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Paybacks from UK renewables could cut £27 from bills by end of winter

Paybacks from UK renewables could cut £27 from bills by end of winter

Britain’s wind and solar farms could help to reduce households’ energy bills by paying back almost £800m to consumers by the end of the winter after gas and electricity market prices rocketed above their set subsidy levels.

Households earned a £157m windfall from renewable energy generators for the first time in the final quarter of last year following record high market prices, according to official figures.

The body responsible for managing renewable energy payments, the Low Carbon Contracts Company (LCCC), has forecast paybacks from the industry could increase to a total of £770m by the end of winter, shaving an average of £27 from the annual home energy bill.

But customers might have been in line for multibillion pound paybacks worth about £140 for a typical annual energy bill if the UK’s renewable energy rollout had taken place sooner, according to the industry.

The UK government is due to announce the results of its biggest every renewable energy subsidy auction this spring. This will support up to 12 gigawatts of clean energy capacity by allowing onshore wind and solar projects to compete for a subsidy for the first time since 2015.

Renewable energy projects typically receive payments from household energy bills to top up the earnings from the energy market to an agreed level, or “strike price”, But in return they are expected to pay cash back to consumers when market prices outstrip the set subsidy level.

This system helps to protect households from surging market prices, which are expected cause bills to soar from an average of £1,277 this winter to £1,925 from 1 April, while providing renewable energy investors with certainty too, the LCCC said.

Based on the official figures from the last quarter, the UK’s pipeline of renewable energy projects, which are expected to be under construction until 2023, could have saved households £3.9bn if they were operating this winter, according to analysis by SSE.

The company claims that its Dogger Bank windfarm, under construction in the North Sea and featuring the world’s largest wind turbines, would have saved UK homes almost £1.9bn in total this winter, or the equivalent of more than £67 per household.

The analysis does not include the savings from avoiding the use of gas power plants, which have become “eye-wateringly expensive” after record-high gas market prices, or the cost of integrating renewable energy into the UK’s electricity system.

Dan McGrail, the chief executive of RenewableUK, an industry trade group, said: “The answer to an energy crisis caused by soaring gas prices is to encourage investment in low-cost renewables to decrease our reliance on eye-wateringly expensive fossil fuels.

“The escape route from volatile and uncontrollable gas prices couldn’t be clearer – investing in our green future secures low-cost reliable power as well as getting the UK to net zero as fast as possible.”

Alistair Phillips-Davies, the chief executive of SSE, added: “By building more of our own clean energy infrastructure here in Britain and, critically, investing strategically in the network infrastructure to connect it all, we can protect ourselves from the next energy crisis.”

 


 

Source The Guardian

A new carbon capture method turns CO2 into solid carbon ‘In an instant’

A new carbon capture method turns CO2 into solid carbon ‘In an instant’

A new decarbonization technology developed by RMIT University researchers in Australia instantaneously turns CO2 into solid carbon, a press statement reveals.

The team claims their method is commercially viable and that it could soon be deployed in aid of global efforts to reduce the ongoing effects of the climate crisis.

 

A ‘radically more efficient’ method

The new method is based on an existing experimental carbon capture technique that utilizes liquid metals as a catalyst. “Our new method still harnesses the power of liquid metals but the design has been modified for smoother integration into standard industrial processes,” explains Associate Professor Torben Daeneke, a co-lead researcher of the project. “As well as being simpler to scale up, the new tech is radically more efficient and can break down CO2 to carbon in an instant,” he continues.

 

 

The RMIT team’s technique uses liquid metal heated to between 212-248°F (100-120°C). This heated metal is then injected with CO2 to kickstart the required chemical reaction. The CO2 gas bubbles up to the surface of the liquid metal, leaving flakes of solid carbon behind in a reaction that only takes a second. “We hope this could be a significant new tool in the push towards decarbonization, to help industries and governments deliver on their climate commitments and bring us radically closer to net zero,” Daeneke continues.

“It’s the extraordinary speed of the chemical reaction we have achieved that makes our technology commercially viable, where so many alternative approaches have struggled,” Dr. Ken Chiang, a co-lead researcher, adds.

 

 

Is the rise of commercial carbon capture a good thing?

The team of researchers has filed a provisional patent application and RMIT has signed a 2.6 million dollar agreement with environmental tech startup ABR, aimed at commercializing the technology. It is one of many carbon capture methods in the process of being commercialized globally.

Another team of researchers from the University of California, Los Angeles, recently announced that it had developed a technique that mimics the seashell forming process to suck carbon out of the oceans. This would have a positive knock-on effect, as the less carbon there is in the ocean, the more it can absorb from the atmosphere. In Scotland, meanwhile, a new carbon capture facility will remove up to 1 million tons of CO2 from the atmosphere per year.

While carbon capture technology does have the potential to help in efforts towards carbon neutrality, scientists do caution that it must not be viewed as a replacement for widespread initiatives aimed at curbing the emissions of the fossil fuel industry. In July last year, for example, the U.S. Center for International Environmental Law wrote that carbon capture could act as a “dangerous distraction” that could delay the transition away from fossil fuel consumption.

 


 

Source Interesting Engineering

Quantum battery breakthrough paves way for revolution in energy storage

Quantum battery breakthrough paves way for revolution in energy storage

Researchers have made significant progress towards making quantum batteries a reality after demonstrating a new proof-of-concept device.

The next-generation battery technology has the potential to revolutionise energy storage by making use of a phenomenon known as superabsorption.

This process involves a quantum mechanical principle relating to a molecule’s ability to absorb light, requiring less charging time the more they become entwined.

This means that it is theoretically possible for the charging power of a quantum battery to increase faster than the size of the battery. Superabsorption therefore means the bigger the battery, the faster it charges.

Until now, however, it has not been possible to demonstrate the effect on a large enough scale to make a quantum battery.

 

 

In a new study, published in the journal Science Advances, researchers at the University of Adelaide in Australia were finally able to prove the concept of superabsorption by building several wafer-like microcavities, filling them with organic molecules, and charging them with a laser.

“As the microcavity size increased and the number of molecules increased, the charging time decreased,” said Dr James Quach, a scientist at the Institute for Photonics and Advanced Sensing at the University of Adelaide.

“This is a significant breakthrough, and marks a major milestone in the development of the quantum battery.”

The next step is to now develop a fully functioning quantum battery prototype, with the hope of ushering in a new era of ultra-efficient batteries for use in electric vehicles and electronic devices.

The way quantum batteries operate means they could potentially harvest and store light energy simultaneously, providing significant cost reductions compared to conventional solar technologies.

“The concepts that Dr Quach and his team have worked on opens up the possibility of a new class of compact and powerful energy storing devices,” said Professor Peter Veitch, head of the University of Adelaide’s School of Physical Sciences.

 


 

Source Independent

UK offshore windfarm capacity to triple in ‘one of country’s biggest steps towards net zero’

UK offshore windfarm capacity to triple in ‘one of country’s biggest steps towards net zero’

Offshore wind farm capacity in the UK is set to triple in what has been hailed as “one of the country’s biggest ever steps” towards achieving net-zero emissions.

Scotland has agreed to lease thousands of square kilometres of its seabed to new projects, which are set to bring in £700m for the country’s government.

The ScotWind programme has given the go-ahead to new wind farm developments which are forecast to boost capacity by 25GW.

According to government figures, the current offshore wind capacity installed in the UK is around 11GW.

Melanie Onn, from trade association RenewableUK, said it marked “the start of a new era” for the country’s offshore wind industry. “ScotWind represents one of the country’s biggest ever steps towards net zero,” she said.

ScotWind is the first auction for wind farm developments to take place in Scotland in a decade.

It was announced yesterday that 17 applications had been accepted, with SSE Renewables and Shell New Energies among the successful bidders.

Ms Onn said the new capacity “is two and a half times the UK’s entire current offshore wind capacity” and equal to “the entire current operational offshore wind capacity for the whole of Europe”.

RenewableUK’s deputy chief executive added: “It will scale up exponentially our ability to slash emissions. In the long term, it will also help to reduce the UK’s vulnerability to international gas prices which are hurting consumers.”

The UK is currently facing an energy crisis amid soaring gas prices, with estimates that millions could see their bills increase by more than 50 per cent.

As Scotland revealed the successful applications for wind farms in their waters, first minister Nicola Sturgeon said: “The scale of opportunity here is truly historic.”

She added: “ScotWind puts Scotland at the forefront of the global development of offshore wind, represents a massive step forward in our transition to net zero.”

The Scottish government has set a goal to reach net-zero emissions by 2045, while 2050 is the goal for the UK as a whole.

Towards the end of last year, Boris Johnson said all electricity in the country should be produced from clean sources by 2035.

Speaking about the ScotWind project, Dustin Benton from the Green Alliance think tank said expanding wind power was “crucial” to meet this target, as well as reach net zero by the set date.

The 25GW increase in capacity is much higher than the 10GW initially hoped to be created by ScotWind.

The new wind farm developments are also estimated to create thousands of new jobs.

Crown Estate Scotland, which was behind the leasing round, said the announcement of the successful bids was only the first stage of a long process that the developments must go through “before we see turbines going into the water”.

 


 

Source Independent

Taiwan’s new solar panel ‘Sun Rock’ will deliver 1 Million kWh per year

Taiwan’s new solar panel ‘Sun Rock’ will deliver 1 Million kWh per year

THE MONOLITHIC SUN ROCK IN TAIWAN

MVRDV reveals a first look at its ‘sun rock’ project in taiwan, an environmentally conscious and design-minded power supply building. the monolithic, solar panel-clad structure functions as an operations facility and contains offices, a maintenance workshop, storage spaces, and a public gallery for taiwan’s government-owned power company taipower.

The project is proposed in anticipation of taiwan’s planned transition to green energy. the features of the sun rock building, from its shape to its façade, are focused upon generating solar energy as efficiently as possible. the building therefore acts as a statement of intention, a ‘manifesto in a building,’ taipower’s expression of its goals to the public.

 

visualizations by antonio coco, pavlos ventouris, jaroslaw jeda, emanuele fortunati | © MVRDV

 

MVRDV STRATEGICALLY SCULPTS THE VOLUME TO HARNESS ENERGY

The team at MVRDV (see more here) sites its sun rock at taiwan’s changhua coastal industrial park, near taichung. the building functions mainly as a storage and maintenance space for sustainable energy equipment. the site for the new taipower (see more here) facility receives a significant amount of solar exposure throughout the year, and so the rounded shape of sun rock is designed to maximize how much of that sunlight can be harnessed for energy.

On its southern side, the building slopes gently downwards, creating a large surface area that directly faces the sun during the middle of the day. at the northern end, the domed shape maximizes the area of the building exposed to the sun in the mornings and evenings.

 

the rounded shape of sun rock is designed to maximize how much sunlight can be harnessed for energy

 

THE RENEWABLE POTENTIAL OF THE PV-CLAD FACADE

With its PV-clad façade, MVRDV’s sun rock maximizes the solar potential with a series of pleats. these pleats support the photovoltaic panels, mixed in strategically placed windows, on their upper surface. the angle of these pleats is adjusted on all parts of the façade to maximise the energy-generating potential of the solar panels. as a result of these measures, the building can support at least 4,000 square meters of PV panels that would generate nearly 1 million kilowatt-hours of clean energy per year — an amount of energy equivalent to burning 85 tonnes of crude oil — and making the building completely self-sufficient.

The team is still considering alternative design options that would add an even larger area of PV panels, with calculations showing the building could even generate up to 1.7 million kwh annually to contribute energy to the grid.

 

the PV panels are expected to generate nearly 1 million kilowatt-hours of clean energy per year

 

MVRDV founding partner Winy Maas comments: ‘of course, we aim to make all of our projects as sustainable as possible. yet we see that projects can go beyond just being sustainable in themselves. this project has unique and fascinating potential. the user is an energy company, which has allowed us to do more than usual.

 

we cladded the entire façade with photovoltaics, maximising the energy gains to make it not only self-sustainable, for its own usage, but also allowing the building to become a tool of energy production, exporting electricity to the rest of the grid. this is achieved through a maximally efficient positioning of the panels. as a result, our design is completely data-driven. it’s always fun to see the results when you let analysis be the determining part of the design.’

 

a soaring atrium with real-time displays show the amount of renewable energy taipower generates

 

INSIDE THE SUN ROCK

At the heart of the sun rock is the data room, a soaring atrium with real-time displays of data about taipower’s operations and the amount of renewable energy the company generates. on the first floor, a gallery space provides a view onto the maintenance workshop, allowing the public an up-close look at the machines that make sustainable energy possible, from solar panels to massive wind turbine blades. a further gallery for exhibitions is included on the top floor, while at roof level, under the shelter of a dome of solar panels, is a terrace complete with trees for both visitors and taipower employees to relax.

 

The building functions mainly as a storage and maintenance space for sustainable energy equipment

 


 

Source Design Boom

Scope for Singapore to collaborate with UAE on low-carbon technologies: President Halimah

Scope for Singapore to collaborate with UAE on low-carbon technologies: President Halimah

Singapore can work with the United Arab Emirates (UAE) on solutions that reduce planet-warming carbon emissions to sustain “robust global responses to the climate crisis”, said President Halimah Yacob on Monday (Jan 17). These solutions include hydrogen fuel and carbon capture, utilisation and storage.

Delivering a virtual keynote speech for the Abu Dhabi Sustainability Week Summit held in Dubai, she highlighted green innovations and efforts in the UAE, such as its vast solar parks and being the first in the Middle East and North Africa region to declare a net-zero commitment by 2050.

Dubai houses the region’s first solar-driven hydrogen electrolysis facility to produce green hydrogen, where the gas is produced using renewable energy and has zero emissions.

 

Singapore is keen to collaborate with the UAE on improving the technical feasibility and the establishment of supply chains for low-carbon hydrogen, said Madam Halimah.

Such advanced low-carbon technologies are an area of interest for Singapore, which has pumped $55 million into 12 research projects in the areas of hydrogen and carbon capture, utilisation and storage.

A local study looking at the feasibility of using hydrogen as a fuel stated last year (2021) that Singapore would need to explore various supply pathways for price-competitive low-carbon hydrogen.

 

It was reported in June last year that three Singapore agencies were studying whether hydrogen could be imported via ships or pipes.

“We cannot afford to work in isolation when our planet’s future is at stake. Cooperation, partnerships and leadership are critical,” said Madam Halimah.

“Sustainability plans and road maps, including our Singapore Green Plan, will need to be refined as technologies evolve, mistakes are made and learnt from, and the knowledge and experiences of others guide us onto better and wiser paths,” she added.

The Abu Dhabi Sustainability Week (ADSW) is the first global and large-scale sustainability event after last year’s United Nations Climate Change Conference (COP26) in Scotland.

 

The programme – which started on Saturday and ends on Wednesday – convenes numerous world leaders, international businesses and students to accelerate pathways to further sustainability and meet net-zero goals.

ADSW also acts as a global catalyst for COP27, which will be held in Egypt later this year, and COP28, which will be hosted by the UAE in 2023.

Speaking from Singapore, Madam Halimah said on Monday that the Republic and UAE will be enhancing their bilateral memorandum of understanding (MOU) on environmental protection and climate change to include food and water security.

The MOU – signed in 2017 – identified environmental protection, climate change and sustainable development issues of mutual interest to both countries, and established a mechanism through which both nations can pursue cooperative efforts.

“As we work to implement our respective plans, Singapore stands ready to collaborate with the UAE and other partners in the Middle East,” added Madam Halimah.

 

Minister for Sustainability and the Environment Grace Fu said in Parliament last week that there is “significant uncertainty” associated with technologies like hydrogen and carbon capture, utilisation and storage.

“Their commercial success hinges on factors such as technological maturity and transboundary cooperation, which are not entirely within our control,” she said during a debate on Singapore’s green transition.

There have been sustainability-related collaborations between the UAE and Singapore.

Last year, a few Abu Dhabi organisations collaborated with Enterprise Singapore to hunt for start-ups and small and medium-sized enterprises from the Republic that can help with smart city developments in the Middle East. The partnership is called the Abu Dhabi-Singapore Smart Cities Open Innovation Challenge.

 

Mr Imran Hamsa, Enterprise Singapore’s regional group director for Middle East and North Africa, told The Straits Times: “As global trading hubs, Singapore and the UAE share strong economic links and cooperation in areas such as innovation and sustainability.

“Through this innovation call, we hope to uncover new and viable solutions that will accelerate the development of smart cities and knowledge economies for both countries.”

Ms Fu is in Dubai for the ADSW. On Monday, she attended the Zayed Sustainability Prize award ceremony, where Singaporean company Wateroam – which develops portable water filters – won an award under the water category.

Ms Fu will be meeting various officials, including UAE’s Minister of Climate Change and Environment, the chairman of the Abu Dhabi Department of Energy, and the chief executive of Dubai Electricity and Water Authority.

In a statement, the Ministry of Sustainability and the Environment said Ms Fu and the government officials will discuss ways to enhance cooperation in areas such as food and water security, and climate action.

 


 

Source The Straits Times

Singapore firm wins award for making portable water filters inspired by bicycle pumps

Singapore firm wins award for making portable water filters inspired by bicycle pumps

A Singapore-based company’s award-winning water filtering device – which has been providing clean drinking water to disaster-struck and rural communities worldwide – was inspired by an ordinary bicycle pump.

In 2015, when Wateroam’s chief technology officer Vincent Loka saw a villager in Kelantan, Malaysia, using a bicycle pump to fill up his bike’s tyres, it got him thinking about how filtered water could flow out through a similar mechanism.

Over the next two years, the company worked on developing Roamfilter Plus – a lightweight, portable system that looks and works like a bicycle pump.

 

Once a tube connected to the device is dipped into a silt-ridden river or traditional well, the user just has to push down the piston, and out flows clean water.

To date, the Roamfilter Plus and its related products have been used in 38 countries, bringing clean water to around 207,000 people.

The company’s efforts earned it the water champion accolade on Monday (Jan 17), at a global sustainability award organised by the United Arab Emirates (UAE).

 

Wateroam’s (from left) CEO David Pong, chief technology officer Vincent Loka and chief marketing officer Lim Chong Tee with the Roamfilter Plus. PHOTO: WATEROAM

 

It is the second Singapore company to win the award, after water solutions provider Ecosoftt in 2019.

The Zayed Sustainability Prize recognises companies and high schools across the world that have delivered innovative and impactful solutions to needy communities in health, food, energy and water.

Each winner across the categories – including Wateroam – received a prize of US$600,000 (S$800,000).

The annual prize was formed in 2008 to honour and continue the UAE founding father Sheikh Zayed Sultan Al Nahyan’s legacy of humanitarianism and sustainable development.

 

By 2015, one-year-old Wateroam already had 10 different prototypes and filtration products, including a novel one that resembles a plastic bag.

But the team was not satisfied with its existing products, as it wanted to create a longer-lasting device which could meet a whole community’s needs. One bag-like filter could serve only up to seven people.

The Roamfilter Plus – which weighs less than 3kg – can serve around 100 people, with 15 to 20 litres of potable water for each person daily. The device can provide 250 litres of water per hour.

 

Children in Cambodia being introduced to the Wateroam filtering device in 2018. PHOTO: WATEROAM

 

“During a humanitarian crisis situation, it’s very important that a larger amount of water can be provided to a larger community,” said Mr David Pong, 32, chief executive and co-founder of Wateroam.

“We’ve been able to keep the cost of water to less than US$2 per person per year.”

A Roamfilter Plus costs US$350, and is usually bought by non-governmental organisations or regional governments that serve affected communities or remote places. Countries using the system include Malaysia, Cambodia and Vanuatu.

 

About 50 devices were recently deployed in Cebu in the Philippines, to provide clean water to between 5,000 and 10,000 people affected by Typhoon Rai.

The device is equipped with ultra filtration technology, where membranes within the cylindrical apparatus filter out bacteria, viruses and parasites from the water.

However, the system does not remove other contaminants such as heavy metals or lead, and further water treatment procedures would be needed, said Mr Pong.

But under the World Health Organisation’s (WHO) International Scheme to Evaluate Household Water Treatment Technologies, the device earned two stars, which means it has comprehensive protection in its ability to remove pathogens from drinking water.

 

According to WHO, at least two billion people use a drinking water source contaminated with faeces, as at 2017.

Wateroam is aiming to bring clean, drinking water to 30 million people by 2030.

“We aim to do this by expanding our reach into many more countries, and look into local production in those countries to further bring down the system’s costs,” said Mr Pong.

Wateroam was formed in 2014 by Mr Pong, Mr Loka and Mr Lim Chong Tee, now the company’s chief marketing officer, under an entrepreneurship programme when they were students at the National University of Singapore.

 


 

Source The Straits Times

Recycling bins to be given to each household to raise domestic recycling rate

Recycling bins to be given to each household to raise domestic recycling rate

The National Environment Agency (NEA) is stepping up a gear to nudge people to speed up their recycling pace, working with public waste collectors to distribute a recycling bin to each household in 2022.

The hope is that “these bins will make it more convenient for Singaporeans to store recyclables in their homes before bringing them down to the recycling bins in their areas”, said Mr Desmond Tan, Minister of State for Sustainability and the Environment, on Friday (Jan 14).

 

A community wall mural at the launch of the Recycle Right 2022 campaign on Jan 14, 2022. ST PHOTO: KEVIN LIM

 

According to 2020’s national recycling data from NEA , the domestic recycling rate stands at 13 per cent – a 10-year low – though the latest survey by the agency in 2021 found that three in five Singaporean households recycle.

The domestic recycling rate is the amount of household waste recycled as a proportion of total household waste.

The Sustainable Singapore Blueprint has set the goal of arriving at a 30 per cent domestic recycling rate by 2030.

Contamination remains the greatest contributor to the country’s low domestic recycling rate.

About 40 per cent of all items placed in the recycling bins cannot be repurposed due to food and waste leakage or they are simply non-recyclable.

Common misconceptions still rule, with half of all Singaporeans thinking that objects like soft toys and styrofoam are suitable for recycling.

Also, Singaporeans frequently do not wash their recyclables before placing them into the bin. This contaminates the other items inside and makes them unsuitable for repurposing.

To better educate the public on the objects that can be placed in the bins, NEA launched the Recycle Right 2022 campaign on Friday.

The Ministry of Sustainability and the Environment and NEA have placed refreshed labels on all blue recycling bins and chutes to remind households to check the items before disposing of them.

The campaign aims to raise awareness by providing educational material through schools, and introducing a mascot called Bloobin, which can be viewed with an augmented reality filter made by @cleanandgreensg on Instagram.

In addition to NEA’s campaign, Mr Tan hopes that the recycling bins – scheduled to arrive in households later this year – will “give Singaporeans a place to organise their recyclables, clean them properly, before they bring them down to be binned”.

Madam Irene Soh, 65, a human resource executive, supports the initiative, saying that it will “definitely make me more conscious about recycling and I will do it more when I can”.

 


 

Source The Straits Times

Zureli Wins at Green World Awards 2021

Zureli Wins at Green World Awards 2021

Zureli, the global search engine for eco-friendly, green and sustainable products and services has been recognized as a Green Ambassador representing Sri Lanka by the London based Green Awards 2021 for having a real and positive impact on the adoption of green technology and services to businesses 

Zureli has over 45,000 green products and services listed in our directory and over 5.1 million have viewed the listings in the directory. It has now become the global search engine for eco-friendly, green and sustainable products and services. 

 

Green Procurement Solution

At Zureli, we make it so easy to find and implement green solutions, so companies can make an immediate impact towards achieving their objectives. Whether the requirement is to reduce single-use plastics in a hotel or office, harness renewable energy, source green building materials and equipment, achieve zero waste or reduce your carbon emissions, we connect companies with the right solution from our ever-expanding database of more than 45,000 products lines and we add around 400 new companies to our database every month. 

Zureli can help you integrate and partner with your procurement and operations teams to develop customised and dynamic product and supplier listings, featuring key purchasing information that covers areas from geographic relevance, green certifications, minimum order quantities and pricing, to the contact details of suppliers. Our team of expert researchers will work with you to uncover green solutions and empower your team to make the changes required to achieve your sustainability goals. 

 

Webinars

To this end Zureli Sri Lanka in collaboration with GIZ Sri Lanka, one of the premier NGOs in Sri Lanka organized a series of webinars to help support the SME’s in the Sri Lankan hospitality sector to Go Green by introducing a number of sustainable products and services. These webinars were focused on the use of environmentally friendly products and services primarily targeting Small & Medium Hotels, Guesthouses and Restaurants. 

 

 

Their goal was to help position the SME Hospitality Sector as an eco-tourism destination that addressed Sustainable Development Goals (SDG) of the individual business that drives new customers to your doorstep. This series of webinars targeted six key issues – Plastic Alternatives & Clean Water SolutionsGreen Property MaintenanceEnergy SolutionsPlant-Based Food & Vertical FarmingWaste Management and Green Marketing. This was one of their most successful programmes in their event calendar.  

So, now is time that you took advantage of this bespoke service for businesses, which we are sure will greatly reduce the time and resources required to locate the sustainable solutions that you and your clients are looking for by bringing in new green ideas and solutions to your attention. 

 

Zureli – we give you unprecedented access to the world of eco- friendly products and services.  

 

Follow Zureli on Linkedin | Facebook | Instagram

 

Scottish auction for offshore windfarm permits expected to raise £860m

Scottish auction for offshore windfarm permits expected to raise £860m

Scotland’s largest-ever auction of permits to construct offshore windfarms is expected to raise up to £860m when the results are announced on Monday.

Crown Estate Scotland, which is running the auction, hopes that windfarms with as much as 10 gigawatts of new generating capacity will be built over the next decade, effectively doubling the amount of electricity generated in Scottish waters in a transition which has the potential to create tens of thousands of jobs.

The programme, known as ScotWind, has attracted frenzied interest from domestic and international bidders, and could set new records for values placed on the plots of seabed being leased for turbines.

In the first ScotWind leasing round, 8,600 sq km of Scottish seabed is on offer across 15 areas, enough to develop windfarms which could power every Scottish household and save more than 6m tonnes of carbon dioxide a year.

The windfarms could more than double the capacity built or planned in the seabed around Scotland over the coming decade. At the moment, offshore windfarms in Scotland generate about 1GW. Projects that have received consent and those being built amount to less than 10GW.

The Moray East windfarm has become Scotland’s biggest source of renewable energy, generating up to 950 megawatts from 100 turbines. It will be overtaken by Seagreen next year with 1GW of capacity. Located around 27km off the Angus coast, the £3bn windfarm is a joint venture between Perth-based SSE Renewables (49%) and France’s TotalEnergies (51%).

The winning bids – and the prices paid – are expected to be announced at 10am on Monday. Crown Estate said in July that 74 offers had been submitted for ScotWind. Many come from consortiums.

Among them is Denmark’s largest energy company Ørsted, which pioneered the first ever offshore windfarm in 1991 and has teamed up with Italy’s Falck Renewables and the floating wind expert BlueFloat Energy.

Other bidders include renewable energy investment funds such as Australia’s Macquarie Bank Green Investment Group, which has partnered with the Scottish offshore wind developer Renewable Infrastructure Development Group; big utility companies involved in existing projects, such as SSE and Scottish Power; and large oil companies, including Shell, France’s Total, Italy’s ENI and Norway’s Equinox.

Crown Estate Scotland lifted the cap for the auction bids from £10,000 to £100,000 per sq km last year. If every bid is submitted up to that maximum cap, the sale could raise £860m.

Melanie Grimmitt, global head of energy at the law firm Pinsent Masons, said this leasing round had shown that there was significant appetite for investment from within the UK and abroad, which bodes well for a second ScotWind seabed leasing round later this year.

“This is crown state Scotland’s first seabed leasing round and marks an important chapter for Scotland’s offshore market, but with proposed windfarms from the leasing round expected to save in excess of 6m tonnes of carbon emissions, it is also an important milestone for the UK’s overall net zero commitments,” she said.

“Developers will be keeping an eye out to see if and how the application process and criteria for the next round might differ from this one given how popular and competitive it has been.”

Crown Estate Scotland is a separate organisation to the crown estate, which manages the Queen’s assets in England and Wales, and its profit is passed to the Scottish government. Some of the proceeds are expected to be ploughed into preparing the workforce for the switch from North Sea oil and gas to wind power. The transition to renewable energy means that as fossil fuel jobs disappear, thousands of workers will need retraining.

 


 

Source The Guardian