to their long-term gradually accelerating trend.

The temporary slowdown does not mean the challenge to tackling climate change will be any easier, said Allen: “The slowdown has not helped us in any way.” This is because it merely reflects a natural variation superimposed on the strong warming trend driven by the carbon emissions from human activities.

Source: businessgreen.com

British Airways Tries Again on Waste Based Biofuels

Photo-illustration: Pixabay
Photo-illustration: Pixabay

UK carrier British Airways (BA) has partnered with renewable fuels company Velocys, after an earlier waste-to-fuel initiative named GreenSky with Washington-based Solena Fuels fell through.

This latest venture uses fuel derived from waste biomass, similar to the GreenSky project that BA signed up to with Solena in 2010. Under that earlier project, BA was planning to power its London City flights using biofuels from a new facility in east London, which was scheduled to start production in 2017. However, the Solena project never materialized because of mixed government support, cautious investor appetite and low crude oil prices.

In 2015, at the Airport Operators Association (AOA) annual conference, IAG CEO Willie Walsh said he was talking to a number of other sustainable fuel suppliers after Solena struggled to make progress. “It has been frustrating for various reasons, mainly external, but I am still optimistic that we will see sustainable biofuel,” he said at the time.

Commenting on the new Velocys partnership, a BA spokesman told ATW this venture is more likely to succeed because Velocys is already producing waste-based biofuels in the US.

“This project has the same basic claim as GreenSky, but there are a number of basic differences. Velocys has a track record of successful projects and they run a plant in the US that’s already functioning. The technology is already proven and we believe the market environment has improved since our previous experience,” the BA spokesman said.

One of these changes is that the UK government has added sustainable jet fuel incentives under its Renewable Transport Fuels Obligation (RTFO), which was updated Sept. 14.

“The UK government and the Department for Transport will provide incentives to progress sustainable fuels. These changes in the RTFO allow aviation fuel suppliers to opt in to development fuels. That incentive provides a way into this area, which is different from where we were previously. While we are clearly at an early stage, this partnership is a significant step in this process,” the BA spokesman told ATW.

Under the Velocys venture, BA will help design a series of plants that will generate fuel from household waste, such as nappies, plastic food containers and chocolate bar wrappers. The first plant will use hundreds of thousands of tonnes of household waste per year, sourced from 5 million tonnes sent to UK landfill sites each year.

“The planned plant will produce enough fuel to power all British Airways’ 787 Dreamliner operated flights from London to San Jose, California and New Orleans, Louisiana for a whole year. It would be the first plant of this scale. The airline plans to supply its aircraft fleet with increasing amounts of sustainable jet fuel in the next decade,” BA said.

The fuel will generate 60% fewer emissions than traditional fossil fuels, saving 60,000 tonnes of CO2 every year. “This will contribute to the airline’s commitment to reduce net emissions by 50% by 2050,” BA said.

Source: atwonline.com

Plastic-Degrading Fungus Found in Pakistan Trash Dump

Photo-illustration: Pixabay
Photo-illustration: Pixabay

We’re filling up the world with plastic, and the material takes up to a millennium to break down in landfills. A group of scientists sought a solution to our plastic problem in nature – and they actually found one: a plastic-devouring soil fungus.

Our current solutions for dealing with plastic aren’t working well. Not all of the material is recycled, and it’s polluting landfills and oceans. Sehroon Khan of the World Agroforestry Center said in a statement, “We wanted to identify solutions with already existed in nature, but finding microorganisms which can do the job isn’t easy.”

Turns out, there was such an organism: the fungus Aspergillus tubingensis. Laboratory trials revealed the fungus can grow on the surface of plastic, where it secretes enzymes that break chemical bonds between polymers. The researchers even found A. tubingensis utilizes the strength of its mycelia to help break plastic apart. And the fungus does the job rapidly: the scientists said in weeks A. tubingensis can break down plastics that would otherwise linger in an environment for years.

Factors like temperature and pH level may impact how well the fungus can degrade plastic, but the researchers say if we could pin down optimal conditions, perhaps we could deploy the fungus in waste treatment plants, for example. Khan said his team plans to determine those factors as their next goal.

Khan is also affiliated with the Chinese Academy of Science, and eight other researchers from institutions in China and Pakistan contributed to the study.

Source: inhabitat.com

New York Skyline Targeted with Energy Efficiency Upgrade Rules

Photo-illustration: Pixabay
Photo-illustration: Pixabay

Measures that would force owners of New York City’s 14,500 least efficient large buildings to install upgrades to boilers, water heaters, roofs, and windows in order to cut emissions have been outlined by the city’s Mayor, Bill de Blasio.

The new rules announced last week would compel NYC buildings of over 25,000 sq. ft. in size to meet regulatory fossil fuel caps or face sharp penalties from the city’s authorities, with the aim of boosting air quality and cutting total city wide greenhouse gas emissions by seven per cent between now and 2035.

The worst performing 14,500 large buildings account for 24 per cent of the city’s total greenhouse gas emissions, and the new building measures will therefore help the city towards its 2050 target of cutting emissions by 80 per cent from 2005 levels, according to the Mayor.

“New York will continue to step up and make critical changes to help protect our city and prevent the worst effects of climate change,” said de Blasio, who has been highly vocal in his criticism of US President Donald Trump’s stance on climate change. “We must shed our buildings’ reliance on fossil fuels here and now. To do this, we are mandating upgrades to increase the energy efficiency of our buildings, helping us continue to honour the goals of the Paris Agreement. No matter what happens in Washington, we will not shirk our responsibility to act on climate in our own backyard.”

Fossil fuels burned in buildings for heat and hot water are New York’s largest single source of emissions, accounting for 42 per cent of the total, he added.

The Mayor’s Office estimates the new measures will help create an estimated 17,000 green jobs to perform building retrofits.

To compel building owners to achieve these objectives, the proposed legislation will set annual penalties that increase with building size and the amount by which the buildings exceed the fossil fuel use targets.

At the same time, it will also establish a new low interest green financing programme to help owners meet the standards and prevent landlords from hiking rents in order to pay for building improvements, de Blasio revealed.

The city authorities estimated the penalties would mean a 30,000 sq. ft. building operating substantially above its energy target would be fined $60,000 for every year it failed to meet the standards from 2030.

Mark Chambers, director of the Mayor’s office of sustainability, said the building emissions proposals were the “most ambitious” in the US.

“Less carbon pollution and less reliance on fossil fuels mean lower energy costs, more comfortable environments for tenants, and cleaner air for all New Yorkers, all of which put us on track toward achieving our vision of a sustainable, thriving, and just city,” he said.

Source: businessgreen.com

Asia’s Glaciers to Shrink by a Third by 2100, Threatening Water Supply of Millions

Foto: Pixabay
Photo-illustration: Pixabay

Asia’s mountain glaciers will lose at least a third of their mass through global warming by the century’s end, with dire consequences for millions of people who rely on them for fresh water, researchers have said.

This is a best-case scenario, based on the assumption that the world manages to limit average global warming to 1.5C (2.7F) over pre-industrial levels, a team wrote in the journal Nature.

“To meet the 1.5C target will be a task of unprecedented difficulty,” the researchers said, “and even then, 36% (give or take 7%) of the ice mass in the high mountains of Asia is projected to be lost” by 2100.

With warming of 3.5C, 4C and 6C respectively, Asian glacier losses could amount to 49%, 51% or 65% by the end of the century, according to the team’s modelling study.

The high mountains of Asia comprise a geographical region surrounding the Tibetan plateau, holding the biggest store of frozen water outside the poles.

It feeds many of the world’s great rivers, including the Ganges, the Indus and the Brahmaputra, on which hundreds of millions of people depend.

Nearly 200 nations adopted the Paris agreement in 2015, which sets the goal of limiting warming to a level “well below” 2C, while “pursuing efforts” to achieve a lower ceiling of 1.5C.

Earth’s surface has already warmed by about 1C, according to scientists.

For high warming scenarios, experts predict land-gobbling sea-level rise, worsening storms, more frequent droughts and floods, species loss and disease spread.

The Asian high mountains, the new study said, were already warming more rapidly than the global average.

A global temperature rise of 1.5C would mean an average increase in the region of about 2.1C, with differences between mountain ranges – all of which will warm by more than 1.5C.

The Hindu Kush mountain range would warm by about 2.3C and the eastern Himalayas by 1.9C, the study forecast.

“Even if temperatures stabilise at their current level, [glacier] mass loss will continue for decades to come,” the researchers added.

For the high mountain glaciers to survive, “it is essential to minimise the global temperature increase”.

Swaths of south Asia and China depend on meltwater from Himalayan glaciers for drinking water, electricity generation and irrigation.

At the same time, the regions are also vulnerable to more intense flooding from accelerated glacier melt, combined with heavier rains and superstorms boosted by global warming.

A study in July in the journal Nature Climate Change said there was only a 5% chance of holding global warming under 2C. For 1.5C, the odds were about 1%.

Source: theguardian.com

Montana Quadruples Solar Energy Capacity in One Year

Photo-ilustration: Pixabay
Photo-illustration: Pixabay

The state quadrupled its solar energy production over the past year, according to an announcement by Lt. Gov Mike Cooney on Friday.

Montana was producing 6.6 megawatts of installed capacity a year ago. The governor’s office released an energy plan, Montana Energy Future, with a goal to double solar capacity by 2025. Now the state has an installed capacity of 26 megawatts.

“It’s an incredible honor to announce Montana has not only doubled our solar production much earlier than expected, we’ve quadrupled it in a single year,” he said.

Cooney said the state hopes to continue increasing solar production, which creates jobs and promotes energy independence.

“Done right, we can drive economic growth while sparking new clean technology,” he said.

There are 373,807 solar jobs as of 2016 in the United States. The solar industry employs more people than coal, natural gas, wind or nuclear sources.

The announcement was made at the Lewis and Clark Library in Helena, which installed a 50kW rooftop solar array earlier this year.

John Finn, library director, said adding the solar array, which was accomplished with funds from a host of donors, is about providing an opportunity for the community to learn about solar energy.

The panels are visible and attract attention on purpose, he said. The cost savings are an added benefit and have saved the library $3,000 since April. Finn said the library is in the process of planning small solar projects at the library’s branches in Lincoln and Augusta.

The Montana Renewable Energy Association presented the Bullock administration with a clean energy leadership award.

“I know growth of an industry takes vision,” Henry Dykema, president of MREA, said of the administration’s work on promoting solar.

The announcement was ahead of the 7th annual Montana Clean Energy Fair, which starts at 9 a.m. Saturday in Pioneer Park. In addition to a 5k Sun Run, exhibits by clean energy businesses in the state will provide people with an opportunity to learn more about solar. There will be workshops on solar and wind, an electric car show and activities for kids. Admission to the fair is free.

Source: helenair.com

Dubai Awards $3.9 Billion Solar Energy Contract to Shanghai Electric, ACWA Power

Photo-illustration: Pixabay
Photo-illustration: Pixabay

Dubai’s state energy utility awarded a $3.9 billion contract to build and run a 700 megawatt solar power plant to a consortium comprising Shanghai Electric and Saudi Arabia’s ACWA Power, the government said on Saturday.

The project will feature a 260-meter (850-foot) tower receiving focused sunlight, the world’s tallest such tower, the government said. The consortium bid to supply electricity to Dubai for 7.3 U.S. cents per kilowatt hour.

The first stage of the project is due to be commissioned in late 2020. It is part of the Mohammed bin Rashid al-Maktoum Solar Park, a vast complex which is projected to generate 1,000MW by 2020 and 5,000MW by 2030.The government aims to use the solar park and other energy sources to increase the share of clean energy in Dubai’s power output to 7 percent by 2020, 25 percent by 2030 and 75 percent by 2050.

Source: fortune.com

Geothermal energy: Why hasn’t it caught on yet?

Photo-illustration: Pixabay
Photo-illustration: Pixabay

Despite being one of the lowest-cost and most reliable renewable energy sources, harnessing heat from the Earth almost doesn’t happen outside Iceland. But leaders meeting in Italy this week are trying to change that.

One of the most famous tourist sites in Iceland is the Blue Lagoon, a man-made lake close to Reykjavík Airport that is fed and heated by a nearby geothermal power plant.

Such power plants are common across Iceland – but little-known in the rest of the world. For many of the swimmers in the lagoon, it is the first time they have ever heard of this power source. Political leaders from 25 countries gathered at a sumptuous palace in Florence, Italy, this week are hoping to change that.

Yesterday, governmental ministers and 29 partner institutions from the private sector signed the Florence Declaration, committing to a 500-percent increase in global installed capacity for geothermal power generation by 2030.

Although that may sound like a lot, it’s starting from a low baseline. Geothermal energy today accounts for just 0.3 percent of globally installed renewable energy capacity.

This is despite its huge potential – for both lowering greenhouse gas emissions and saving money. Geothermal is one of the lowest-cost energy sources available after startup costs are met. The global potential for geothermal is estimated to be around 200 gigawatts.

“Geothermal’s vast potential is currently untapped,” said Italian Environment Minister Gian Luca Galleti at the Florence summit. “We must develop new technologies and encourage new investments to ensure we cover this gap.”
The summit was organized by the Global Geothermal Alliance, which was launched at the United Nations climate summit in Paris in 2015.

Run by the International Renewable Energy Agency (IRENA), it is bringing governments and companies together to try to speed up deployment. But significant hurdles remain.

To get heat from the layer of hot and molten magma under the Earth, water is pumped down an injection well. Then it filters through the cracks in the rocks where they are at a high temperature. The water then returns via the “recovery well” under pressure in the form of steam. That steam is captured and is used to drive electric generators or heat homes.

The ring of fire

The two main hurdles have been geographic and financial.

Italy wanted to host this week’s summit because it is keen to increase its use of geothermal energy. Delegates were able to tour Italy’s first-ever geothermal energy production plant in Lardarello, not far from Florence.

Italy has had the historic misfortune of being situated above some very hot earth – resulting from tectonic activity that causes earthquakes and volcanic eruptions. But that heat underground can also be harnessed to generate power.

Across the world, 90 countries possess proven geothermal resources with the potential to be harnessed, and they are mostly located in regions of tectonic activity. That means that the potential is low in most of Europe, but huge in the Asia-Pacific region. Yet capital for funding projects in this region has been hard to come by, especially for projects at this scale.

“Right now, we may only be harvesting 6 percent of proven geothermal energy potential,” said IRENA Director-General Adnan Z. Amin. He called this week’s Florence Declaration “a milestone that, in the strongest possible terms, demonstrates renewed will to unlock the potential of geothermal.”

More money, more transparency

Following the signature of yesterday’s declaration, IRENA released a new report, which found that access to capital for surface exploration and drilling remains the main barrier to geothermal development.

The report also found that more transparent government regulations that avoid delays are needed to provide a stable environment for developers and investors.

Representatives of African Union countries, as well as the AU’s commissioner for infrastructure and energy Amani Abou-Zeid, were at the Florence summit pledging to provide this transparency. Abou-Zeid said the technology can help Africa decarbonize, while also providing jobs.

“Geothermal energy is emerging as a hidden gem of Africa’s renewable energy resources and we must work together, across nations, to ensure this resource achieves its potential.”

One country in which investment commitments are not lacking is Indonesia , which is planning 4,013 megawatts of additional capacity in the coming years. This puts it far ahead of all other countries. The United States, Turkey and Kenya follow, with a little over 1,000 megawatts of additional capacity each planned.

Amin says such government commitments can encourage private investment in developing these energy sources, which is capital-intensive at the start. “If we can identify and implement mechanisms that deliver a greater level of certainty to investors and developers, then we will move beyond meaningful dialogue to decisive action,” he said.

If the countries gathered in Florence maintain their commitments, sites such as the Blue Lagoon may not be unique to Iceland any more.

Source: dw.com