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What is water cremation? UK now offers eco-friendly burial alternative

What is water cremation? UK now offers eco-friendly burial alternative

The UK’s biggest funeral care provider is now offering water cremation. But what exactly is it and what is its impact on the environment?

Water cremation is now available in the UK following rising demand for more environmentally friendly end-of-life options.

When you die there are currently only two options in most of Europe – burial or a traditional fire cremation.

But new options are becoming more popular.

 

What is water cremation or resomation?

Water cremation, also known as aquamation, resomation and alkaline hydrolysis, uses water to bring the body back to the skeletal remains.

The body is placed in a steel vessel filled with water and an alkaline solution.

It is then heated up which takes the flesh back to its chemical components – amino acids, peptides, sugars and salts.

After about three to four hours, only the bones remain. They are then ground down to a white powder, placed in an urn and given to the family.

Last summer the UK’s biggest funeral provider, Co-op Funeralcare, announced that it would start offering the service. This made them the first business to do so.

Water cremation was already legal in the UK subject to compliance with health, safety and environmental regulation.

It’s the method that South African anti-apartheid hero Desmond TuTu chose following his death in 2021.

He wanted an eco-friendly funeral and according to UK-based firm resomation, it uses five times less energy than a fire cremation.

 

What is the environmental impact of the funeral industry?

“For decades there have been just two main choices when it comes to [peoples’] end-of-life arrangements: burial and cremation,” says Julian Atkinson, director of resomation company Kindly Earth.

“[We] will be providing people with another option for how they leave this world because this natural process uses water, not fire, making it gentler on the body and kinder on the environment.”

And there appears to be an appetite for such a service.

Research by YouGov, commissioned by Co-op Funeralcare, found that 89 per cent of UK adults hadn’t heard of the term resomation. But once explained, just under a third (29 per cent) said they would choose it for their own funeral if it was available.

“The rise in ecological and sustainability concerns over the past decade combined with a desire to be part of nature or laid to rest in a natural setting, means more people are considering the environmental impact of their body once they die,” says Professor Douglas Davies from the Department of Theology and Religion at Durham University.

Around 245kg of carbon emissions are generated by one traditional cremation, the equivalent of charging your smartphone over 29,000 times.

Traditional burials also have negative environmental consequences. The chemicals used in the embalming process can leak out and pollute the surrounding soil and waterways.

 

Which European countries offer water cremation?

The UK is not the only European country to make waves in the resomation scene.

Ireland is set to open its first water cremation facility this year. The service is also available in the US, Canada and South Africa.

Belgium and the Netherlands are among the other European countries looking to introduce resomation, but there are regulatory hurdles that must be overcome first.

 

 


 

 

Source   euronews.green.com

Masdar: Using technology to power a sustainable future

Masdar: Using technology to power a sustainable future
Renewable energy company Masdar has been making strides towards its sustainability goals by utilising the latest technology

As a global leader in renewable energy and green hydrogen, Masdar has pioneered commercially viable solutions in clean energy, sustainable real estate and clean technology in the UAE and around the world for over a decade.

Headquartered in Abu Dhabi, UAE, the business is currently developing large-scale renewable energy initiatives, in a bid to drive the progression of clean technologies and further grow technology in the renewable energy sector. In doing so, Masdar is focused on creating new long-term revenue streams for the UAE.

How is Masdar utilizing technology to boost sustainable energy?

Committed to advancing clean-tech innovation, Masdar utilises technology to enhance the renewable energy sector.

Masdar hosts a range of wind farms in its offshore project portfolio, including sites in London Array and the Dudgeon Offshore Wind Farm in the United Kingdom. The business has also partnered with Hywind Scotland, the world’s first floating offshore wind farm.

Additionally, Masdar deploys solar photovoltaic (PV) technology in utility-scale and off-grid solar power plants and rooftop systems, including monocrystalline silicon panels, polycrystalline silicon panels, and thin-film panels.

Depending on the solar potential, geographical location, and financial requirements of a specific solar PV project, a suitable PV system is implemented to meet the project’s needs.

Likewise, concentrated solar power (CSP) systems – which use mirrors to focus a large area of sunlight onto much smaller areas – are used to convert concentrated light into heat, to drive a heat engine connected to an electrical power generator. CSP systems have become known as a promising solar power technology for large-scale power generation.

When CSP and thermal energy storage (TES) are used together, it is capable of producing constant power for up to 24 hours a day.

Masdar’s sustainability commitments

With the aim of investing and actively supporting the development of young people, Masdar strives to help support the sustainability leaders of tomorrow through its Youth 4 Sustainability (Y4S).

His Highness Sheikh Khaled bin Mohamed bin Zayed Al Nahyan, Crown Prince of Abu Dhabi invested in the initiative, ensuring it aligned with the United Nations Sustainable Development Goals to bolster the nation’s sustainability efforts.

By 2030, Y4S aims to reach up to one million youth, creating awareness of the skills needed for future jobs in sustainability.

 

 


 

 

Source Sustainability

Segways, scooters and skateboards: The new electrified urban transportation

Segways, scooters and skateboards: The new electrified urban transportation

When Carl Benz applied for a patent for his “vehicle powered by a gas engine” in January 1886, he ignited what would later become a revolution in transportation. Over the centuries, improvements would be made to Benz’s idea, which ultimately led to making privately owned cars and large-scale projects like buses and subway systems central to urban mobility. Popular as they are, the traditional modes of public transportation like privately owned cars, public buses, and subways have their challenges. They are expensive to establish and maintain, result in gridlocks, pollution, and a shortage of parking in most major cities. Within the context of the challenges related to traditional forms of mass transportation, the Segway’s introduction in 2001 started a trend of replacing large-scale public infrastructure with small, one-person electric vehicles. McKinsey & Company, the management consultancy firm, calls this type of transportation micromobility. This article looks at the evolution of one-person electric modes of transport and how they have impacted urban transportation. We start by focusing on the urban transport challenges that have made one-person electric vehicles a growing urban transit option. We then look into the history of these forms of transport and some safety tips for people using them.

 

Challenges of traditional public and private urban transportation

The challenges associated with extensive public transportation projects are well documented. An article published by Australia’s University of Melbourne puts these challenges into perspective. It says, “Chronic losses of life on roadways, dangerous deterioration in air quality, and worldwide accumulation of atmospheric carbon can no longer resist the challenges of an increased population and its urbanization.” These challenges are partly responsible for the increasing trend where people prefer to use one-person electric vehicles.

 

Traffic congestion and parking challenges

An article produced by Dr. Jean-Paul Rodrigue and published by TransportGeography.org provides a detailed analysis of urban transport challenges. The first challenge noted by Dr. Rodrigue is one that anyone who has lived in an urban area for more than a few minutes is aware of: traffic congestion and parking difficulties. He notes that even though traffic congestion can occur in any city, it almost becomes a given when a city’s population passes the 1-million threshold. Dr. Rodrigue notes that the challenge of congestion emanates from the fact that the growth in the number of vehicles on the roads is not matched by the growth in the infrastructure to handle the vehicles. Also, he suggests that because vehicles spend a lot of their time parked, the demand for parking space increases. A shortage of parking in urban areas leads to more traffic congestion because when drivers look for empty spots where they can legally park their cars, they often drive slowly. This slow driving “creates additional delays and impairs local circulation,” says Dr. Rodrigue.

 

Environmental impact and traffic noise

An article shared on the website Geographynotes.com brings to the fore the challenge of pollution linked to traditional urban transportation forms. The writer of the article, Raghav, sums up the problem: “Traffic noise is a serious problem in the central area of our towns and cities, and there are other environmental drawbacks brought about through trying to accommodate increasing traffic volumes.” The polluting nature of the traditional modes of urban transportation could impact the quality of life of pedestrians. For instance, with less space for walking and the hazards associated with moving vehicles, some people may be discouraged from doing outdoor activities. This would result in the sedentary lifestyles that are often blamed for some of our time’s leading health challenges, such as obesity and high blood pressure.

 

Health concerns

The current COVID-19 pandemic has also emphasized the health risks associated with public transportation. Some people are now hesitant to use public transport, which could push more people to choose micromobility. McKinsey & Company notes that even though the micromobility industry has suffered as a result of COVID-19, the pandemic has resulted in people taking longer trips in one-person electric vehicles like scooters. The firm reports that “According to a US micromobility company that rents e-scooters, average trip distances have grown 26 percent since the start of the pandemic, with rides in some cities, such as Detroit, increasing by up to 60 percent.”

 

Personal and electric scooters

Even though electric scooters seem to be getting popular nowadays, they have been around for over a hundred years. John Linden, writing for the website CarCovers.com traces the history of the electric scooters to the 1700s when innovators like Andrew Gordon and Benjamin Franklin developed the very first electric motors. The advancement in electric scooters would continue over the centuries. An article published by Medium.com reports about an electric scooter, known as the Autoped, which went on sale in 1915 New York. The Medium.com article reports that Autopeds targeted women who were progressively becoming independent when these early electric scooters were introduced. The piece claims that “The company sought to establish their scooter as a practical symbol of women’s newfound freedom and mobility, with suffragettes such as Lady Florence Norman” becoming early adopters “when the vehicles hit Great Britain in 1916.” Others see the Autoped as the first mass-produced electric scooter in the US.  For instance, Jackie Mansky writes for the Smithsonian Magazine and quotes the Online Bicycle Museum, which says that the Autopeds are “the true ancestors of the modern motor scooter.”

 

The beginning of mass production

Linden reports that advancements in electric scooter technology in the past half a century would result in the mass production of one-person electric vehicles. He says that Peugeot invented the first mass-produced electric scooter named Scoot’Elec. Even though successful, Linden says that the Scoot’Elec tended to be “heavy and not very eco-friendly due to its nickel-cadmium batteries.” This challenge would be alleviated in the modern wave of electric scooters by the growing popularity of lithium-ion batteries that increased convenience and efficiency.

 

The growth of electric scooter sharing

In an upbeat article about the future of the electric scooter, the company that provides applications for the transport industry, Esferasoft, says, “Visit Spain, and you’ll find more electric scooters than cars and motorcycles. And in the [near future], similar scenes could be witnessed in the US and other European countries.” Esferasoft reports that “The global e-scooter market is skyrocketing as more people are shifting from private and public transport to electric scooter rentals. E-scooters are environment friendly and reduce pollution.” Adding, “Besides, they’re an affordable mode of transportation.”

 

Introducing the Segway personal transporter

The introduction of the Segway personal transporter by Dean Kamen in 2001 is often hailed as the beginning of micromobility’s popularity. According to an article published by the education website Britannica.com, Kamen has a history of inventing innovative technologies such as a portable kidney dialysis machine and a wheelchair that climbed stairs and could stand upright. The technology used in the latter would inspire the development of the Segway. Britannica.com reports that “Kamen claimed that the Segway, with its built-in gyroscopes, computer chips, and tilt sensors, would make getting around cities so easy that automobiles would become unnecessary.” The website also says that the device’s supporters saw it as an environmentally friendly way of alleviating traffic congestion and boosting productivity.

 

Unable to meet expectations but making micromobility popular

Even though some acknowledged the Segway’s potential, others warned that it could result in injury due to collisions. The production of the Segway was discontinued in June 2020, after about 140,000 units had been sold. Some attribute the low number of vehicles sold to the fact that the price was steep at $5,000. FastCompany.com cites the president of Segway, Judy Cai, who suggested that Segway’s engineering may have been partly to blame for its inability to meet expectations. Cai suggested that there were several redundant systems in the vehicle which were intended to “keep it operational even if some components fail—which is good for users, but not the bottom line of a company that needs to sell new units year after year.” Even though the Segway did not get the kind of popularity that would make automobiles unnecessary, it made the idea of micromobility a popular one. This view is acknowledged by Mark Wilson in an article published by FastCompany.com. He says, “And while the Segway didn’t become the democratic urban mobility machine that Kamen had teased, it did find a foothold in security and tourism.”

Electric skateboards

Introduced in the 1970s, the Motoboard is seen as the beginning of motorized skateboards. Chris Hudak writes for Wired.com, telling the story of the Motoboard. He reports that this motorized skateboard could reach speeds of up to 30 mph. According to Hudak, the Motoboard was powered by a gasoline-burning engine. He says that the device was operated using a “hand-held trigger throttle that automatically returns to idle when released, and gentle braking is controlled by engine compression.”

 

The name behind the electric skateboard

Almost every article attempting to follow the history of the electric skateboard includes the name of Louis Finkle. James Flynn writes an article for TransportationEvolved.com and reports that when Finkle designed his electric skateboard in 1997, he filed a patent for it in California. Flynn reports that the idea of an electric skateboard came about when Finkle was looking for a motor and came across a wireless controller. Finkle’s creative mind went to work as soon as he had his hands on the motor and the wireless controller. He pictured these components working together with the skateboard, and the idea of the electric skateboard was born. Finkle’s electric skateboard had impressive performance in its day. For example, Flynn reports that the electric skateboards could reach speeds of up to 22 miles per hour within 4 seconds. No wonder buyers of the skateboard received only $5 change from $1,000 when paying for it.

 

Driving the popularity of electronic skateboards

Even though they have a relatively long history, it looks like electric skateboards are gaining popularity in the last few years. This is a view also acknowledged by Tim Conneally in an article published by Forbes.com. Conneally also attempts to explain why there is a renaissance of sorts when it comes to electric skateboards. One of the reasons advanced by Conneally is that there is a growing use of e-vehicles. He believes that “The Segway blazed a difficult trail for modern electric vehicles.” Conneally says that the growth in the popularity of motorized e-vehicles can be noted in the number of patents registered worldwide in the five years after 2001: 16,670. He reports that “These patents covered all manner of electric vehicle, from car to boat to bicycle, but small-scale electric engine development had risen appreciably thanks in part to the Segway.” Another reason often cited for the popularity of electric skateboards and other personal electric vehicles is that they do not burn fossil fuels that release harmful gases into the atmosphere. This quality makes them environmentally friendly compared to the traditional mass-transport modes. When you consider that electric skateboards allow for an effortless ride, you will see that they can easily be used when traveling for any occasion. Unlike the kick skateboards, the electric version ensures that you don’t arrive wherever you go out of breath and sweaty.

 

Importance of safety when using one-person electric vehicles

From the various views expressed above, it’s clear that many people are starting to see micromobility as more than a stunt used by those who want to look cool or fit in with the crowd. One-person electric vehicles are becoming a practical alternative for urban transit. This means that users of such vehicles need to guard against accidents that may cause injury or loss of life while riding these vehicles.

One of the primary precautions that should be taken by people using one-person electric vehicles is to ensure that they know how to use such vehicles before they venture into public areas. This should be complemented by wearing proper gear when riding, such as a helmet.

Whenever you ride in public areas, always wear bright colors so that other road users can easily see you.

It is also crucial that you do essential maintenance on your one-person vehicle regularly. This will ensure that important features like the braking system work before you embark on a journey.

 


Source BOUNDMOTOR

Biden boosts offshore wind energy, wants to power 10 million homes

Biden boosts offshore wind energy, wants to power 10 million homes

WASHINGTON (AP) — The Biden administration is moving to sharply increase offshore wind energy along the East Coast, saying Monday it is taking initial steps toward approving a huge wind farm off the New Jersey coast as part of an effort to generate electricity for more than 10 million homes nationwide by 2030.

Meeting the target could mean jobs for more than 44,000 workers and for 33,000 others in related employment, the White House said. The effort also would help avoid 78 million metric tons of carbon dioxide emissions per year, a key step in the administration’s fight to slow global warming.

President Joe Biden “believes we have an enormous opportunity in front of us to not only address the threats of climate change, but use it as a chance to create millions of good-paying, union jobs that will fuel America’s economic recovery,” said White House climate adviser Gina McCarthy. “Nowhere is the scale of that opportunity clearer than for offshore wind.”

The administration’s commitment to the still untapped industry “will create pathways to the middle class for people from all backgrounds and communities,” she added. “We are ready to rock-and-roll.”

The administration said it intends to prepare a formal environmental analysis for the Ocean Wind project off New Jersey. That would move Ocean Wind toward becoming the third commercial-scale offshore wind project in the U.S.

The Interior Department’s Bureau of Ocean Energy Management said it is targeting offshore wind projects in shallow waters between Long Island and the New Jersey coast. A recent study shows the area can support up to 25,000 development and construction jobs by 2030, Interior said.

The ocean energy bureau said it will push to sell commercial leases in the area in late 2021 or early 2022.

The administration also pledged to invest $230 million to upgrade U.S. ports and provide up to $3 billion in loan guarantees for offshore wind projects through the Energy Department’s recently revived clean-energy loan program.

“It is going to be a full-force gale of good-paying, union jobs that lift people up,” said Energy Secretary Jennifer Granholm.

Ocean Wind, 15 miles off the coast of southern New Jersey, is projected to produce about 1,100 megawatts a year, enough to power 500,000 homes, once it becomes operational in 2024.

 

The Interior Department has previously announced environmental reviews for Vineyard Wind in Massachusetts and South Fork wind farm about 35 miles east of Montauk Point in Long Island, N.Y. Vineyard Wind is expected to produce about 800 megawatts of power and South Fork about 132 megawatts.

Biden has vowed to double offshore wind production by 2030 as part of his effort to slow climate change. The likely approval of the Atlantic Coast projects — the leading edge of at least 16 offshore wind projects along the East Coast — marks a sharp turnaround from the Trump administration, which stymied wind power both onshore and in the ocean.

As president, Donald Trump frequently derided wind power as an expensive, bird-slaughtering way to make electricity, and his administration resisted or opposed wind projects nationwide, including Vineyard Wind. The developer of the Massachusetts project temporarily withdrew its application late last year in a bid to stave off possible rejection by the Trump administration. Biden provided a fresh opening for the project after taking office in January.

“For generations, we’ve put off the transition to clean energy and now we’re facing a climate crisis,” said Interior Secretary Deb Haaland, whose department oversees offshore wind.

“As our country faces the interlocking challenges of a global pandemic, economic downturn, racial injustice and the climate crisis, we have to transition to a brighter future for everyone,” Haaland said.

Vineyard Wind is slated to become operational in 2023, with Ocean Wind following a year later.

Despite the enthusiasm, offshore wind development is still in its infancy in the U.S., far behind progress made in Europe. A small wind farm operates near Block Island in waters controlled by the state of Rhode Island, and another small wind farm operates off the coast of Virginia.

The three major projects under development are all owned by European companies or subsidiaries. Vineyard Wind is a joint project of a Danish company and a U.S. subsidiary of the Spanish energy giant, Iberdrola. Ocean Wind and South Fork are led by the Danish company, Orsted.

The National Oceanic and Atmospheric Administration said Monday it is signing an agreement with Orsted to share data about U.S. waters where the company holds leases. The data should aid NOAA’s ocean-mapping efforts and help it advance climate adaptation and mitigation efforts, the agency said. NOAA also will spend $1 million to study the impacts of offshore wind operations on fishing operators and coastal communities.

Wind developers are poised to create tens of thousands of jobs and generate more than $100 billion in new investment by 2030, “but the Bureau of Ocean Energy Management must first open the door to new leasing,″ said Erik Milito, president of the National Ocean Industries Association.

Not everyone is cheering the rise of offshore wind. Fishing groups from Maine to Florida have expressed fear that large offshore wind projects could render huge swaths of the ocean off-limits to their catch.

Copyright 2021 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.

 


 

Source US News

Meet the giant mechanical stomach turning food waste into electricity

Meet the giant mechanical stomach turning food waste into electricity

Tonnes of food scraps collected from restaurants and supermarkets are being converted into electricity under a green energy initiative powering thousands of homes in Perth.

The City of Cockburn has made the waste to energy service a permanent fixture of its general duties, collecting rotting food waste from local businesses and feeding it to a mechanical ‘stomach’ at a nearby fertiliser plant.

The anaerobic digester heats the food, traps its methane gas and feeds the energy into the electricity grid, powering up to 3,000 homes.

 

Key points:

  • A giant mechanical stomach is turning tonnes of food waste to energy
  • The electricity is being fed into the grid, powering 3,000 homes
  • The City of Cockburn has made the initiative part of its general duties

 

“Food waste really shouldn’t be thought of as a waste, it should be thought of as a resource,” said the city’s waste education officer, Clare Courtauld.

 

“It’s really important to take food waste out of landfill because it produces harmful greenhouse gases.

“If global food waste was a country, it would actually be the third-highest greenhouse gas emitter in the world.”

 

Food scraps are fed to the mechanical stomach around the clock.(Flickr: Taz, CC BY 2.0)

 

Ms Courtauld said the City had so far recycled 43 tonnes of food waste and saved 81,000 kilograms of CO2 equivalent gasses that would have otherwise entered the atmosphere rotting in landfill.

The $8 million mechanical stomach sits at the Jandakot headquarters of fertiliser company RichGro.

It was the first bio-waste plant of its kind to operate in the southern hemisphere when it opened in 2016.

 

“Their trucks come in … they tip off the food waste.

“It then goes through a piece of machinery which removes any packaging that might be in with the food waste and any contamination.

“It pulps the food waste up into like a porridge consistency and doses it into a big tank.

 

The food waste is pulped into a rich slurry and pumped into the digester.(ABC News: Gian De Poloni)

 

“This tank then feeds the two digesters … they’re getting fed 24 hours a day.

“As it breaks down, it generates methane gas. We’re capturing that gas and we’re running large generators that combined can produce up to 2.4 megawatts of electricity.”

The plant powers the company’s entire operations and up to 3,000 neighbouring homes, all from food waste.

 

What goes in, must come out

“Out the back end comes a liquid that is actually certified organic as a liquid fertilizer,” Mr Richards said.

“We sell a percentage of that to farmers and the remaining percentage of it we add into our compost piles.”

 

The bioenergy plant converts the methane gas from food waste into electricity to feed into the local power grid.(ABC News: Gian De Poloni)

 

Some foods are better than others.

 

“Certainly, you can overdo a good thing — you wouldn’t want too much fats, oils and greases.

“A lot of fruit and vege, starchy, sugary products are good. They produce a lot of energy.”

The City’s waste manager, Lyall Davieson, said there was community appetite for these sorts of initiatives.

“I’ve been in waste for about 25 years,” he said.

“Not so long ago, all we could really do was just recycle a few cans and a bit of steel.

“But now we really have at our disposal lots of options to divert waste from landfill and to recycle.”

 

The energy created from food waste is fed into the existing electricity grid, powering up to 3,000 homes.(ABC News: Gian De Poloni)

 

Frank Scarvaci, who owns a longstanding independent supermarket in Hamilton Hill, was one of the first businesses to sign up for the service.

He said it was a natural progression for his grocery store after embracing a plastic bag ban and installing solar power.

“I’ve been surprised [at] how the community has accepted the change,” he said.

“I thought [there] was going to be much more resistance in regards to when they scrapped plastic bags, for example — but there was virtually no resistance at all.”

 

Contamination causes indigestion

While common in Europe, the plant is just one of a few of its kind to be built in Australia.

 

People living close to the plant in Perth’s southern suburbs wouldn’t even know their homes are being powered by food waste.(ABC News: Gian De Poloni)

 

The City of Cockburn said it was not a waste service it would expand to households, because the risk of contamination disrupting the process was too high.

“We do have a machine that does have a certain ability to remove a level of the contamination,” Mr Richards said.

“Can it remove everything? No, it can’t.

“We’ve even had bowling balls come through — you can’t process things like that, in a system like this. It does damage our machinery.”

 

Bio-energy has a bright future

The bio-energy technology is growing in Australia, with the next logical step in the process to convert the bio-waste into biomethane, which could be fed into the gas grid.

The Federal Government is co-funding a biomethane production facility at a wastewater treatment plant in Sydney’s southern suburbs.

Once online in 2022, the $14 million plant is expected to pump biomethane derived from biogas created by a similar ‘mechanical stomach’ that would meet the gas needs of more than 13,000 homes.

 


 

By Gian De Poloni

Source ABC News Australia

‘Sky Zero Footprint Fund’: Broadcaster launches £2m sustainable media prize

‘Sky Zero Footprint Fund’: Broadcaster launches £2m sustainable media prize

After committing to becoming a net-zero business by 2030, Sky has unveiled a new competition to encourage firms across the media sector to accelerate their own sustainability initiatives and engage audiences with environmental issues.

Called the ‘Sky Zero Footprint Fund’, the scheme was announced today (30 March). It totals £2m, directly from the Sky Media budget, which will be allocated on a competitive basis and split five ways. Media agencies, creative agencies and the sustainable brands they work with are eligible to apply.

Applicants will have to prove a strong and credible commitment to a zero-carbon future – either through the actions they are taking in-house or their impact on wider society. On the former, judges will look for changes to product and service designs and business models, as well as a science-based approach. On the latter, entrants will be required to prove how they are inspiring and normalising positive behavioural change amongst their customers – which can be either businesses or members of the general public.

 

 

Applications will be open from 6 April to 14 May. Sky will then shortlist ten entrants who will deliver a live pitch to the judging panel – who will select five winners. The first-place winner will be granted £1m and the four other winners will take a £250,000 share of the pot.

Judges include Sir John Hegarty, the Media Trust’s chief executive Su-Mei Thompson and Good Energy chief executive Juliet Davenport. AdGreen, the Advertising Associations standard-setting and collaboration body for sustainability, is also supporting. Its founder Jo Combs is on the judging panel and all advertisements put forward will need to adhere to AdGreen standards.

“Using the power of TV we truly believe we can help transform attitudes and inspire real change,” Sky Media’s managing director Tim Pearson said.

“The Sky Zero Footprint Fund is designed to support businesses that want to foster positive change and protect our environment. We believe there is no better way to demonstrate this than through the scale, reach and storytelling capability of TV/Video advertising.”

 

Net-zero journey

Sky announced its own 2020 net-zero target in early 2020 and chief executive Jeremy Darroch has told edie that the business will need to make “significant changes” to meet the ambition.

Changes include converting all of Sky’s 5,000 owned and operated vehicles to electric through The Climate Group’s EV100 scheme and increasing investments in verified carbon offsetting schemes.

Since announcing the net-zero target, Sky has signed on as a principal partner for COP26 – the highest level of corporate sponsorship for the event in Glasgow. It has also updated its sustainable broadcasting standards, joined BAFTA’s climate coalition for news producers and prepared to launch a dedicated daily news show on the climate crisis. The ‘Daily Climate Show’ will premiere next week.

 


 

By Sarah George

Source edie

UK councils lead international call to stem fossil fuel supply

UK councils lead international call to stem fossil fuel supply

A small town in East Sussex and an ex-coal mining community in Derbyshire have become some of the first places in the world to back an international climate campaign to end fossil fuel extraction.

On Wednesday, Amber Valley Borough Council voted to support plans for a new “fossil fuel non-proliferation treaty”, which would phase out the supply of coal, oil and gas and help the world transition to cleaner energy.

It followed Lewes Town Council, which unanimously endorsed the idea earlier in the month.

The campaign, launched in September, aims to get all countries to commit to end the extraction of fossil fuels, which are the single biggest human source of greenhouse gases. Those behind it see the threat of climate change as just as serious – if not more so – as nuclear war and want a proportionate response.

Tzeporah Berman, chair of the fossil fuel non-proliferation treaty steering group and international programme director of climate campaign Stand.earth, said most international discussion on the climate crisis has been focused on reducing emissions, with less thought given to their main cause, which is fossil fuels.

“There are very few mechanisms to constrain the expansion of fossil fuels within the Paris Agreement, and the words ‘oil’, ‘gas’, ‘coal’ and ‘fossil fuels’ don’t even exist in it. There’s this collective delusion that somehow we can get off fossil fuels while continuing to produce them.”

 

Artist’s impression of the new Woodhouse Colliery near Whitehaven (West Cumbria Mining)

 

Experts agree that the vast majority of fossil fuel supplies need to be left in the ground to meet the Paris Agreement’s target of keeping global warming to “well below” 2C.

Vancouver in Canada was the first place in the world to endorse the treaty campaign followed by Barcelona in Spain. New York and Los Angeles are now vying to be next in line.

Next to those bustling cities, Amber Valley is a modestly sized borough of about 130,000 people with a landscape shaped by both coal and hydropower. In 2019, it became one of hundreds of councils across the UK to declare a climate emergency and established itself as a “frack-free zone”.

 

So when the council’s environment deputy Emma Monkman was contacted by the team behind the treaty campaign last year, she said it “felt like a natural fit”.

Councillor Dr Wendy Marples, who submitted the motion to Lewes Town Council, said her own council had also already declared a climate emergency but still had some way to go to being truly sustainable.

With three-quarters of the UK’s councils having now declared a climate emergency, more are expected to back the treaty campaign over the next year.

Their endorsements will shine a spotlight on Westminster’s mixed record on stemming the flow of fossil fuels in the run-up to the COP26 climate talks in Glasgow.

On Wednesday, the government refused to rule out new oil and gas exploration licences in the North Sea and has attracted huge controversy over plans to open a new coal mine in Cumbria.

 

The UK has promised to end investment in overseas fossil fuel projects by the end of the month, having already spent billions subsidising the industry abroad. However, it also faces legal action from Friends of the Earth for spending around $1bn in financial support on a huge liquified natural gas development in Mozambique.

A key aim of the fossil fuel non-proliferation treaty campaign is to transition from fossil fuels to cleaner energy in a fair way.

That’s why the first step is to build a comprehensive global database of fossil fuel production, said Ms Berman. “Just like nuclear weapons, we have to know who’s producing what.”

That’s a lesson Amber Valley knows well. Alfreton, a town in the borough, was one of many in the UK hit hard by the coal industry’s decline, said Ms Monkman, which led to high levels of unemployment.

 

“One of the areas we’re looking at a solar farm is Alfreton and the reason is we want to work with the university to offer green tech jobs and degrees,” said Ms Monkman.

Ms Monkman hopes the endorsement will attract more funding for green measures within Amber Valley.

“It’s only part of the tapestry of things we need to do to get to a steady state economy,” said John Beardmore, co-founder of renewable energy firm T4 Sustainability who campaigned vociferously against a new opencast mine in the area in the 2000s.

Ms Berman said the response from cities around the world has been positive. “By banding together they can use their political and communications power, similar to what happened in nuclear non-proliferation.”

The initiative is getting strong interest from indigenous and youth groups, as well as from the burgeoning divestment movement, although Ms Berman said some people see the idea as unrealistic. “Even proposing the fossil fuel non-proliferation treaty is creating the conversation we need.”

Endorsing the treaty has certainly linked a corner of Derbyshire with like-minded communities. “We’ve been connected with the different people that have endorsed, like Barcelona,” said Ms Monkman. “You become part of the club of people sharing ideas.”

 


 

Source Independent

UK leads G20 for share of electricity sourced from wind

UK leads G20 for share of electricity sourced from wind

Nearly a quarter of the UK’s electricity came from wind turbines in 2020 – making the country the leader among the G20 for share of power sourced from the renewable energy, a new analysis finds.

The UK also moved away from coal power at a faster rate than any other G20 country from 2015 to 2020, according to the results.

And it ranked second in the G20, behind Germany, for the proportion of electricity sourced from both wind and solar in 2020.

However, Britain is still lagging behind when it comes to fossil gas, according to analysis by the climate and energy think tank Ember.

The country sourced 37 per cent of its electricity from fossil gas in 2020, placing it ninth in the G20 and above the global average of 23 per cent.

 

“It’s crazy how much wind has grown in the UK and how much it has offset coal, and how it’s starting to eat at gas,” Dave Jones, Ember’s global lead analyst, told The Independent.

But it is important to bear in mind that “we’re only doing a great job by the standards of the rest of the world”, he added.

 

UK is second behind Germany in G20 for share of electricity sourced from wind and solar (Ember)

 

Ember’s Global Electricity Review notes that the world’s power sector emissions were two per cent higher in 2020 than in 2015 – the year that countries agreed to slash their greenhouse gas pollution as part of the Paris Agreement.

Power generated from coal fell by a record amount from 2019 to 2020, the analysis finds. However, this decline was greatly facilitated by lockdowns introduced to stop the spread of Covid-19, which stifled electricity demand, the analysts say.

Coal is the most polluting of the fossil fuels. The UK government hopes to convince all countries to stop building new coal-fired power stations at Cop26, a climate conference that is to be held in Glasgow later this year.

UN chief Antonio Guterres has also called for all countries to end their “deadly addiction to coal”.

At a summit held earlier this month, he described ending the use of coal in electricity generation as the “single most important step” to meeting the Paris Agreement’s goal of limiting global warming to well below 2C above pre-industrial levels by 2100.

“There is definitely a concern that, in the pandemic year of 2020, coal hasn’t fallen as fast as it needed to,” said Mr Jones.

“There is concern that, once electricity demand returns, we won’t be seeing that decline in coal anymore.”

 


 

By Daisy Dunne Climate Correspondent

Source Independent

New battery recycling facility in Tuas, a first in Singapore and South-east Asia

New battery recycling facility in Tuas, a first in Singapore and South-east Asia

SINGAPORE – A new battery recycling facility capable of recycling 14 tonnes of lithium-ion batteries – or the equivalent of 280,000 smartphone batteries – per day officially opened in Tuas on Wednesday (March 24).

The TES B facility, set up by home-grown electronic waste (e-waste) recycler TES, is able to recover more than 90 per cent of precious metals from lithium-ion batteries for reuse in battery production, said TES.

Speaking at the opening ceremony on Wednesday, TES chief executive Gary Steele said that the battery space is potentially facing raw material shortages due to the widespread use of smart devices, electric vehicles and mobility devices. According to the company, the volume of lithium-ion batteries sold annually by 2025 is expected to balloon fivefold to almost five million tonnes a year.

“For the last 100 years, we have all lived in a ‘take-make-waste’ linear economic model, where materials are extracted from the earth, used and then thrown away. That model is clearly not sustainable,” said Mr Steele.

He said the TES B facility is able to extract precious metals from spent batteries, such as lithium and cobalt with a purity level of almost 99 per cent, which is then reused for fresh battery production.

 

“There really is no other lithium-ion battery recycler in Singapore today. The hydrometallurgical process we developed, we believe is unique not just in Singapore or South-east Asia; in our view it’s quite unique in the rest of the world,” said Mr Steele.

 

Besides reducing the need for mining new precious metals, the battery recycling facility also reduces energy consumption in the battery production process.

“Recycled metals – much of which are from smartphones and laptops – can be reused at a level that is five to 10 times more energy-efficient than metals smelted from virgin ore,” said Mr Steele.

Speaking at the ceremony, Ms Grace Fu, Minister for Sustainability and the Environment, noted: “By closing the loop on lithium-ion batteries, TES B has brought Singapore a step closer to realising a circular economy.”

The launch of the TES B facility comes at a pivotal moment as the extended producer responsibility (EPR) scheme kicks into gear on July 1 this year.

Under the EPR scheme, producers – defined by the National Environmental Agency (NEA) as companies which manufacture or import electrical or electronic products into Singapore – will have to finance the collection and proper treatment of e-waste.

The EPR scheme, announced in 2018, will help deal with the 60,000 tonnes of e-waste generated by Singapore annually, which is set to grow with the increasing use of consumer electronics, electronic equipment for businesses and electric vehicles (EVs).

“With the EPR scheme that’s just been awarded in the last few weeks, we anticipate collaborating with the Government to ensure that batteries are all taken care of while working with the partner that has been chosen to lead the EPR,” said Mr Steele.

NEA chief executive Luke Goh said that facilities like TES B support Singapore’s move towards phasing out internal combustion engine vehicles in favour of cleaner vehicles, such as EVs, for better public health and to mitigate climate change.

Currently, members of the public can drop off their e-waste at designated e-waste recycling bins in public areas such as schools, malls and offices.

Examples of e-waste that can be recycled at these bins include laptops, mobile phones, keyboards, chargers and cables.

 

“The success of our efforts will bring about both environmental and economic benefits as we strengthen our resource resilience, develop our local recycling capabilities and turn trash into treasure,” said Ms Fu.

 


 

Source The Straits Time

Asian companies claim they are going net-zero — but are their targets realistic, ambitious or greenwash?

Asian companies claim they are going net-zero — but are their targets realistic, ambitious or greenwash?

The race is on for the business world to figure out how to sustain economic growth and go carbon-free.

The penny seems to be dropping that avoiding climate action comes with financial risks. Last October, 200 of the world’s largest multinational companies said they would achieve net-zero carbon emissions by 2050. Among them were Asian companies in sin industries linked with spotty environmental records such as Sinopec and Asia Pacific Resources International Limited (APRIL). Chevron, Philip Morris and DuPont were also among those that made pledges.

By 2050, climate change will shrink the global economy by 3 per cent as drought, flooding, crop failure and infrastructure damage become more severe — unless drastic action is taken to bend the curve on global warming, according to a report by the Economist Intelligence Unit.

The Covid-19 pandemic — which has been called a “dress rehearsal” for climate change — has accelerated the urgency to mitigate the impacts of climate change which cost the global economy billions every year.

“Suddenly, corporates have realised that if we’re going for a 1.5 degrees Celsius cap on global warming [the goal of the Paris Agreement on climate change], we have to hit net zero by 2030. It’ll be very expensive to decarbonise any later,” said Malavika Bambawale, Asia Pacific head of sustainability solutions at Engie Impact, a decarbonisation consultancy.

 

“What is the cost of not decarbonising? That is the question businesses should really be asking themselves.”
Pratima Divgi, director, Hong Kong, Asean, Oceania, CDP

 

Western businesses have led the way, with the likes of Microsoft saying it will make “the biggest commitment in our history” by removing all of the carbon it has put into the atmosphere since its founding in 1975. Asian companies have been slower to commit. “A lot of Asian companies are further down the supply chain, so they can hide for longer,” says Bambawale.

But climate action in a region that produces more than half of global emissions is cranking up. Of the 1,200 or so firms that have signed up to the Science-Based Targets initiative (SBTi), which helps companies cut their emissions in line with the Paris Agreement, 250 Asian companies have set carbon-cutting targets or are in the process of getting targets approved — a 57 per cent increase between 2019 and 2020. Forty-eight of those 250 firms have aligned their business models with the Paris agreement. 

“From a small base, corporate decarbonisation is growing in Asia Pacific,” says Pratima Divgi, Hong Kong, Southeast Asia, Australia and New Zealand director at CDP, a carbon disclosure non-proft that co-developed the SBTi. Companies that have signed up to the SBTi include Hong Kong real estate firm Swire Properties, Chinese computer giant Lenovo, and Malaysian textile firm Tai Wah Garments Industry.

National-level policy commitments, like China, Korea and Japan’s net-zero declarations over the past six months have set the tone for Asian corporate decarbonisation. Competition is helping. Australian supermarket chain Coles declared a 2050 net zero target six months after rival Woolworths did the same, and Singaporean real estate firm City Developments Limited (CDL) made a net zero pledge the week after competitor Frasers Property. Gojek and Grab are racing to be the first ride-hailing app in Southeast Asia to declare a decarbonisation target.

“Now that market leaders such as CDL have made net-zero commitments, it will be harder for their competitors to sit and wait,” says Bambawale.

Malaysian oil and gas giant Petronas announced in October that it would hit net-zero by 2050, a month after PetroChina, the region’s largest oil company, said it would be “near-zero” by mid-century.

 

Aspiration versus reality

But questions hang over how Asia’s big-polluters will realise their declared targets. Ensuring the big emitters share detailed plans and a budget to support their carbon neutral declarations is key for accountability.

PetroChina’s announcement came with “frustratingly little detail”, commented renewables consultancy Wood MacKenzie. The oil giant aims to spend just 1-2 per cent of its total budget on renewable energy between now and 2025. This compares to Italian oil major Eni’s planned 20 per cent of total spend on renewables by 2023 and BP’s 33 per cent by 2030.

Petronas’ own 2050 net-zero pledge is an “aspiration” and not a science-based target that aligns the firm with the Paris Agreement.

“Aspirational targets can only go so far — science-based targets also need to clearly allocate interim short- to medium-term targets to work out what this transformation means to your business and value chain,” says Divgi.

Setting a science-based carbon reduction target takes time. Singapore-based transport firm ComfortDelGro has given itself two years to set science-based goals, but the company avoided giving a carbon reduction timeline in its announcement earlier this month.

Other companies are also being selective with the information they make public. This could be because they do not want to reveal the extent to which they intend on decarbonising, or because they do not have a plan yet. CDL has pledged that it will be net-zero by 2030 — 20 years ahead of competitor Frasers Property — but has declined to give further detail on how it will meet this target.

CDL’s carbon commitment is limited to its wholly-owned assets and developments under its direct control, while Frasers Property is aiming to remove emissions from its entire value chain.

 

Why carbon dieting is difficult

For major emitters like oil and gas firms, decarbonising means transforming their business model without going out of business. Petronas told Eco-Business that meeting its 2050 target “won’t be easy”, and would require the company to “re-strategise how we do our business, with the focus no longer being on profitability or production capacity alone”.

Petronas plans include hydrocarbon flaring and venting, developing low and zero carbon fuels, capturing emissions and investing in nature-based solutions. It also plans to cap emissions to 49.5 million tonnes of carbon dioxide-equivalent for its Malaysia operations by 2024, and increase renewable energy capacity to 3,000 megawatts by the same year.

Meeting its target would “requires us to strike an equitable balance between providing low carbon solutions while still ensuring energy security and business profitability,” said the company’s group health, safety, security and environment vice-president, Dzafri Sham Ahmad.

But removing the carbon from a company’s operations is no longer deemed enough. The indirect emissions that occur in the entire value chain — known as scope 3 emissions — are becoming the new business imperative. A new report from CDP found that emissions from a company’s supply chain are on average 11.4 times higher than its operational emissions – double previous estimates. ExxonMobil’s scope 3 emissions from the use of its products exceed the national annual emissions of Canada, it was revealed in January.

 

“Achieving this aspiration will require us to re-strategise how we do our business, with the focus no longer being on profitability or production capacity alone.”

Dzafri Sham Ahmad, vice-president, group health, safety, security and environment, Petronas

 

Electric vehicle makers such as Telsa are now asking questions about the emissions of their nickel suppliers while computer giant Apple wants to source low-carbon semiconductor chips. But tackling scope 3 emissions is tricky. For instance, how do Singapore construction companies reduce the imported carbon of building materials sourced from China, where electricity is generated from coal? And how does a building owner persuade its tenants to turn down the air-conditioning?

“Reducing scope 3 emissions looks easy enough from the top down. But for people in the field operating the assets it can be a nightmare,” says J. Sarvaiya, an engineer who’s an expert in decarbonisation.

Balancing the carbon books by sourcing renewable energy is also difficult in a region where fossil fuels are still the dominant power source, and where a diversity of regulatory landscapes has made scaling renewables hard and where prices remain high in places. This has led Asian companies to focus on reducing energy consumption first, before looking at procuring renewables, notes Bambawale.

But energy capping is not easy in a high-growth region with escalating energy needs. Southeast Asia’s energy consumption is growing by 4 per cent a year — twice the rate of the rest of the world — and much of that demand comes through cooling as global temperatures rise. Some 30 per cent of a business’s energy bill in this region goes on cooling, says Bambawale.

 

Offset or cut?

Facing so many challenges, it’s tempting for businesses to buy their way to net-zero. Carbon offsets, where companies fund projects that capture or store greenhouse gas emissions to offset their own, are becoming an increasingly popular path to carbon neutrality. Singapore state investor Temasek was one of Asia’s first companies to neutralise the carbon emissions of its operations last year, and did so primarily by buying carbon offsets. Petronas is also relying on offsets as part of its ‘measure, reduce, offset’ net-zero drive.

But offsets are drawing growing scepticism because they enable businesses to carry on as usual, without reducing their actual footprint. “Many companies find that it’s cheaper to reach net-zero by purchasing offsets. It may cost more to replace old technology with more efficient kit than buying offsets,” says Sarvaiya.

Offsets are a necessary piece of the decarbonisation puzzle — but the quality of offset is key, says Bambawale. Companies should ensure that an offset is additional—that is, the carbon reduction would not have happened without the company’s effort. It should also have permanent, rather than temporary, impact. And it should not cause any sort of environmental or social harm. Proving all of that is difficult. “Companies could spend years checking and validating that an offset is actually happening,” says Bambawale.

Offsets will get more problematic the warmer the world gets, Sarvaiya points out. The ability of plants to absorb carbon declines in a warmer world, so more trees will have to be planted to balance the carbon books. Buying renewable energy faces a similar issue. Every one degree increase of surface temperature reduces the efficiency of solar panels by 0.5 per cent.

Companies are also looking to emerging technologies to help them hit carbon goals. In Singapore, concrete producer Pan-United and Keppel Data Centres are part of a consortium that is banking on carbon capture, use and storage technology that won’t be online for another five to 10 years to reduce the carbon impact of the city-state’s oil refining, petrochemicals and chemicals sectors.

Heavy-emitting sectors such as steel production, aviation and shipping have high hopes for hydrogen power, which is considered the missing piece of the renewables puzzle. But questions over cost and transportation make hydrogen a fuel for the future for now. “Moonshot ideas should be the last step,” says Bambawale.

 

Why net-zero is not just hot air

In Southeast Asia, where governments have shown little interest in decarbonising their economies in their post-pandemic recovery plans, there is less incentive for businesses to cut their carbon footprints amid the struggle to stay afloat.

But a wave of commitments to decarbonisation in the past 18 months will likely lead to more. Scores of businesses have signed up for science-based targets during the pandemic, which has played a part in pushing others towards net-zero, says Divgi, adding that a Southeast Asian bank recently committed to SBTi whose suppliers’ emissions were 400 times its own.

Another indicator of interest in corporate climate action is the Task Force on Climate-Related Financial Disclosures (TCFD), a global framework for companies to disclose the financial risks they face from climate change. CDP has seen a 20 per cent increase in TCFD disclosures in Asia over the last year, Divgi notes.

More companies are trying to assess the financial implications of the transition to a low-carbon economy, and the more progressive companies have recognised that calculating climate risk is not a reporting exercise, it’s a strategic one, says Divgi.

“We’re not saying that it [decarbonising] is without problems. There’s a huge level of transformation involved, but climate change presents both a financial and an existential challenge for many businesses,” she says.

“What is the cost of not decarbonising — that is the question that businesses should really be asking themselves.”

 


 

By Robin Hicks

Source Eco Business