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Air Pollution more Deadly in Africa than Malnutrition or Dirty Water, Study Warns

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Photo-illustration: Pixabay

Africa’s air pollution is causing more premature deaths than unsafe water or childhood malnutrition, and could develop into a health and climate crisis reminiscent of those seen in China and India, a study by a global policy forum has found.

The first major attempt to calculate both the human and financial cost of the continent’s pollution suggests dirty air could be killing 712,000 people a year prematurely, compared with approximately 542,000 from unsafe water, 275,000 from malnutrition and 391,000 from unsafe sanitation.

While most major environmental hazards have been improving with development gains and industrialisation, outdoor (or “ambient particulate”) air pollution from traffic, power generation and industries is increasing rapidly, especially in fast-developing countries such as Egypt, South Africa, Ethiopia and Nigeria.

“Annual deaths from ambient [outdoor] particulate matter pollution across the African continent increased by 36% from 1990 to 2013. Over the same period, deaths from household air pollution also continued to increase, but only by 18%”, said a researcher at the Paris-based Organisation for Economic Co-operation and Development development centre. The OECD is funded by the world’s richest 34 countries.

For Africa as a whole, the estimated economic cost of premature air pollution deaths in 2013 was roughly $215bn (£175bn) a year for outdoor air pollution, and $232bn for household, or indoor, air pollution.

The study’s author, Rana Roy, is concerned by the pace at which outdoor air pollution is growing in Africa, bucking the downward trend in most countries. Used cars and trucks imported from rich countries are adding to urban pollution caused by household cooking on open fires.

“This mega-trend is set to continue to unfold throughout this century. It suggests that current means of transportation and energy generation in African cities are not sustainable,” said Roy. “Alternative models to those imported from industrialised economies, such as dependence on the individual automobile, are necessary.

“It is striking that air pollution costs in Africa are rising in spite of slow industrialisation, and even de-industrialisation in many countries. Should this latter trend successfully be reversed, the air pollution challenge would worsen faster, unless radically new approaches and technologies were put to use.

“The ‘new’ problem of outdoor air pollution is too large to be ignored or deferred to tomorrow’s agenda. At the same time, Africa cannot afford to ignore the ‘old’ problem of household pollution or to consider it largely solved: it is only a few high-income countries – Algeria, Egypt, Libya, Mauritius, Morocco, Seychelles and Tunisia – that can afford to view the problem of air pollution as being a problem of outdoor particulate pollution alone.”

The study stresses that there is not nearly enough knowledge of the sources of air pollution and its impact in much of Africa. It quotes UK scientist Mathew Evans, professor of atmospheric chemistry at York University, who is leading a large-scale investigation of air pollution in west Africa.

“London and Lagos have entirely different air quality problems. In cities such as London, it’s mainly due to the burning of hydrocarbons for transport. African pollution isn’t like that. There is the burning of rubbish, cooking indoors with inefficient fuel stoves, millions of steel diesel electricity generators, cars which have had the catalytic converters removed and petrochemical plants, all pushing pollutants into the air over the cities. Compounds such as sulphur dioxide, benzene and carbon monoxide, that haven’t been issues in western cities for decades, may be a significant problem in African cities. We simply don’t know.”

Whereas China has reached a level of development that has allowed it to concentrate on solving air pollution, most African countries must grapple with several major environmental burdens at the same time, said the report.

“[They] are not in the position of a China, which can today focus on air pollution undistracted by problems such as unsafe water or unsafe sanitation or childhood underweight,” said Roy.

Henri-Bernard Solignac-Lecomte, head of the Europe, Middle east and Africa unit at the OECD development centre, said the paper made a double case for action. “Air pollution in Africa increasingly hurts people and hinders economic development. Reducing it requires urgent action by governments to change the unsustainable course of urbanisation. Indeed, Africa urbanises at a very fast pace: today’s 472 million urban dwellers will be around a billion in 2050. Today’s investment choices will have decade-long impacts on urban infrastructure and the quality of life of urbanites.

“Bold action to improve access to electricity, using clean technologies such as solar power, can contribute to reducing the exposure of the poorer families to indoor smog from coal or dung-fired cooking stoves.

“As for outdoor pollution, African economies would be well advised to learn from the experience of industrialised countries, for example by developing mass public transportation systems – like Rabat or Addis-Ababa are doing with their tramways.”

Roy warned that the human and economic costs of air pollution might “explode” without bold policy changes in Africa’s urbanisation policies.

She concluded with a call for urgent international action: “If Africa’s local air pollution is contributing to climate change today, at a time when its population stands at 1.2 billion, or 16% of the world’s population, it is safe to suppose that … it is likely to contribute considerably more when its population increases to around 2.5 billion, or 25% of the world’s population in 2050, and thence to around 4.4 billion, or 40% of the world’s population in 2100.”

Source: theguardian.com

Onshore Windfarms more Popular than Thought, UK Poll Finds

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

Public support for onshore windfarms is far higher than widely believed, according to a new opinion poll, even in rural areas.

Wind turbines are also far more popular than fracking or nuclear power, contrasting with the UK government’s decision to block onshore windfarms but back shale gas exploration and new nuclear power plants.

The ComRes poll, conducted for climate change charity 10:10, found that 73% of the British public supported onshore windfarms, with just 17% opposed, and the rest not sure. Strong support remained even when only considering the views of those from rural areas, who might live near windfarms: 65% support versus 25% against.

However, when people were asked what level of support they thought windfarms had across the country, just one in 10 said it was more than 70%. The average level of support estimated by people was just 42%, far below the true figure. Research for 10:10 conducted by Imperial College London showed that more than two-thirds of newspaper comment and editorial articles in the last five years were negative overall about windfarms.

“The UK public love wind power and they don’t even realise,” said Max Wakefield, at 10:10, which launched its Blown Away campaign on Thursday. “It’s plainly not true onshore wind is unpopular with the UK public. It’s time our politicians caught up. Onshore wind is already the cheapest tool we have to achieve energy independence, keep bills under control and tackle climate change.”

The government’s own polling has consistently shown that renewable energy has 75-80% public support. But the Conservative victory in 2015, with 37% of the vote, has all but ended onshore windfarm developments, fulfilling a manifesto pledge to do so.

The new poll showed even stronger public support for solar energy – 83% for and 8% against – but ministers have slashed solar subsidies.

Fracking was supported by 34% and opposed by 45% in the poll. Ministers overruled Lancashire council earlier in October to grant permission for shale gas exploration, leading to accusations of double standards, as local communities have the final say over windfarm applications.

Nuclear power was supported by 46% in the new poll and opposed by 37%. In September, the prime minister, Theresa May, gave the go-ahead for a new heavily subsidised nuclear plant at Hinkley in Somerset. Offshore windfarms, which are supported by ministers, are also popular with the public, with 80% supporting and 10% opposing.

The ComRes poll interviewed 2,037 British adults online on 12-13 October 2016 and data were weighted to be representative of all British adults.

Source: theguardian.com

South Australian Windfarms Revise Safety Settings after Statewide Blackout

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Photo: Pixabay

Several windfarm operators in South Australia have already revised their settings to allow them to ride through larger network disruptions, following the storm in September that caused a statewide blackout, according to an update by the Australian Energy Market Operator (Aemo).

New information released by Aemo on Wednesday morning reveals nine of 13 windfarms in the state “tripped” after freak winds blew over several major transmission lines in the state.

The loss of the power lines caused six “voltage disturbances” in the network. Generators, including windfarms, have safety settings which automatically disconnect from the grid when there are more than a set number of such disturbances.

It appeared almost a third of the state’s windfarms had settings that allowed them to ride through the six disturbances, as did all the state’s thermal generators.

Aemo said it was working with both windfarm operators and turbine manufacturers to better understand these “voltage ride-through” settings.

“Several windfarms have already implemented revised settings, allowing them to ride through a higher number of disturbances,” Aemo said in a statement.

When the nine windfarms disconnected, they removed 445 MW of generation from the network, causing a surge of power to be drawn from the Heywood interconnector with Victoria. That caused another automatic safety trip, shutting down the interconnector. In turn, that caused trips at the state’s thermal generators, resulting in the statewide blackout.

The new information was sure to reignite a campaign being launched against renewable energy.

Energy expert Dylan McConnell, from the Melbourne Energy Institute, told Guardian Australia it was likely windfarms needed more conservative “voltage ride-through” settings than coal or gas generators.

But he said the fact that a number of windfarms did ride through the event suggested their disconnection from the grid in South Australia was not a fundamental issue with wind power, but rather an issue with the choice of settings.

However, McConnell said the voltage disruptions were very severe, and potentially big enough to cause damage to generators that remained connected.

The report noted that voltage levels were usually required to be maintained within 10% of a line’s rating. “If voltage levels are not maintained within this range, damage can occur to the network or customer-connected equipment, and power system protection equipment might not operate correctly,” it said.

But three of the disruptions ahead of the blackout involved voltage dropping to 60% below the line’s rating.

McConnell said: “There are obviously questions about whether the preset limit (for voltage ride-through) was too conservative. But there is also a question of whether it [is] reasonable to think that a generator should ride a voltage collapse all the way down.”

McConnell also pointed out that if South Australia had fewer windfarms, this particular event was likely to have played out exactly the same way.

The large number of windfarms in the state was a factor in the shutting of the Northern coal-fired power generator in Port Augusta. If that generator was still running, it would have been cut off from the grid by the downed power lines, creating a similar disruption to the tripped windfarms.

“Yes, if there was gas generator or coal generator in Adelaide, then yes it might have ridden through the fault. But if you’re comparing the current situation to one where there was a coal generator in Port Augusta, you would have had a significant loss of generation,” he said.

McConnell said although the storm was a freak event, the resulting analysis could help network operators, market operators and policymakers create a more robust network.

“There’s a question about having a diversity of renewable energy resources,” he said.

Aemo was continuing to investigate the event.

Source: theguardian.com

Shipping ‘Progressives’ Call for Industry Carbon Emission Cuts

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Photo: Pixabay

Many of the world’s biggest shipowners and charterers have called on heads of state to take swift action to force carbon emission cuts on their industry which is the only sector in the world not now bound by climate change targets.

Maersk, Cargill, the Global Shippers’ Forum and 45 other shipping organisations including the Danish Shipowners’ Association said “ambitious” action is needed at a key UN meeting in London next week to bring shipping into line with the world’s 195 countries, all of which have signed up to the Paris climate agreement to curb emissions.

“It is time to recognise the important role which the global shipping industry must play in holding global temperatures well below 2C,” the coalition told the UN’s International Maritime Organisation (IMO).

“Shipping’s emissions are expected to substantially increase over the coming years. To curb this trajectory, IMO countries must demonstrate that they can match the ambition and pace of the UN climate body, the UNFCCC [which oversaw the Paris deal],” say the “progressive” shippers in a letter.

Shipping’s emissions, which stand at around round 1,000m tonnes of CO2 a year, compared to about 781m from aviation, are forecast to rise to nearly 17% of the world’s total over the next 30 years if left unregulated.

But the industry, which carries much of the world’s goods, is the only economic sector not now subject to any treaty on climate change, country-by-country emissions controls or reduction targets of any kind – even though it emits around 3-4% of global gas emissions and has a carbon footprint the size of Germany’s.

Aviation agreed a weak emissions-reduction scheme last month in Montreal, leaving shipping and the IMO exposed and appearing to drag its heels.

“The IMO and the industry needs to act fast. Shipping emissions are forecast to rise by 50-250% by 2050 if unchecked. The IMO sticks out like a sore thumb,” said a spokesman for Transport & Environment, a Brussels-based NGO.

To secure an agreement, the IMO and the progressive shippers will have to overcome strong opposition from some developing countries with major shipping interests as well as lobbying by powerful fossil fuel groups and trade associations. These argue for a global CO2 monitoring scheme to be set up before any agreement is made on reductions.

Led by China, Brazil and some small island states like the Cook Islands, one group has argued in IMO meetings that because shipping is a truly international industry, it cannot be regulated in the same way as countries, and must not be rushed into cuts. It says the world’s 100,000 big ships have already reduced emissions considerably but more data and analysis is needed.

“Until the IMO CO2 data collection system is up and running, there is insufficient data to determine whether or not it would be realistic for IMO to adopt a firm contribution on behalf of the sector,” says a group which includes the Baltic and International Maritime Council, Intercargo and Intertanko in a paper submitted to the IMO.

They and others fear that a tax on fuel or emissions, or a cap, could vastly increase fuel costs in a sector already suffering an economic downturn.

But the progressives, who are backed by the powerful International Chamber of Shipping – the international trade association for merchant shipowners – say enough information about CO2 emissions is known and an early decision on a timeline for reductions should be agreed in London next week.

The coalition is backed by a further 19 companies in the the Sustainable Shipping Initiative (SSI) which last week also urged the IMO to reflect the Paris agreement’s objective of keeping global warming below 2C. The body proposes a detailed roadmap for establishing shipping’s “fair share” of global emission reductions.

“This should lead to the swift establishment of reduction targets which should be submitted to the UNFCCC. Defining shipping’s ‘fair share’ of CO2 reductions must be balanced between the required ambition to deliver on the Paris Agreement, and the need to be equitable and affordable for the industry, as well as enforceable on a global basis to ensure change,” said the SSI.

The influence of lobbyists is expected to be key in the meeting. They have traditionally been able to pressure some shipping-dependent countries who operate flags of convenience and ship registration schemes to water down, delay or dismiss action on reducing pollution or emissions.

Leaked documents seen by the Guardian show that the Pacific Cook Islands this year reversed the progressive position it took on climate change in Paris last year, to lead opposition in the IMO to emissions cuts being imposed. The documents showed the country’s negotiator claimed this would hurt small island developing countries the most, even though the Cook Islands are low-lying and vulnerable to sea-level rise and climate change.

“Shipping must be profitable and has to keep growing to survive. Any notion on imposing a system that would increase transport cost and availability of freight even further would be extremely detrimental to [least developed countries] and SIDS [small island developing states] and severely impact on our economic security while inhibiting growth and development potential”, the Cook Islands negotiator said.

He would not even countenance the setting up a working group to talk about cuts. “To be honest I am staggered that this was even suggested,” he said.

The meeting will also decide whether to impose a global cap on SOx emissions from 2020 or 2025. This would see sulphur emissions fall from the current maximum of 3.5% of fuel content to 0.5%.

Although cars and land-based industries have greatly reduced pollution, shipping has been allowed to continue burning some of the dirtiest fuels in the world, thousands of times more polluting than the fuel used in cars.

Source: theguardian.com

Six Energy-Harvesting Gadgets Powered by People

Photo: Pixabay
Photo: Pixabay

People power is perhaps one of the world’s greatest untapped sources of renewable energy. Smart devices that harness kinetic energy from everyday human activities help the environment in more ways than one. By turning motion into useable electricity, human-powered gadgets help reduce reliance on fossil fuels and batteries that damage the planet. At the same time, kinetic gadgets encourage people to keep moving, thereby supporting a healthier lifestyle. From a dance floor that turns your sweet moves into a luminous display to a clever motion-powered light that keeps runners safe at night, we’ve rounded up six amazing gadgets that take advantage of human movement.

For runners, or anyone else interested in being active after dark, this motion-powered light is a dream come true. Battery-powered headlamps and body lights can flicker out without warning, leaving you invisible after the sun goes down. The Million Mile Light is a small, clip-on LED lamp that draws power from a runner’s movement, and emits a continuously flashing light bright enough to ensure that motorists will be able to spot a pedestrian over 200 yards away. The lamp promises a 100,000-hour lifespan, making it a long-term sustainable lighting option for all sorts of night owls on the go.

Imagine a place where you could dance, dance, dance the night away and then head home knowing you’ve helped generate clean energy. It’s not a far-fetched idea thanks to Energy Floors’ kinetic energy-generating dance floor. To demonstrate the tech, the company created a translucent floor with a dynamic LED display powered by motion from each shimmy and shake. Motion is transferred through the floor to a small generator, and each 30-inch square floor tile can produce up to 35 watts of sustained output.

Mexico-based consortium Bambootec created a clever bicycle that harvests pedal power and turns it into renewable energy. Small gadgets like smartphones and MP3 players can be recharged via a connected power adapter on the go. The bike also sports a navigation dashboard in the handlebars that measures distance and time. The frame is made mostly from bamboo, a sustainably harvested grass, so the bike has a low environmental impact from its origins to its operation.

The simple act of walking could power your small electronic devices — and it could happen sooner than you might expect. University of Wisconsin-Madison researchers created a pair of insoles capable of generating 20 watts of energy from footsteps. The invention prompted the founding of InStep NanoPower, a startup working to produce shoes with the energy-generating insole built right in. Footwear that doubles as a power source would be a boon to busy urban dwellers, college students, long-distance backpackers and anyone else who puts in a lot of steps over the course of a given day.

A suburban shopping mall seems like an unlikely place for renewable energy generation, and yet it makes a lot of sense because there’s lots people walking around. Pavegen, a clean tech firm, installed 68 kinetic floor tiles in a Johannesburg mall last year to raise awareness about the problems rural villages face with unreliable power grids. The tiles power an interactive data screen that displays real-time footfall data, while harvesting electricity to power struggling communities elsewhere in South Africa. The Sandton City shopping mall sees over two million footsteps each month, which translates into a substantial amount of energy and a major impact in the lives of people who simply want light, heat and other basic amenities.

A team of Georgia Tech engineers recently developed a hybrid textile that uses solar power and kinetic energy to produce clean energy. The futuristic fabric could be used to create wearable clothing, household window dressings and even camping tents. Solar cells made from polymer fibers and triboelectric nanogenerators meshed with wool threads are woven together to create a flexible, lightweight, breathable fabric capable of generating substantial amounts of electricity. The material’s inventors are working on ways to make it waterproof and to improve its long-term durability. It will be quite a while, then, before you can buy a shirt that can charge your smartphone, but we’re getting closer.

Source: engadget.com

Part of Scotland will soon be Powered by Kites

Photo: EP
Photo: EP

One of the world’s first non-experimental, kite-driven power stations will be established offshore in Southern Scotland, at the Ministry of Defence’s West Freugh Range near Stranraer. UK company Kite Power Solutions plans to install a 500 kilowatt system that it expects will generate ‘several hundred megawatts’ of energy by 2025, Independent reports.

The project is backed by multinational oil company Royal Dutch Shell and the UK government, though Kite Power Solutions business development director David Ainsworth says the project will be “tariff-free.” For one, the cost of mooring the kites is far less than mooring wind turbines, since the kite system essentially floats. The kites fly up to 450 meters in a figure-eight pattern and pull a tether attached to a turbine to produce electricity. Two kites alternately rising and falling ensures continuous power.

A single 40-meter-wide kite generates two to three megawatts of electricity and a field of roughly 1,000 kites “would produce as much electricity as the planned Hinkley Point C nuclear power station if the wind blew constantly,” according to Independent.

The Stranraer region is inundated with wind and Kite Power Solutions expects just 10 days a year when the system won’t generate power. In these cases, the company will use a small fan to keep the kites afloat as they wait for more wind.

Kite Power Solutions already established a small kite-power system in England’s Essex county, and there’s a large research project in Italy that uses kites to generate energy.

Source: engadget.com

Park City, Utah Commits to 100% Renewable Energy

Foto-ilustracija: Pixabay
Photo: Pixabay

Park City, Utah is on the front lines of global warming as it grapples with decreasing snowfall and a shorter winter season that traditionally draws thousands of skiers and snowboarders from around the world. However the mountain community isn’t waiting for the snow to melt to take climate action – Park City just committed to 100 percent renewable energy by the year 2032. The announcement comes just months after Salt Lake City, Utah made the same pledge to transition to clean power.

“Park City’s commitment for 100% renewable electricity is driven by our community,” said Mayor Jack Thomas. “The passion for the natural environment and our responsibility to take care of it is part of the fabric of what makes Park City a very special place to live. Park City can’t do it alone. I challenge other communities to across the nation join us in this goal.”

A total of 19 American cities have now committed to 100 percent renewable energy, joining a growing global list of hundreds of cities, regions, countries and institutions – including the mountain community of Boulder, Colorado that in September committed to 100 percent clean energy by 2030. Last year, Aspen, Colorado became the third US city to reach 100 percent renewable energy after Burlington, Vermont and Greensburg, Kansas.

Park City is also aiming to achieve net zero greenhouse gas emissions by 2022. Reaching net zero carbon emissions by 2022 and 100 percent renewables by 2032 are ambitious goals in a state thatrelies on coal for 80 percent of its power. But Park City is well on its way, with more than 1,200 solar panels installed on city facilities, a robust energy efficiency program and soon zero emissions electric buses transporting riders on city streets.

Source: inhabitat.com

Green Subsidies to Push UK Energy Bills Higher than Planned

Photo-illustration: Pixabay
Photo-illustration: Pixabay

Household energy bills in four years’ time will be £17 higher annually than planned because of the number of windfarms and solar panels installed in recent years, according to the government’s spending watchdog.

The amount of money levied on bills each year to pay for renewable energy subsidies is capped under a system called the levy control framework, to limit costs for consumers and businesses. The cap was set at £7.1bn for 2020/21, but government officials warned last year it was on track to hit £9.1bn because so much green energy was being deployed.

The National Audit Office revised this down on Tuesday to £8.7bn, or £110 of what is forecast be a £991 average annual household bill by 2020, up £17 on what it would have been if the cap was met.

But energy department officials were quick to point out that the new forecast is within the 20% of ‘headroom’ that is allowed over the cap.

The NAO said the framework had failed to provide value for money because the expected overshoot meant there was now little money to support further new renewables up to 2020. Spending more later would have been more cost-effective because the price of building green energy is coming down, the watchdog said.

Sir Amyas Morse, auditor general of the NAO, said: “The levy control framework has helped make some of the impacts of renewable energy policies on consumers clearer. But government’s forecasting, allocation of the budget and approach to dealing with uncertainty has been poor, and so has not supported value for money.”

In a report published on Tuesday, the NAO blamed the expected overspend on the energy department being slow to see that more renewable energy was being deployed than expected because of the subsidies. Offshore windfarms have generated more electricity than expected, too. Officials were also accused of failing to gather market intelligence frequently enough.

But lower than expected fossil fuel prices had also played a small role, because the most recent subsidy schemes for windfarms – contracts for difference – pay their operators a top-up payment above the price of wholesale electricity, which has been lower than was forecast.

“The department took too long to discover that it was on course to exceed the framework cap,” said the report. “One reason for increased forecast costs was the global slump in fossil fuel prices, a development which energy market experts in general were not expecting.”

The NAO said the Department of Energy and Climate Change, now part of an enlarged business department, had got better at managing the framework since 2015. The future of the framework and support for green energy beyond 2020-21 is not yet clear, but energy experts have said they hope for clarity in the autumn statement.

The report also said that the cost of paying gas and coal power station operators to provide standby power during the winter – under the ‘capacity market’ – would account for an increasing cost on bills. The scheme, plus a levy to make the draughtiest homes more efficient and the cost of fitting smart meters is expected to make up £54 of an average household bill in 2020, though these are not covered by the levy control framework.

A spokesman for the Department of Business, Energy and Industrial Strategy said: “Our top priority is ensuring that families and businesses have a secure, affordable, clean energy supply. Our actions have reduced projected costs on the levy control framework by around £520m, and we continue to make further improvements to deliver value for money for consumers.”

Source: theguardian.com

OPEC Ministers, Secretary General Hold Oil Talks in Istanbul

wec-sg-ministers-250x188-oneOPEC Conference President HE Dr. Mohammed Bin Saleh Al-Sada and the Organization’s Secretary General HE Mohammad Sanusi Barkindo held a series of informal meetings with OPEC and non-OPEC oil and energy ministers on the sidelines of the 23rd World Energy Congress (WEC) here yesterday.

HE Al-Sada, who is Qatar’s Minister of Energy and Industry, and HE Barkindo met from OPEC, Algerian Minister of Energy HE Noureddine Boutarfa, and Venezuelan People’s Minister of Petroleum HE Eng. Eulogio Del Pino, in addition to Russian Minister of Energy Alexander Novak.

And separately, HE Barkindo met with the President of the Bolivarian Republic of Venezuela, HE Nicolás Maduro Moros, who gave a presentation to the WEC, one of the energy industry’s premier events, on Monday.

At the informal meetings, the officials discussed the situation in the international petroleum market and the possibility of taking further action towards helping to stabilize it.

Today, ministers and high-ranking representatives from both OPEC and non-OPEC Countries will meet to discuss the oil markets further.

The meetings in Istanbul follow OPEC’s landmark agreement reached in Algiers, Algeria on 28 September, when the Organization’s 14 Member Countries committed to reducing their overall output in support of securing a more orderly market.

The 170th (Extraordinary) Meeting of the OPEC Conference decided to opt for an OPEC-14 oil production target ranging between 32.5 and 33.0 million barrels/day, in order to accelerate the drawdown of the existing substantial overhang in oil stocks and bring the rebalancing of the market forward.

The output move will be discussed further at the 171st Meeting of the OPEC Conference, due to be held in Vienna, Austria on 30 November 2016.

The five-day World Energy Congress, which began on 9 October, has as its main theme ‘Embracing New Frontiers’.

According to the WEC, the event has brought together more than 10,000 participants, including world leaders, dignitaries from the fields of energy, industry, government, and international organizations, as well as universities and the media.

Source: opec.org

World Energy Council Notes Key Role of Nuclear Power

Foto-ilustracija: Pixabay
Photo: Pixabay

Unexpectedly high growth in the renewable energy market, in terms of investment, new capacity and high growth rates in developing countries have contributed to a change in the energy landscape, the latest World Energy Resources report released by the World Energy Council (WEC) yesterday shows. However, it says nuclear energy “is increasingly seen as a means to add large scale baseload power generation while limiting the amount of greenhouse gas emissions”.

The publication, updated every three years, “comprises a comprehensive and unique set of global energy resources data and related information,” according to WEC. “This information allows energy decision-makers to better understand the reality of the energy sector and the resource developments.”

The 24th edition of World Energy Resources – launched during the World Energy Congress in Istanbul, Turkey – covers 12 energy resources, together with carbon capture and storage (CCS) and energy storage.

The report shows total global renewable energy generating capacity has doubled over the past decade, from 1037 GWe in 2006 to 1985 GWe by the end of 2015. Over this period, wind energy capacity increased from 74 GWe to 432 GWe, while solar capacity rose from 6 GWe to 227 GWe. Hydropower capacity, meanwhile, grew from 893 GWe to 1209 GWe. Together, renewable resources now account for 23% of global power generation of 24,098 TWh.

In the chapter on nuclear energy – compiled with the assistance of the World Nuclear Association – the report notes that at the end of December 2015 global nuclear generating capacity stood at 390 GWe, representing about 11% of the world’s electricity.

In a press conference to launch the new report, World Nuclear Association director general Agneta Rising said: “2015 was a very good year for nuclear energy because it doubled the capacity put online. This is compared with the last 25 years. So in 2015 there were 10 GWe of new nuclear capacity put online and it had been below five and even zero during the previous 25 years.”

“The development of nuclear power is today concentrated in a relatively small group of countries,” the report says. China, South Korea, India and Russia accounted for 40 of the 65 reactors under construction at the end of last year.

Rising added, “There is also nuclear power construction in other parts of the world. In the USA there are four reactor constructions, Europe five, the United Arab Emirates four, and we have also have reactors under construction in Pakistan, Argentina, Brazil, Ukraine and Belarus too. There are also countries with one reactor under construction. But we also see countries that are starting projects or continuing projects that have been suspended. Turkey is one of those examples that are choosing to introduce nuclear generation.”

It says, “The outlook for nuclear up to 2035 will depend largely on the success of the industry in constructing plants to agreed budgets and with predictable construction periods. It is evident in a number of countries that median construction times are stable.”

Beyond 2035, the report expects fast reactors to make “an increasing contribution in a number of countries by building on the experience of operating these reactors in Russia and with developing the Generation IV prototypes, such as the Astrid reactor being designed in France.”

The WEC report says global uranium production increased by 40% between 2004 and 2013, mainly because of increased production by Kazakhstan, the world’s leading producer. In an assessment of global uranium resources, WEC says total identified resources have grown by about 70% over the last ten years. As of January 2015, the total identified resources of uranium “are considered sufficient for over 100 years’ of supply based on current requirements”.

Source: world-nuclear-news.org

Plans for an Electric Car Charging Point in Every New Home in Europe

Foto-ilustracija: Pixabay
Photo: Pixabay

Car manufacturers welcome plans by the EU to boost the convenience of electric cars by increasing recharging facilities.

Every new or refurbished house in Europe will need to be equipped with an electric vehicle recharging point, under a draft EU directive expected to come into effect by 2019.

In a further boost to prospects for the electric car market in Europe, the regulations due to be published before the end of the year state that by 2023, 10% of parking spaces in new buildings in the EU zone will also need recharging facilities.

The EU initiative is intended to lay the infrastructure for the sort of electric car boom envisaged by Norway and the Netherlands, which both plan to completely phase out vehicles with diesel engines by 2025.

As well as extending the driving range and convenience of electric cars, the mushrooming number of recharge stations would allow vehicles to feed their electricity back into the grid.

That in turn would open the door to a futuristic world in which cars supply energy to Europe’s power network at all times of the day and night, balancing shortfalls from intermittent renewable energies when the sun is not shining and the wind not blowing.

“This kind of market stimulus is not just positive, it is mandatory if we want to see a massive rollout of electric vehicles in the near future,” said Guillaume Berthier, sales and marketing director for electric vehicles at Renault, which recently unveiled an electric vehicle with a 250-mile range. “The question of how you recharge your car when you live in an apartment within a city is a very important one.”

Air pollution and electric cars

The EU moves are designed to help cut roadside emissions, however, in the short term they may lead to a higher than expected sulphur dioxide (SO2) emissions from road transport by 2050 according to a recent report by the European Environment Agency (EEA).

Magda Jozwicka, the project manager of the EEA’s research, said there would be a five-fold increase in SO2 emissions by 2050 from electricity production compared to a situation with no electric vehicles. Although this assumption was based on the current energy mix projected by the European commission, which includes coal-burning power plants.

The EEA report, which calls for new sulphur dioxide abatement measures in the EU, also says that the additional power demand from a burgeoning electric vehicle sector, which is predicted to account for 80% of cars by mid-century, will strain supply capacity.

This could require the construction of 50 new power stations across Europe by some estimates.

Martin Adams, the head of the EEA’s air pollution unit said: “A higher amount of electric vehicles will need additional power to be generated. The source of this extra energy is of prime importance. It is clearly feasible that we use clean renewable sources but when you think of where the different countries are at, I think some fundamental decisions are needed to develop a more sustainable energy system across Europe.”

Local power storage

The French carmaker Renault said that it accepts that electricity supply problems could emerge as the vehicles’ market share increases exponentially, although it sees a solution.

“We could make a huge investment to green our electricity but I personally think the future will be built around local storage with a second life battery,” Berthier said.

Vehicle batteries that have worn down still contain energy which can be topped up with energy from on-site wind and solar power generators and sold back to the grid at peak times.

Renault is strategically partnering with companies such as Connected Energy in second-life projects, while last month, BMW opened a similar 2MW power station near Hamburg, using 2,600 used electric vehicle batteries.

Source: theguardian.com

Another Strong Year for China’s Wind Industry

rew_anotherstrongyear8The proposal for new feed-in tariffs for onshore wind in the draft NEA decree:

The Chinese wind market continued to power ahead during the first half of 2016. According to the Chinese Wind Energy Association’s unofficial estimate, H1 installations were 9-10 GW, which indicates that this year’s total should be over 20 GW again.

Installations are driven by the pressure of the next downward adjustment of the feed-in tariff, which is expected to come into force in January 2018. Talks about the 2018 tariff adjustment have been going on for a long time, and the Chinese National Energy Administration (NEA) released a draft decree just one day before China’s Golden Week on Sept. 29. The draft NEA decree on “Lowering down of tariff of Renewable Energy” affects the renewable energy sector as a whole; tariffs for solar PV and for both onshore and offshore wind were all touched upon.

The most discussed are the tariffs for offshore wind and solar PV. The onshore wind tariff adjustment did not change from previous drafts, which have already been circulated.

The new proposed tariff for offshore wind is ruthless towards the industry with a reduction of 0.05RMB/kWh for each category(offshore and intertidal):rew_anotherstrongyear7

This downward adjustment of the FIT is driven by the large scale installations of both wind and solar PV. The National Renewable Energy Fund, which was formed by money raised from renewables surcharge to finance renewable energy, had a RMB 55 billion (US $8.2 billion) deficit in the first half of 2016, according to a government official at a recent workshop celebrating the 10th anniversary of the Renewable Energy Law.

In the meantime, curtailment continues to worsen. According to NEA’s statistics, the first half year’s curtailment rate reached 21 percent, which is 5 percent higher than last year. The heavy curtailment, together with a worsening of the lack of connections for new projects has caused local governments and grid companies to call for a temporary halt on project licensing in some of the provinces in northern and western China, such as Jilin, Gansu, Heilongjiang and Ningxia; and this is diverting investment into lower wind areas in the central and eastern provinces.

Offshore wind development has yet to take off in China. The sector seems to continue with its “medium pace” development in 2016 and this is likely to be the case for the next few years. The offshore tariff adjustment, together with the difficulties in investments in onshore wind projects in the northern and western provinces, might bring more investment into the offshore sector, but that won’t make a huge difference. The reality of the difficulties in the offshore sector is keeping many Chinese OEMs and developers away. So far only a handful of OEMs are competitive and active in the offshore market. None of the international OEMs has set foot in the offshore business in China (Siemens formed a joint venture with Shanghai Electric, but the JV partnership has now ended). The low tariffs are the major reason for this. Four OEMs — Shanghai Electric (joint venture with Siemens until recently), Sinovel, Envision and Goldwind — account for 86 percent of the offshore market.

In 2016, the first real offshore project, over 10 km from shore and in waters more than 10 meters deep, was fully commercialized, using the Shanghai Electric-Siemens’ 4-MW machines. All in all, with the current tariff level and the current market setup, it is hard to see a huge surge in the offshore market in the short term.

The Chinese offshore industry is indeed following the old Chinese saying: to cross the river by feeling the stones. Without a proper investment environment that is friendly to international players in the offshore market, the Chinese offshore wind sector will continue with its current development pace for some years to come.

This and much more will be discussed in detail at China Wind Power taking place from Oct. 19-21 in the New China International Exhibition Center in Beijing.

Source: renewableenergyworld.com

Canadian Solar, EDF to start construction of a 191.5 MW solar PV project in Brazil

Photo: Pixabay
Photo: Pixabay

Canadian Solar Inc. (Gueplph, Ontario) and EDF Energies Nouvelles, (EDF, Paris, France) on October 11th, 2016 announced the sale of 80% interest in Canadian Solar’s Pirapora I solar energy project in Brazil to EDF Energies Nouvelles’ local subsidiary, EDF EN do Brasil.

The 191.5 MWp PV project is starting construction and expects to reach commercial operation in the third quarter of 2017. Canadian Solar will supply the modules for the PV project from its new 360 MWp modules factory established in Brazil. 20-year PPA awarded in the second Reserve Energy Auction in 2015

The Project, located in the state of Minas Gerais in Brazil, was awarded a 20-year Power Purchase Agreement (PPA) in the second Reserve Energy Auction in 2015. Once completed, the Project will generate 391,263 MWh of solar power per year, reads the press release.

“The investment by EDF Energies Nouvelles in Canadian Solar’s Pirapora I project is a demonstration of the strong potential of the solar energy market in Brazil,” said Dr. Shawn Qu, Chairman and Chief Executive Officer of Canadian Solar.

“Pirapora I is one of Canadian Solar’s three current projects in the country totaling 394 MWp with awarded long-term PPAs. We plan to grow our project portfolio and support the domestic solar market with our 360 MWp module manufacturing plant.”

Source: solarserver.com

Solar-Powered Houses Take Starring Role in Denver’s Community of Tomorrow

Photo-illustration: Pixabay
Photo-illustration: Pixabay

Zero-emission electric vehicles charge along the street. People walk along LED-lighted sidewalks. A commuter train drops travelers off from the airport to enjoy dinner at a corner café. And the houses? They’re entirely powered by sunshine.

This might sound like a scene from the distant future, but it’s not as far away as you think. In October 2017, Solar Decathlon 2017 will kick off in Denver. The biennial competition challenges teams of college students from around the country to design, build and operate beautiful solar-powered houses that are ultra-energy efficient and balance innovation with cost effectiveness. Fourteen Solar Decathlon student teams are now hard at work refining their initial plans for houses designed to provide shelter after disasters, conserve water and achieve other goals.

The Solar Decathlon houses will join the landscape at Peña Station Next, a burgeoning “smart city” between downtown Denver and the airport that city planners began mapping out several years ago. The plan calls for adding 1.5 million square feet of corporate office space, 500,000 square feet of retail stores, 2,500 solar-powered residential units, and 1,500 hotel rooms to the space separating the vibrant urban hub from the nation’s largest airport in total land area.

The foundation is already taking shape. In April, the publicly operated Regional Transportation District (RTD) opened the University of Colorado A line route, which zips workers, residents and tourists alike between Union Station and Denver International Airport via train at speeds of nearly 80 miles per hour.

Panasonic’s innovation arm, Panasonic Enterprises, joined forces with the City of Denver to act as the corporate anchor at the Peña Station Next development. The company aims to take a similar approach as it did with the Sustainable Smart Town project in Fujisawa, Japan, which features solar energy on every rooftop, bike and foot paths, electric vehicle charging stations, wireless internet, and a three-day supply of battery-stored renewable power.

Denver’s concept aligns with the Energy Department’s goal of powering the nation with clean, affordable and diversified energy resources that reduce carbon emissions and protect the environment. We’re proud to partner with the City of Denver as we count down to Solar Decathlon and help shape a brighter, more sustainable future.

Source: renewableenergyworld.com

Elon Musk’s Magnificent Seven: How Dream Deal May Test Boardroom

Photo-illustration: Pixabay
Photo: Pixabay

Elon Musk has brushed off doubts about his plan to marry Tesla Motors Inc. and SolarCity Corp. with reassurances the idea is sound, including that his board is unanimously behind him.

That’s hardly surprising. Six of Tesla’s seven directors are Musk insiders with SolarCity ties, a setup often criticized as overly cozy. “You can’t have a board that is just an echo chamber,” said Vivek Wadhwa, a professor at Carnegie Mellon University and longtime critic of boards’ lacking diversity.

Now some Tesla shareholders are saying a Tesla-SolarCity combination could finally bring changes to the boardroom, presumably one with slots for more directors. “The upcoming merger is an opportunity to rethink the board’s structure,” said Dieter Waizenegger, executive director of CtW Investment Group, representing pension funds that hold Tesla shares. Size, though, isn’t the main issue for CtW. “A bigger board is not necessarily a better board,” Waizenegger said, “if it is stacked with family and friends.”

CtW wants Tesla to add two independent directors, and to rewrite the rules so immediate family members can’t serve concurrently, as Musk and his brother Kimbal Musk do now, and to prevent the same person from being chief executive officer and chairman, as Musk is.

Many Connections

There’s no shortage of advice about what the electric-car maker should do to make the board healthier, in critics’ opinions, for a company with a $30 billion market value. Charles Elson, head of the John L. Weinberg Center for Corporate Governance at the University of Delaware, said with just seven members the board looks like one belonging to a fledgling start-up.

Elson agrees the CEO and chairman’s jobs should be separated. “The person being monitored by the board shouldn’t be chairing it,” he said. Wadhwa, a distinguished fellow at Carnegie Mellon’s College of Engineering at its Silicon Valley campus, recommends more women and people from foreign markets where Tesla does business. At the moment, he said, Tesla is similar to Silicon Valley tech companies where “boards are basically boy’s clubs.”

What are the chances any of that will happen? Tesla directors didn’t respond to requests for comment, nor did the company.

Source: Bloomberg.com

The Ellen MacArthur Foundation Launches Circular Cities Network

ccn-news-2

On 6 October the Ellen MacArthur Foundation hosts the launch event of its Circular Cities Network, a global network of city leaders who are pioneering the application of circular economy approaches to address today’s urban challenges.

In an increasingly urbanised world – 75% of the population is expected to reside in cities by 2050 – cities are facing enormous pressure on resources, but they are also the powerhouses of the global economy, with great potential to lead the transition to a circular economy.

The Circular Cities Network provides an online knowledge exchange platform to support decision and change makers from city authorities, to take action. An initial cohort of representatives from nine cities – Austin, Boulder, Copenhagen, London, Ljubljana, New York City, Peterborough, Phoenix and Rio de Janeiro – will join a quarterly meeting on circular city innovation, via video conference.

This week’s first meeting will include a welcome by Ellen MacArthur, an interactive session with Chris Grantham of leading design agency IDEO, and space for cities to discuss their view on challenges and opportunities in the process of embedding circular economy principles in their planning and operations.

Source: ellenmacarthurfoundation.org