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Plans announced for 30MW green hydrogen hub in Pembrokeshire

Plans announced for 30MW green hydrogen hub in Pembrokeshire

Norwegian energy developer Statkraft has announced plans to develop a major green hydrogen production hub at the site of disused rail storage in Pembrokeshire.

The company is looking to transform the site of the former Royal Navy Armaments Depot into a green hydrogen production capacity of around 30GW. The hydrogen generated there, using electrolysis, would be used to serve the transport, manufacturing and industrial sectors.

Renewable electricity to serve the Trecwn Green Energy Hub will be generated from three onshore wind turbines and a ground-mounted solar array under Statkraft’s plans.

 

 

Statkraft told edie that it is hoping to submit the plans by the end of 2023. If the planning process runs smoothly, the site could be operational by the end of 2026. Around 5,000 homes and businesses in the local area will be contacted by Statkraft in the coming weeks asking if they would like to participate in consultations.

Statkraft UK’s head of RES eFuels and European wind and solar, Matt Kelly, said the project “presents an exciting opportunity to produce homegrown green energy for local use and has the potential to act a catalyst for the redevelopment of Trecwn Valley.”

The UK Government has committed to growing national low-carbon hydrogen production capacity to 10GW by 2030. At least half of this will need to be green. Hydrogen is considered necessary to the net-zero transition, for decarbonising hard-to-abate sectors such as heavy transport and heavy industry. It produces no greenhouse gases at the point of combustion. However, most global production is currently fossil-fuelled, meaning that it is not a low-carbon solution across the lifecycle.

 

Funds and accelerators

In related news, Hy24 Partners – a joint venture from investment firms FiveT Hydrogen and Ardian – has closed what it claims is the world’s largest infrastructure fund for the low-carbon hydrogen sector to date.

The €2bn fund will be used to invest across the hydrogen value chain. As well as production, storage and distribution will be supported.

Among the investors in the fund are TotalEnergies, Air Liquide, Airbus, AXA and Allianz. In total, it attracted more than 50 investors from 13 countries.

Hy24Partners estimates that the fund will enable the deployment of up to €20bn of investment within a six-year period.

Elsewhere, the Carbon Trust has announced a new clean hydrogen accelerator with backing from the UK Government’s Department for Business, Energy and Industrial Strategy (BEIS).

Modelled on the Trust’s offshore wind accelerator, the aim of the project is to help achieve economies of scale for clean hydrogen, so that it becomes cost-competitive with the grey (fossil) hydrogen that dominates global markets today.

The accelerator will convene players across the British hydrogen value chain for innovation programmes. It will cover all production methods which can comply with BEIS’s Low-Carbon Hydrogen Standard.

“This new clean hydrogen accelerator fills a gap in the current innovation landscape by focusing on stimulating the supply chain,” said the Carbon Trust’s chair Baroness Brown.

At this point, the Carbon Trust is calling for new industry participants to join the accelerator. Its first step will be to shape a plan for innovation programmes.

 


 

Source edie

Cost-cutting hot water heat pumps and online solar panel design will be available in UK this summer

Cost-cutting hot water heat pumps and online solar panel design will be available in UK this summer

Cost-cutting green home technologies are set to launch in the UK this summer to make it easier and cheaper for homeowners to slash their energy use and carbon footprint.

Demand for green home technologies is surging as households look to invest in new equipment to cut their energy bills and reduce reliance on grid power.

And that has enticed overseas firms to enter the UK market with new products such as high temperature heat pumps and technology that can automatically design solar energy installations online.

 

Norwegian solar marketplace Otovo plans to launch a UK branch this summer, promising customers savings of up to 10 per cent on the cost of rooftop solar installation.

The online marketplace takes a customer’s address and then automatically calculates the size, shape and specification of suitable rooftop solar products. It then runs an automated, ‘real time’ auction between local solar installers to find the cheapest price for the work.

Co-founder Andreas Thorsheim said customers save time and money by having the survey work and quote calculated remotely. Installers also benefit by not having to “drive around drinking tea with people who end up not buying,” he added.

“In essence we are doing the Googling for you, we’re doing the price comparison for you, we’re doing the quality assurance of these workmen for you, and presenting you with the cheapest available price,” he told i.

 

Otovo was founded in Oslo, Norway in 2016 and now operates across seven European countries. A UK outpost will open in July or August this year, Mr Thorsheim said.

Demand for solar has rocketed in recent months as consumers across the UK and Europe hunt for ways to reduce their reliance on expensive grid electricity. Calculations suggest rooftop solar can shave hundreds of pounds off the average annual electricity bill.

Meanwhile high temperature heat pumps, which pump very hot water around the house in the same way as a gas boiler does, are set to arrive in the UK this month.

Usually air source pumps heat water up to a maximum of 50C. Homes therefore usually need to be well insulated with large radiators or underfloor heating to stay warm.

But high temperature pumps heat water to between 65C and 90C – similar to temperatures achieved using a gas boiler. The idea is that these pumps will act as green replacements for gas boilers in leaky homes that are too draughty for a standard lower temperature heat pump.

 

Viessmann Vitocal 151-A air source heat pump indoor and outdoor units (Photo: Viessmann)

 

This month, heat pump manufacture Viessmann will start selling two high temperature heat pumps in the UK. Both heat radiator water to up to 70C. This means that in most cases they can use existing radiators and do not require under-floor heating, Viessmann said, saving households thousands of pounds in avoided retrofit work.

Meanwhile, rival heat pump manufacturer Vattenfall is also developing a high temperature heat pump, using technology adapted from Japanese hot water systems.

“If you are in two identical houses, and in one is a traditional gas boiler and in the other is our high temperature heat pump, you won’t feel the difference,” said Wouter Wolfswinkel, who is leading the heat pump’s development at Vattenfall.

After successful trials in the Netherlands and Germany, Vattenfall plans to start selling this heat pump in the Netherlands starting this month, and i understands the team is keen to bring it to the UK as soon as possible.

Installation costs are around €14,000 (£11,700), Mr Wolfswinkel told i. This is more expensive than a gas boiler and a traditional heat pump but the new system cuts out the need for expensive insulation work on older properties, he stressed.

 


 

Source iNews

Norway is running out of gas-guzzling cars to tax

Norway is running out of gas-guzzling cars to tax

When it comes to sales of electric cars, Norway is in a league of its own. In September, battery-powered electric vehicles accounted for 77.5 percent of all new cars sold. That figure makes Norway a world leader by a long way—leapfrogging over the UK, where 15 percent of new car sales were electric as of October, and the US, where that number is just 2.6 percent.

Norway’s electric dream has been credited to a series of tax breaks and other financial carrots that mean brands like Tesla can compete on price with combustion engines. But these incentives—and their success—have created a unique predicament: Norway is running out of dirty cars to tax.

It’s quite a big problem. The previous government—a center-right coalition that was replaced by a center-left minority government in October—estimated that the popularity of EVs was creating a 19.2 billion Norwegian krone ($2.32 billion) hole in the country’s annual revenue. While EVs might be great news for the environment, their rapid success in Norway is now forcing some serious fiscal consternation.

The road to this point has been long—and offers lessons to other countries racing to ditch gas-guzzling combustion engines. In Norway, the most progressive electric vehicle policies in the world started with a pop group, an environmentalist, and a small red Fiat Panda. It was 1988 when activist Frederic Hauge, along with fellow green campaigners from the band A-ha, traveled to the Swiss city of Bern, where they found the red Fiat. A previous owner had converted the car to run off a lead battery, and the group planned to use the vehicle to persuade the Norwegian government to encourage electric vehicle uptake.

The Fiat became the centerpiece of a nine-year campaign in which Hauge and members of A-ha drove the car on Norway’s toll roads without paying. The fines racked up, and when they remained unpaid, the vehicle would be impounded and sold at auction, where Hauge would buy it back and repeat the cycle of toll dodging. A-ha’s celebrity members added glitz to the crusade against toll fees for EVs and Hauge—who has led an environmental group called Bellona since 1986—courted press attention to demand incentives for electric cars. “By being a positive vigilante, he made the media and also the politicians aware of the electric car,” says Øyvind Solberg Thorsen, director of Norway’s Road Traffic Information Council, which publishes statistics about the country’s roads and vehicles.

Eventually, in the late 1990s and early 2000s, the incentives the group campaigned for started to materialize, handing EVs a superior status on Norway’s roads. Rules were introduced that exempted EVs from all toll charges and parking fees and allowed them to skip traffic by using bus lanes. More meaningfully, purchases of new EVs were exempted from hefty taxes—including VAT and purchase tax—meaning a new Volkswagen e-Golf cost €790 ($893) less than a VW Golf with a combustion engine.

The problem was that people responded to the policy so well that it eradicated an important source of income for the government, says Anette Berve, spokesperson for the Norwegian Automobile Federation, a group representing car owners. “So this is a clash of two different goals.”

In an attempt to claw back lost income, officials are stripping electric cars of special status, sparking fierce debate and concern that the country could jeopardize its goal of selling no new cars with combustion engines by 2025. The toll charge exemption was first to go in 2017. Now, Norway’s center-left coalition government is considering removing a much broader list of incentives as part of ongoing budget negotiations.

There is widespread uncertainty about which taxes will be reintroduced. But the country’s car associations and environmental groups believe the four most likely to make a comeback are taxes for plug-in hybrids, a tax for second-hand EV sales, a tax for “luxury EVs” that cost more than 600,000 Norwegian krone ($68,650), and the resurrection of an annual ownership tax for EVs.

Labor Party MP Frode Jacobsen would not comment in detail on the ongoing budget discussions, but he confirmed that current proposals include an increase in taxes for some plug-in hybrids. The tax for “luxury EVs” will not be included in next year’s budget, he added, although he did not say it had been ruled out for following years.

In another country, it would be surprising for a left-wing government to support such policies. But Lasse Fridstrøm, senior research economist at Oslo’s Institute of Transport Economics, a research institution, says there is a sense across the political spectrum that it’s time to tax EVs now that they are no longer a novelty. “The new Labor government has just kept the proposal made by the former right-wing or Conservative government,” he adds. “So yes, there is consensus. But the environmentalists, of course, are not happy.”

Norway’s environmentalists say they are not against the idea of taxing EVs so long as taxes for fossil fuel cars stay high, too. But there is concern about the wrong taxes coming too soon. “This could cause major setbacks,” says Hauge. “Reintroducing VAT for cars above 600,000 krone seems like a strange thing to do because those are the cars that are useful” in rural areas where people spend more time on the road—and need to drive EVs over long distances, he says.

 

Berve is also worried about timing. She believes a tax on used electric car sales would undermine the market before it’s had a chance to develop, while a tax on hybrids would disadvantage drivers living in the north of the country who don’t have access to the extensive charging infrastructure that exists in the south. She echoes the Norwegian consensus that hybrids are a “transitional technology” that will eventually stand in the way of full electrification. “However it is a transitional technology that we believe is still needed because [the EV market is] still not completely mature,” she adds. Case in point: EVs still only make up 15 percent of Norway’s entire vehicle population, according to the Road Traffic Information Council. It’s a substantial number by global standards, but there’s still a long way to go.

Unni Berge of the Norwegian Electric Vehicle Association, a consumer group that represents EV drivers, says it’s not existing EV drivers who will be threatened by the withdrawal of incentives—but rather the people who haven’t yet joined their ranks. “We are not fighting for our members but fighting for new people to become EV drivers,” she says, adding that the group’s main goal was to make sure VAT and purchase tax exemptions stayed in place.

As well as facing pressure to maintain high levels of EV ownership among future generations of drivers, the government must also decide what happens after a country fills its roads with electric vehicles. Some believe the focus should shift to eradicating dirty commercial vehicles—from smaller vans to hulking trucks and even diesel-powered ships. But others are campaigning for a future where the emphasis shifts away from cars and focuses on buses, trains, and trams.

Halvard Raavand of Greenpeace Norway stresses that although EVs don’t release emissions as they drive around, they still have an environmental impact. More cars justify the development of bigger roads, he says. They demand energy during production and, depending on where they are charged, when they’re plugged in.

A country that pumps more oil per capita than Saudi Arabia or Russia seems an unlikely place for the post-car era to unfold. References to Norway’s vast oil exports—which make up more than one-sixth of the country’s GDP and more than a third of total exports—are also notably absent from the debate about travel inside the country. “We need to keep on electrifying,” says Raavand. “But at the same time, we also need to have in mind that we need to improve public transport and make sure we keep an emphasis on improving the railway infrastructure instead of just building new highways.”

 


 

Source Wired

Norway is now recycling up to 97% of it’s plastic bottles thanks to their regulations.

Norway is now recycling up to 97% of it’s plastic bottles thanks to their regulations.

It’s no longer news anymore – plastic is a menace and we need to deal with it. As of now, tons of plastic are being produced all over the world, and as a consequence, tons are getting disposed of too. It needs to be lowered if we want this planet to survive. But it’s not an easy task. While we might say pollution is bad and we need to put a stop to it, we can’t say the same about plastic. This cheap product has played a major role in the advancement of human civilizations and we still haven’t found cheaper and feasible replacements for plastic. Ideas are floating out there but nothing concrete has manifested yet. The best way we can deal with this issue is by recycling plastic.

Norway understood this problem a long time ago. The country which almost always stays among the top 10 ‘happiest countries’ in the world knew that plastic is malleable, light, cheap, and extremely useful to simply ban it. Rather, they could incentivize people and companies in such a way that encourages them to dispose of plastic in a better way so that it could be recycled.

The plan was simple. Since 2014, the government of Norway imposed an environmental tax on every plastic importer and producer, marked at 40 cents per bottle. Now, these producers are generating millions of bottles per year – so the math makes the final tax amount huge. But the Norway government also offers a way out. If a company engages in active recycling of plastic products, then the tax starts to get lower. Once the company recycles about 95% of the plastic, the tax is completely dropped.

The Norway government has not forgotten the role of citizens either. Citizens play a major role in both the creation of plastic waste as well as its management. So, it is up to the government to encourage them to do the right thing. In Norway, when a citizen buys a bottled product, they have to pay a ‘mortgage’. Of course, they can get back their mortgage – they just have to deposit the used bottle in any one of the 3,700 mortgage machines found in convenience stores and markets all over the country. These mortgage machines analyze the barcode and then the bottle is registered. It gives a coupon back to the customer.

It is quite an efficient system which is controlled by a non-profit organization called Infinitum. Quite surprisingly, this organization is owned by organizations and companies that are in the beverage industry and produce plastic themselves. So, they are pretty responsible about it. If any international importer wants to sell their plastic products in Norway, they have to sign an agreement with the organization and join them.

It’s not like this is the only country that is taking such a step towards plastic waste creation. Similar schemes are also present in Germany as well as in California, along with some other states in the US. But this system has been the most effective, as mentioned in Positive News by Stan Nerland, the director of logistics at Infinitum. As of 2017, it was seen that Infinitum had collected above 591 million plastic bottles. The CEO of the organization, Kjell Olav Meldrum, mentioned to The Guardian back in 2018 that because of their effective system, many of the bottles circulating in the hands of the people of Norway are actually made of recycled plastic. About 97% of the plastic present in Norway is being recycled!

The situation of plastic in the world as of now is dire. About 8 million tons of plastic is being released into the ocean every year and if this rate continues, then by 2050, plastic products will be outweighing fish population in the water bodies. Norway’s model provides hope. And numerous countries are also looking forward to start similar models. The UK wants to set up such a scheme where consumers are rewarded for their part in recycling plastic. Representatives from countries like US, China, Canada, France, Croatia, Kazakhstan, India and others have visited Norway to gain more insight.

If the countries join together to help us in this fight, then we still have some hope of winning this war against plastic. But we should not forget our individual roles in this war and remain conscious of the waste we are generating.

 


 

By Mayukh Saha

Source: Truth Theory

Sunderland to host ‘UK’s greenest’ waste tyre recycling plant

Sunderland to host ‘UK’s greenest’ waste tyre recycling plant
A recycling facility designed to turn old car tyres into chemical materials used in altnernative fuel production and rubber manufacturing is set to begin contruction at the Port of Sunderland next year, after the Norwegian developers inked a deal with Sunderland City Council.

Expected to come online in 2022, the waste tyre recycling plant is set to use a process known as pyrolysis to break down used tyres otherwise destined for landfill, before converting the material into liquid hydrocarbons and carbon black, which can then be used to produce fuel and ground rubber, Wastefront explained.

The recycling specialist said heat generated during the energy-intensive process would also be utilised, with plans to channel the excees energy to nearby homes and industry in the North East.

Announcing the deal with the council today, Wastefront’s director and co-founder Christian Hvamstad hailed the project as a major milestone for the Norwegain state-owned firm. “The construction of our first ever plant with the Port of Sunderland marks a huge step in Wastefront’s efforts to combat the global issue of end-of-life tyres (ELT) waste,” he said. “Our ambition is to create a new circular economy for dealing with waste issues, and a crucial element of sustainable waste handling is to be able to do so locally.”

Wastefront said it would be seeking investment for the project from UK, Nordic and international investors in the first quarter of 2021, having already received funding from Norway’s national development bank Innovation Norway and government agency the Research Council of Norway.

The full-scale plant is expected to break down 180 tonnes of end-of-life tyre (ELT) waste daily, producing 60 tonnes of carbon black, a chemical building block found in tyres, plastics, water filtration, printer ink, cosmetics and toothpaste, according to Wastfront.

It also expects the facility to produce 90 tonnes of liquid hydrocarbons, which can be refined to produce fuels such as ethane, propane, butane, diesel and gasoline used in residential, commercial, industrial, transportation and electric power.

Sunderland’s industrial history, access to feedstock, geographymake it an “ideal location” for the plant, according to the company, which claimed the facility would be the “greenest waste recycling tyre plant in the UK”, utilising a gas purification to remove pollutants and avoiding the release of any by-products into the environment.

Port of Sunderland director Matthew Hunt said the project would also help support ongoing regeneration efforts in the area, creating an estimated 100 local jobs during construction, with 30 permanent staff then required to operate the plant thereafter.

“Port of Sunderland is currently undergoing a major transformation, with over £8m being pumped into improving its roads and infrastructure, and the decision by Wastefront to invest in the port shows just how much confidence this is breeding among our stakeholders and the wider market,” he said.

 


 

By Cecilia Keating

Source: Business Green