Portugal Preparing Several Billion-dollar Clean Energy Projects for Post-Coronavirus Future

Spared from the ravages of COVID-19 suffered by her neighbor Spain, Portugal is aiming to leap, rather than tip-toe, out of their lockdown initiatives by launching a series of clean energy projects that could generate 5.5 billion euro in European energy investment.

The new solar-powered hydrogen plant near the port of Sines is a modern “green” hydro-electric project that generates electricity through a process called electrolysis, and it could contribute 1 gigawatt of power by 2023 if investment arrives.

“The economy cannot grow along the lines of the past and our post-coronavirus vision is to create wealth from projects that reduce carbon emissions and promote energy transition and sustainable mobility,” Portugal’s Minister of Environment and Energy Transition, Joao Matos Fernandes, told Reuters.

Fernandes detailed that both Portuguese energy firms, and Dutch firms are already showing interest in the hydrogen plant, and it is shaping up to be one of the biggest industrial projects and opportunities in the country.

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Matos also said that Portugal will be launching a solar energy licensing auction, where international energy firms will have a chance to bid for prime solar real estate, as Portugal is one of Europe’s sunniest nations.

Initially scheduled to kick off in April, the auctions were delayed due to the coronavirus outbreak, which has taken the lives of fewer than 1,000 Portuguese, out of 24,500 confirmed cases according to Reuters. Up for bidding are 16 sites worth a combined total of 700 megawatts of solar capacity in the southern regions of Algarve and Alentejo.

Portugal has had previous success with energy licensing auctions before, like last June when she sold 1,150 MW of solar energy capacity at a record-low price of 14.8 megawatts per hour—mainly to international energy investors from Britain, Spain, France, and Germany.

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Already in 2016, 28% of nationwide power came from renewables. During that year they set a European record for entirely powering the country with renewables for four straight days.

Though just 11 years ago, Portugal was generating more CO2 than Bangladesh, despite having one-sixteenth the population density, their plans for 2030 are to be producing 7,000 MW per hour of clean energy and close to all their remaining coal plants.

Meanwhile, in Germany a string of recent sunny days in April led to record-setting clean-energy production. The solar power was generating around 40% nationwide, with all their renewables together accounting for a whopping 78%—while coal and nuclear less than a quarter.

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Global Greenhouse Gas Emissions Estimated to Fall by 8% in 2020—the Largest Recorded Drop in History

The COVID-19 pandemic represents the biggest shock to the global economy in more than seven decades, but new research says that the outbreaks are likely to result in a record-breaking 8% annual decline in carbon emissions—the largest decrease in history.

A new report released this week by the International Energy Agency (IEA) provides an almost real-time view of the COVID-19 pandemic’s extraordinary impact across all major fuels. Based on an analysis of more than 100 days of real data so far this year, the IEA’s Global Energy Review includes estimates for how energy consumption and carbon dioxide (CO2) emissions trends are likely to evolve over the rest of 2020.

“Only renewables are holding up during the previously unheard-of slump in electricity use,” said Dr. Fatih Birol, the IEA Executive Director. “It is still too early to determine the longer-term impacts, but the energy industry that emerges from this crisis will be significantly different from the one that came before.”

The Global Energy Review’s projections of energy demand and energy-related emissions for 2020 are based on assumptions that the lockdowns implemented around the world in response to the pandemic are progressively eased in most countries in the coming months, accompanied by a gradual economic recovery.

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The report projects that energy demand will fall 6% in 2020—seven times the decline after the 2008 global financial crisis. In absolute terms, the decline is unprecedented—the equivalent of losing the entire energy demand of India, the world’s third largest energy consumer.

Advanced economies are expected to see the biggest declines, with demand set to fall by 9% in the United States and by 11% in the European Union. The impact of the crisis on energy demand is heavily dependent on the duration and stringency of measures to curb the spread of the virus. For instance, the IEA found that each month of worldwide lockdown at the levels seen in early April reduces annual global energy demand by about 1.5%.

Changes to electricity use during lockdowns have resulted in significant declines in overall electricity demand, with consumption levels and patterns on weekdays looking like those of a pre-crisis Sunday. Full lockdowns have pushed down electricity demand by 20% or more, with lesser impacts from partial lockdowns. Electricity demand is set to decline by 5% in 2020, the largest drop since the Great Depression in the 1930s.

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At the same time, lockdown measures are driving a major shift towards low-carbon sources of electricity including wind, solar PV, hydropower and nuclear. After overtaking coal for the first time ever in 2019, low-carbon sources are set to extend their lead this year to reach 40% of global electricity generation—6 percentage points ahead of coal.

Electricity generation from wind and solar PV continues to increase in 2020, lifted by new projects that were completed in 2019 and early 2020. An additional report from energy research group BloombergNEF says that wind and solar power are now the cheapest sources of new energy development for two-thirds of the world’s population.

This trend is affecting demand for electricity from coal and natural gas, which are finding themselves increasingly squeezed between low overall power demand and increasing output from renewables. As a result, the combined share of gas and coal in the global power mix is set to drop by 3 percentage points in 2020 to a level not seen since 2001.

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Coal is particularly hard hit, with global demand projected to fall by 8% in 2020, the largest decline since the Second World War. Following its 2018 peak, coal-fired power generation is set to fall by more than 10% this year.

After 10 years of uninterrupted growth, natural gas demand is on track to decline 5% in 2020. This would be the largest recorded year-on-year drop in consumption since natural gas demand developed at scale during the second half of the 20th century.

Renewables are set to be the only energy source that will grow in 2020, with their share of global electricity generation projected to jump thanks to their priority access to grids and low operating costs. Despite supply chain disruptions that have paused or delayed deployment in several key regions this year, solar PV and wind are on track to help lift renewable electricity generation by 5% in 2020, aided by higher output from hydropower.

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“This crisis has underlined the deep reliance of modern societies on reliable electricity supplies for supporting healthcare systems, businesses and the basic amenities of daily life,” said Dr. Birol. “But nobody should take any of this for granted—greater investments and smarter policies are needed to keep electricity supplies secure.”

As a result of these trends—mainly the declines in coal and oil use—global energy-related CO2 emissions are set to fall by almost 8% in 2020, reaching their lowest level since 2010. This would be the largest decrease in emissions ever recorded—nearly six times larger than the previous record drop of 400 million tonnes in 2009 that resulted from the global financial crisis.

“Resulting from … economic trauma around the world, the historic decline in global emissions is absolutely nothing to cheer,” said Dr Birol. “But governments can learn from [the 2008 crisis] by putting clean energy technologies—renewables, efficiency, batteries, hydrogen and carbon capture—at the heart of their plans for economic recovery. Investing in those areas can create jobs, make economies more competitive and steer the world towards a more resilient and cleaner energy future.”

Reprinted from the International Energy Agency

This is just one of many positive stories and updates that are coming out of the COVID-19 news coverage this week. For more uplifting coverage on the outbreaks, click here.

File photo by rabiem22, CC

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Record-Breaking Amounts of Solar Electricity Generated in Germany After String of Sunny Days

Good News Network recently explained how traditional consumer-driven supply and demand market forces are pushing coal further and further to the edge of the bed (and economic ruin), like a sprawling spouse kicking the blankets toward the cold tile floor.

A recent string of cloudless days in Germany saw the country’s solar energy production climb above 32,000 megawatts in a single day last week—smashing the previous record set on March 23rd, according to a report from Bloomberg News.

The sunny days are slated to continue, according to the German weather service DWD.

These sunny days mean that solar power is generating around 40% of the total baseline in Germany, with all their renewables together accounted for 78%, while coal and nuclear power trailed behind with only 22%.

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By 2038, renewables are predicted by the German government to make up 80% of total grid production. And owners of coal plants understand that it could become completely unsustainable to continue financing operations many years before that milestone is achieved.

A Death Rattle for Coal

In Europe, it’s already 100% more expensive to finance, supply, staff, and operate a coal-fired power plant compared to a renewable facility, while in historically coal-glutted nations like the U.S., India, and China, it’s already 50-60% more costly.

The recent lockdown orders for COVID-19 in Germany could have had a measurable effect on the sunny days as well, as the reduction in air pollution from things like car exhaust has already been recorded as significant in countries like India, where residents have been able able to see the Himalayas on the horizon for the first time in 30 years.

File photo by Nathan Dumlao, CC

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Not only are the shutdowns rewarding the solar market with clearer skies, but the already lagging coal market is taking further body blows as demand plummets from the shutdown of stores and office buildings. In Germany, renewable sources are the first to enter grid circulation, and since the decrease in energy demand, consumers are actually using less power than is available, meaning the electricity generated from a coal plant might be not only unutilized—but unpaid for.

The services desired by consumers are simply being fulfilled by those most readily capable of fulfilling them.

This not only applies to Jane and John Smith turning on the lights in their house, but buyers and sellers in the energy sector. The simple explanation is as follows. Johan runs an energy investment firm, and when looking to buy shares of a power producer, his maximum price for carbon-based power is 5,000 euro per share, and for renewable power, 8,000 euro per share. He can afford to pay more for renewables because he stands to make more money from those shares.

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Jurgen, who runs a carbon-based power source, can only afford to sell at 10,000 euro per share, because of current market demands for renewables. This difference of valuation of 5,000 euro between Jurgen and Johan prevent a sale from being made, and so Jurgen must either find a willing buyer, a way to reduce operating costs, or another energy project.

Whether catalyzed from climate activism, science, or whichever technology costs the least to operate, these simple supply and demand forces are causing people to put their money in renewables—and money-talks.

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Exciting New Data Says Renewables Accounted for Almost Three Quarters of New Energy Capacity in 2019

In an exciting reported victory for sustainability, new renewable power accounted for a whopping 72% of all global power expansion in 2019.

According to new data released last week by the International Renewable Energy Agency (IRENA), the renewable energy sector added 176 gigawatts (GW) of generating capacity globally in 2019, although this was notably lower than the (revised) 179 GW added in 2018.

However, IRENA’s annual Renewable Capacity Statistics 2020 shows that renewables expanded by 7.6% last year with Asia dominating growth and accounting for 54% of total additions. While expansion of renewables slowed last year, total renewable power growth outpaced fossil fuel growth by a factor of 2.6, continuing the dominance of renewables in power expansion first established in 2012. Solar and wind contributed 90% of total renewable capacity added in 2019.

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“Renewable energy is a cost-effective source of new power that insulates power markets and consumers from volatility, supports economic stability and stimulates sustainable growth,” said IRENA Director-General Francesco La Camera. “With renewable additions providing the majority of new capacity last year, it is clear that many countries and regions recognize the degree to which the energy transition can deliver positive outcomes.

“While the trajectory is positive, more is required to put global energy on a path with sustainable development and climate mitigation—both of which offer significant economic benefits,” continued Mr. La Camera. “At this challenging time, we are reminded of the importance of building resilience into our economies. In what must be the decade of action, enabling policies are needed to increase investments and accelerate renewables adoption.”

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Renewables accounted for at least 70% of total capacity expansion in almost all regions in 2019, other than in Africa and the Middle East, where they represented 52% and 26% of net additions respectively.

The additions took the renewable share of all global power capacity to 34.7%, up from 33.3% at the end of 2018. Non-renewable capacity expansion globally followed long-term trends in 2019, with net growth in Asia, the Middle East and Africa, and net decommissioning in Europe and North America.

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Solar added 98 GW in 2019, 60% of which was in Asia. Wind energy expanded by close to 60 GW led by growth in China (26 GW) and the United States (9 GW). The two technologies now generate 623 GW and 586 GW respectively—close to half of global renewable capacity. Hydropower, bioenergy, geothermal and marine energy displayed modest year on year expansion of 12 GW, 6 GW, 700 MW, and 500 MW respectively.

Asia was responsible for over half of new installations despite expanding at a slightly slower pace than in 2018. Growth in Europe and North America increased year on year. Africa added 2 GW of renewable capacity in 2019, half of the 4 GW it installed in 2018.

Want to learn more? Read the “Highlights of the key findings” or the full IRENA report.

Reprinted from the International Renewable Energy Agency (IRENA)

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These New Solar-Pavement Driveways Made of Plastic Bottles Can Power the Average Household

Photo by Platio Solar

Solar panel driveways may soon be powering all our households with clean electricity thanks to this Budapest-based startup.

For the last five years, Platio Solar has been developing new ways of implementing solar technology into urban spaces—and one of their latest developments is a residential solar paneled driveway made out of recycled plastic bottles.

According to a video that was published by the company last week, the solar system is the first to generate power from the pavement of a residential household.

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Each “Platio Solar Paver” is made from 400 polyethylene terephthalate (PET) bottles—one of the most common forms of consumer plastic. Compressed into pavers, the material becomes more durable than concrete while still being non-slip and sustainable.

The system can either be used to generate electricity for a residential household or power an electric car. According to the company’s website, a 20-square-meter (215-square-foot) Platio driveway system has the capacity to cover the yearly energy consumption of an average household.

The company is now offering resell opportunities and installation quotes for their driveway systems available in brown, blue, red, and green designs.

(WATCH the demonstration video below)

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Free Market Forces Will Obliterate Global Coal Reliance Within 10 Years, Says Study

Contrary to the image of greedy fossil fuel billionaires lobbying politicians for favors, it is now the free market, not world governments, that are doing the most to advance the use of clean renewable energy.

In the most basic sense, it is no longer a lucrative business path to invest in carbon emission-heavy sources. Today, investing in coal projects is more expensive—across all world energy markets—than renewables. In as little as 10 years, it will be cheaper to build renewables than to run coal power resources, much less build new ones.

How much more expensive? Right now, the report estimates that the cost of operating and investing in coal—not in Europe, but in the U.S., India, and China—is about 50% more expensive than renewables. By 2030, that number doubles to 100% assuming market forces remain constant rather than intensify, which they are likely to do.

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“The market is driving the low-carbon energy transition, but governments aren’t listening,” writes Matt Gray, co-head of power and utilities for Carbon Tracker, and co-author of a new global economic report about coal investments entitled “How to Waste Half a Trillion Dollars.”

“Renewables are outcompeting coal around the world and proposed coal investments risk becoming stranded assets which could lock in high-cost coal power for decades.”

Indeed, the number of countries in which it is cheaper in invest and operate renewable energy assets could make someone optimistic about the future since most underdeveloped Asian energy markets, as well as the three biggest coal consumers on earth, would all save money switching to renewables, according to this helpful infographic from the report.

However, many of these countries still have nationally-planned coal power projects either in early investment stages, or already in production.

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As repeatedly demonstrated by the national debt of the US government, a stranded asset is manageable for most nations, but insufferable for a private firm that is unable to borrow more dollars every year than they invest.

It is an economic term for an asset—like a coal plant—which will cease to generate returns even before the end of its economic life. These carbon-heavy facilities not only have a slow rate of return and open the door for market competition from renewables, they also are becoming more expensive to invest in, build, and operate, than they are to make returns for those investors.

That is partially why free market economic forces are working where many governments are failing; it costs a lot of money to build electricity-generating resources, and since banks and financial institutions are the largest funders of energy projects, they simply aren’t willing to finance coal power projects, choosing instead to invest in solar and wind resources.

Vietnam: a Greenhouse Government

The government of Vietnam is currently considering backing away from 15 gigawatts of proposed coal power as financial constraints make it a harder to build new plants, which it wants to do in order to increase economic development.

The proposed projects would allocate 50% of energy production to coal-fired plants, but an end to the deal would see it drop to 37%, with others like hydroelectric and gas remaining stable, and renewable energy swooping in to cheaply meet the demand and fill the gap in supply.

Much of the nation’s energy projects are funded by investors in other coal-fired East Asian nations like Japan and South Korea, as well as powerhouse lender Singapore. After a recent aligning of principles with EU nations to restrict coal financing, however, many coal projects in Vietnam will be left stagnating with the government’s only options being to either finish the projects with taxpayer money or listen to market forces and move into cleaner energy production.

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On the other hand, private sector giants like Sir Christopher Hohn, who is the billionaire hedge fund manager and co-founder of the Children’s Investment Fund Foundation (CIFF), threatened to sue British banks Barclays, Standard Chartered, and HSBC over the financing of new coal projects.

“Coal is the single largest source of greenhouse gas emissions globally and the risks of its continued use in the power sector are not being adequately addressed by regulators and the financial system,” he said in a statement on the CIFF website.

Irresistible Market Forces

A high price of carbon and significant investment in renewable energy has created a very unfriendly market for coal in the EU, while “How to Waste Half a Trillion Dollars” finds that today, even big coal consumers like China, India, and the U.S. are on the right path and “not far behind” the EU in terms of renewable energy investments.

“The report finds that market forces will drive coal power out of existence in deregulated markets, where renewable energy developers will take advantage of the growing price gap,” reads the report summary on Carbon Tracker’s website. Across the world, 6,700 coal plants produce 2,045 gigawatts of energy, and another 1,000 or so accounting for another 500gw are in early stages of production or investment.

As the cost of investment, production, and operation of coal plants continues to increase as market forces push investors further and further towards renewables, hundreds of billions of dollars in energy markets the world over will become available at a lower cost, and coal could become twice as expensive, and begin to rapidly vanish—even in large coal-consuming countries like China and India, within just 20 years.

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A report from Reuters found that coal power generation fell worldwide by 3% in 2019, while wind and solar power contributed 270 more terawatts, or an additional 15%, to grids. The research went on to illustrate how this growth would be needed every year for 15 years in order to meet the Paris Agreement targets. The power generation would have to continue to fall from 3% to 11% to prevent 1.5 degrees celsius of warming—the rough estimate of wiggle room needed to avoid the worst effects of global climate change.

Money talks—and if coal production will rise from from 50% to 100% in the U.S., India, and 60% to 100% in China, in just ten years, it means that far from unlimited growth targets being met for investors, coal barons will have to cope with a 5% yearly rise in capital requirements, as well as any future blows coal might be forced to absorb such as carbon taxes, coal embargoes, and other brutish legislative measures.

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Amsterdam is Enjoying Quieter Canals as Boats Go Electric Years Ahead of Diesel Ban

The buzz and rumble of boats passing through Amsterdam’s famous canal system is one of the most iconic traits of the Dutch city.

However, a newly-elected Green Party mayor is pushing to transform the second-most popular form of transportation in the city into an all-electric powered force for a cleaner Amsterdam.

Soon, the sound of diesel-powered boat engines could be consigned to history since the city is now planning to ban the diesel engine before 2025.

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The city’s commercial fleet is already close to achieving that goal since 75% of the city’s 550 commercial vessels are already meeting the planned emissions-free regulation, according to Reuters.

The news outlet goes on to say that contractors are expected to install 100 more boat charging stations by the end of 2021. Furthermore, startup Skoon Energy will be launching a floating charging station this week to help with grid balancing.

Although there are still several thousand recreational vessels that are still in need of emission-free upgrades, the canal’s new infrastructure is expected to quicken the city’s transition to cleaner waterways.

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Scorched Australia is Getting Power Back Thanks to New Solar Grids Funded by Philanthropist Couple

Since the bushfires and flooding across southern Australia have left dozens of communities without power, several tech companies have begun installing solar panels and electrical grids with astonishing speed thanks to a philanthropist couple.

Mike and Annie Cannon-Brookes have donated $12 million towards the creation of the Resilient Energy Collective—a coalition dedicated to setting up sustainable microgrids across Australia.

The collective, which utilizes electrical batteries from Tesla and solar systems from 5B, has already deployed two clean energy grids for rural sites in New South Wales and Victoria. Prior to their installation, firefighters and locals had been depending on diesel generators for electricity during the bushfire season. In addition to these generators being particularly costly and high-maintenance, they also emit large amounts of pollutants.

The collective is now working with energy providers across the country to prioritize 100 more sites for microgrid installation.

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The initiative is similar to how Tesla used solar-powered grids to restore electricity across Puerto Rico after Hurricane Maria in 2017. Now, Mr. Cannon-Brookes—who is also the co-founder and CEO of the Atlassian tech company—says that the coalition has been installing their own microgrids in as little as two days.

“In three weeks we’ve come together, found the technology, adapted it, put it on trucks and right now, it’s operating, generating electricity,” Cannon-Brookes told Eco Generation in a statement.

“That’s what this collective is all about; getting the best tech and the best ingenuity together to solve a massive problem, in days, not months or years.”

Photos by Resilient Energy Collective

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Apple and Pear Cores Turned Into Chemical-Free Sweetener as an Alternative to Artificial Sweeteners and Sugar

A Dutch company aptly-called Fooditive, is turning pear and apple cores, as well as bruised and discarded fruit from producers and suppliers into a chemical-free, calorie-free, sugar substitute.

Artificial sweeteners like sucralose and aspartame, though legal for use in food and beverages for decades in the United States and elsewhere, are now not only emerging as a potential genotoxin (a poisonous substance which damages DNA), but also as an environmental pollutant since it is not entirely absorbed by our bodies and can travel all the way through our water treatment systems and back into groundwater sources.

Refined cane sugar has its own problems, playing a role in the global skyrocketing rates of diabetes and obesity since the 1950s. Sweeteners and syrups made from corn have much the same effect on our bodies, while also contributing massively to keeping afloat the problematic, uncompetitive American system of agriculture, farm subsidies, and lobbying.

Dutch food scientist Moayad Abushokhedim uses a natural fermentation process to extract fructose from third-rate fruits collected from suppliers and turns it into a calorie-free sweetener that contributes to Rotterdam’s goal of a circular economy by 2030.

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According to the company’s website where you can see a detailed ingredients list, he plans to make Fooditive Sweetners available in powder, liquid, and syrup forms. There is no information yet on how to purchase.

Apart from their sweetener, Fooditive also has a solution for artificial preservatives, creating natural ones from carrot waste, and he counters harmful emulsifiers with potato extracts.

Right now, the company is in the process of expanding their operations to try and get Fooditive products like their sweeteners and preservatives into commercial Dutch foodstuffs.

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“Our products really provide the food and beverage producers with the ability to have a clean label, a green label, and show people what’s in their food,” said Gijs Gieles, Fooditive spokesperson to Fast Company.

These kinds of recycling applications are becoming more and more common in Europe, especially since France passed a law in 2016 forcing supermarkets to recycle, compost, or donate as much of their outgoing or expired stock as possible. Other countries like Germany began to create similar legislation, and a German supermarket SirPlus Rescue Market specializes in discarded, expired, or unwanted packaged foods and produce.

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Revolutionary New Recycling Method for Plastic and Waste is Killing Two Birds With One Stone

Carbon capturing and carbon sequestering, meaning the uptake and storage of CO2 molecules in a solid object, like a building or a tree which it can’t escape from, is one of the many tools for entrepreneurs, manufacturers, and businessmen, who want to do their part to combat the climate crisis.

Similarly, a startup working in Israel is eradicating one environmental toxin by placing it inside of another. UBQ Materials is taking household waste that would normally end up in landfills, and embedding it in liquefied recycled plastic to create “a thermoplastic, composite, bio-based, sustainable, climate-positive material”.

The trash is sorted, passed over a magnet to remove metals, before being dried and shredded into a kind of trash-confetti. It’s then added to plastic that’s ready for recycling and melted together before finally being dried and chopped into little pellets.

The resulting pellets can be easily shipped out and used in various manufacturing processes like injection molding and composite brick-making. Dye can be added at any point along the way to ensure the customer can have plastic of any color he desires.

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The company’s founders were so confidant that the science behind their revolutionary recycling process would prove successful they commissioned Swiss environmental consulting firm Quantis to perform an analysis on just how green their operation was.

Quantis found that substituting a ton of UBQ’s pellets for the same amount of polypropylene saves the equivalent of about 15 tons of carbon dioxide emissions, making it the most sustainable thermoplastic material on earth.

The concept of taking landfill-bound trash, which would generate harmful greenhouse-methane gas, and encasing it inside recycled plastic can be traced back, according to The Post, to an Israeli military man who thought that by mixing mud from the polluted Kishon River with plastic he might help the river recover. This idea never worked, but encasing environmentally-damaging substances in plastic that would then be used to make other materials and products and thereby ensuring it doesn’t have a chance to pollute (or further complicate the climate of) our planet, was a core concept which wasn’t abandoned.

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Generating a $50 million dollar fortune as a hummus food mogul, Rabbi Yehuda Pearl has helped the company go from a bankrupt idea to the brink of international acclaim and wealth through $3.5 million in slow savvy investing and R&D. UBQ, short for Ubiquitous. is already selling its thermoplastic composite plastic granule to Plasgad, an Israeli company that manufactures pallets, crates, and recycling bins—2,000 of which are on their way to the Central Virginia Waste Management Authority.

The UBQ facility on the Tze’elim Kibbutz can produce about one ton of their special material in an hour, resulting in between 5,000 and 7,000 tons produced annually. The company’s success is leading to a new facility that will produce 100,000 tons annually.

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Denmark Researchers Use Seaweed to Power a Car

Each year, 25 million tons of seaweed is harvested, most of which is in Asia and used for human consumption and cosmetics. But what about using it to power our vehicles?

Danish scientists recently announced they have used a seaweed fuel to power an automobile, achieving speeds of 50 mph (80 kph), using a biofuel created by a Dutch company.

“We’ve looked to see if seaweed fuel works in the same way as ordinary fuel and what its effect is on the motor,” Jaap van Hal, who led the research team, told Noordhollands Dagblad.

One of the largest sources of clean renewable energy used today is biofuels. Produced from garbage or the agricultural byproducts from growing crops like sugar, corn, and soya, it contributes to energy security while also reducing carbon emissions.

Within Europe’s transportation sector the vast majority of renewable energy-powered solutions utilize these land-based sources of biofuel. However it requires land, fertilizer, and irrigation resources to produce these biofuels, so Europe is looking largely towards ocean-based sources of biofuel—namely algae and seaweed, which need nothing more than saltwater and sun to grow incredibly fast.

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Dr. van Hal says learning to manage a 10-acre seaweed farm is similar to managing a 1,000-acre farm. To turn seaweed fuel into a reality, though, requires a supply on a “huge scale”. Even though one farm is currently a “dot on the horizon”, van Hal is nevertheless excited to move forward.

Van Hal is the scientific coordinator for EU-funded MacroFuels, aiming to create an entire industry around seaweed biofuels that includes cultivation and production and testing—specifically for heavy machinery like trucks and ships with diesel engines.

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Several other European firms are looking into increasing the proliferation of seaweed or algae biofuels for the EU energy sector.

Norway, for instance, is plotting a similar course, with a startup called Alginor planning the creation of a bio-refinery for seaweed and algae growing in the North Sea.

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Wind Farms in Africa Aim To Power New Era of Clean Reliable Energy While Saving a Billion Tons of CO2

Senegal is preparing to take a large step in the emerging market of African renewable energy with the construction of the 340 million euro Taliba N’diaye Wind Farm.

Almost all of the 46 wind turbines planned for the site have been completed, with the first trickle of totally renewable energy finally flowing into the capital city of Dakar.

“The first megawatts of energy are today entering Senegal’s grid, giving the country its first taste of clean, renewable wind power,” said Massaer Cisse, General Manager for Senegal at Lekela Power, the farm’s manager.

“This is an exciting time and it brings us a step closer to our ultimate goal of providing power for millions of Senegalese”.

Located 100 kilometers (60 miles) north of Dakar, the turbines and substations erected so far are already generating 50 megawatts of the proposed total of 158 to be added to the grid when Taliba N’Diaye is finished.

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This will serve to increase the power supply of Senegal by 15% as well as save 300,000 tons of carbon from entering the atmosphere annually.

Africa Happenings reports that the lack of reliable access to electricity is a major contributor to unemployment and low manufacturing output, as power shortages often stall heavy machinery, making investments into capital goods such as electric forklifts or other construction equipment risky.

They estimate that 500 million Africans don’t have reliable access to electricity. For instance, Nigeria, another West African country, could be losing as much as 5% GDP per year due to power shortages. People resort to portable backup generators, which often run on dirty diesel fuel, contributing mightily to falling air quality due to the fumes.

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Bird Friendly Wind Energy Comes to Egypt

With recent successes in Senegal, Lekela Power has also recently secured financial investments worth $325 million for its 250 megawatt West Bakr Wind project in Egypt. Expected to be fully operational by 2021, West Bakr will produce over 1,000 gigawatts per hour, per year, of clean energy for the Egyptian grid.

Egypt’s ‘Build, Own, Operate’ plan is an ambitious project aimed at establishing an Egyptian-managed energy infrastructure that will be made up of 20% renewables by 2022.

The Suez Gulf is a high-traffic area for migrating birds, sometimes at risk from the windmill blades. Lekela and Egyptian Electricity Transmission Company have planned the West Bakr project to be more bird-friendly through the development of a “shut down on demand” program.

Lekela has partnered with the Egyptian Environmental Affairs Agency and its Migratory Soaring Birds project to help fund and eventually implement a Migratory Birds Monitoring training program that will help ensure birds survive the journey around their wind farms.

West Bakr near the Gulf of Suez Canal is far larger than Taliba N’diaye, and its massive energy output is expected to offset more than 550,000 tons of carbon dioxide emissions annually.

Blow Some Good News Toward Your Social Media Feeds… (File photo by Daxis, CC license)

Impelled by Reactor Meltdown, Fukushima Japan Vows to Achieve 100% Renewable Energy Use in 20 Years

Nine years ago, an earthquake and tsunami off the coast of Japan caused one of the most significant nuclear disasters in human history in the area around the Fukushima Daiichi nuclear power plant, where the resulting reactor meltdown led to the evacuation of 150,000 individuals.

Now, the local government has vowed to restructure the grid of the north western prefecture to use entirely renewable energy sources by 2040. Fukushima is the third largest administrative district in the country, and uniquely includes a variety of energy resources like prime spots for solar and wind farms, and also opportunities for geothermal power as well.

Working to achieve these ambitious goals, Fukushima Prefecture signed a memorandum of understanding in the field of renewables with the Ministry of Environment for the German state of North-Rhine Westphalia, the largest energy-producing state in Germany—and Europe as well—in August of 2017.

North-Rhine Westphalia has doubled their renewable energy infrastructure over the last 15 years—growing it to deliver 9% of total energy production.

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Since 2012, however, Fukushima has tripled its renewable energy production, with solar, wind, water, thermal, and biofuel resources totaling 1,500 megawatts of electricity, delivering a contribution of nearly 18% of Japan’s total yearly energy consumption.

Additionally, 300 billion yen ($2.75 billion) for the project has already been fronted by sponsors such as the state-owned Japan Development Bank and Mizuho Bank. The funding will be used to construct 11 solar farms and 10 wind farms over the next 4 years. The new projects also include biomass plants, geothermal stations, even fleets of sea-going windmills.

The proposed new grid, spanning 80 kilometers, would reach the Tokyo metropolitan area and contribute 600 megawatts of electricity, replacing much of the power which, up until recently, the city had received from the pair of Fukushima atomic energy plants.

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Beyond moving away from its robust infrastructure and dependence on atomic energy, Japan is also the third largest importer of coal and natural gas, and a massive change in energy independence would help Japan reach its ambitious goals set forth in the recent UN climate change panel in Madrid last month.

The country’s Prime Minister, Shinzo Abe, irrespective of the Fukushima Prefecture’s own energy objectives, is targeting 24% total energy from renewables nationally by 2030.

Power Up With Positivity By Sharing The Good News With Your Friends On Social Media — File photo by Tokyo Electric Power Co., TEPCO, CC

Oil-Dependent Canadian Province Launching New Solar Farm Next Year—One of the Largest in the World

Canada will soon be welcoming the largest operating solar energy project in the country—and it is also being hailed as “one of the largest in the world”.

Back in August, Greengate Power Corporation received approval from the Alberta Utilities Commission (AUC) to construct and operate its $500 million Travers Solar project with a total generating capacity of 400 MW.

The company now expects to begin construction of the project sometime during the first half of 2020, with full commercial operations targeted for 2021.

Greengate is an industry leading, privately-held Canadian renewable energy company based out of Calgary. Since 2007, Greengate has successfully developed close to 600 MW of operating—or near-operating—wind energy projects in Alberta and Ontario, including the 300 MW Blackspring Ridge Wind Project, which is currently the largest operating wind energy project in Canada.

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These projects represent well over $1 billion of investment and provide a clean source of power to more than 250,000 homes. Greengate is currently pursuing the development of close to 1,000 MW of new solar and wind energy projects as it continues to grow as an industry leading producer of clean renewable energy.

For perspective, the two biggest solar power facilities currently operating in Canada maintain a capacity of about 100MW. Since Alberta averages about 300 days of sunlight per year, the Travers Solar project is expected to power as many as 110,000 homes and offset 472 tonnes of greenhouse gas emissions every year.

The project will utilize about 2.5 million PV modules across 4,700 acres (1,900 hectares) of land in Vulcan County, Alberta.

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The AUC conducted an extensive review of the project and found that its approval is in the public interest considering its social, economic, and environmental effects, particularly in accordance with the Alberta Hydro and Electric Act.

“We are very pleased to have received approval for what we expect will be Canada’s largest solar energy project and one of the largest in the world,” said Dan Balaban, President and CEO of Greengate. “This continues our successful track record, having already developed some of the largest renewable energy projects in the country. We anticipate that Travers Solar will bring significant investment, employment and clean renewable energy to Alberta while strengthening the province’s position as a global energy and environmental leader.”

Power Up With Positivity By Sharing The Good News With Your Friends On Social MediaFile photo by Intel Free Press, CC