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Plans in the works for UK’s first lithium refinery and largest battery recycling facility

Plans in the works for UK’s first lithium refinery and largest battery recycling facility

Business Secretary Grant Shapps has been in the North East today (7 November) for both of the announcements, made by Green Lithium and Altiluim respectively.

Green Lithium has announced that Teesport, Middlesborough, will be the location for its refinery. The facility will provide materials to industries such as automotive, energy storage and consumer technology. It will employ around 1,000 people during the construction phase and 250 in its operations.

 

 

The UK Government has provided Green Lithium with more than £600,000 of grant funding for its work, in a bid to ensure that the UK remains competitive as the net-zero transition continues, and to help make supply chains more resilient. 89% of the world’s lithium processing currently takes place in East Asia.

Shapps said: “We know that geopolitical threats and global events beyond our control can severely impact the supply of key components that could delay the rollout of electric vehicles in the UK.”

Green Lithium has stated that the proposed facility will produce 50,000 tonnes of battery-grade lithium each year once it enters full operations. It wants to begin production in 2025. The firm takes its name from the fact that its refining process claims to produce 80% less greenhouse gas emissions.

 

Battery recycling

Green Lithium’s plan, in the long-term, is to co-locate the refinery with battery recycling capacity.

In related news, cleantech start-up Altilium has announced plans to build the UK’s “largest planned recycling facility” for electric vehicle batteries after the Government confirmed a total of £3m of grant funding.

A decision for the final location of the plant will be made in 2023, the company has stated, and an 18-month construction period is envisioned. As such, it is aiming for a 2025 start-date for production.

Altilium has stated that Teesside’s status as a freeport, the support of local authorities and the fact that there are skilled workers in chemical processing in the region were all key factors in its decision on location.

Just last week, Britishvolt, which is currently constructing a gigafactory for car batteries near Blyth, avoided collapse by securing £1.7bn of additional funding. The gigafactory is now set to open in the last half of 2025. The firm blamed “difficult external economic headwinds including rampant inflation and rising interest rates,” for its challenges.

 


 

Source edie

Jaguar Land Rover turns to recycled aluminium to cut manufacturing CO2

Jaguar Land Rover turns to recycled aluminium to cut manufacturing CO2

The firm’s £2m REALITY project is developing high-grade aluminium from a blend of waste cans, bottle tops, and scrap vehicles

Jaguar Land Rover has developed an innovative process enabling it to recycle old aluminium cans, bottle tops, and end-of-life vehicles into brand new, premium cars, in a move it estimates could cut CO2 emissions from its manufacturing by more than a quarter.

Co-funded by the government’s innovation agency Innovate UK, the process was developed in partnership with Brunel University as part of a £2m project called ‘REALITY’, the British carmaker announced on Friday.

Engineers mixed recycled aluminium parts with a reduced amount of primary aluminium to form a new prototype alloy, which it said matches the quality of the materials currently used by the firm in its car manufacturing.

The project involved establishing a system for the recovery of the automotive-grade aluminium used to manufacture its products, the firm explained. Vehicle scrap is typically exported overseas, but the project drew on new separation technology to upcycle material from old cars so it could be blended with aluminium waste, thereby reducing the need for virgin aluminium.

Jaguar Land Rover said it was using pre-production of its Jaguar I-PACE electric vehicle prototypes to test the process, estimating it could potentially reduce alloy production CO2 emissions by up to 26 per cent compared to the current automotive grade.

“This project has allowed us, for the first time, to recover premium automotive-grade aluminium from scrapped vehicles and re-use its unique properties,” said Gaëlle Guillaume, REALITY lead project manager at Jaguar Land Rover. “The potential of this on the production process is a reduction in COimpact as well as helping us re-use even more aluminium. As we move into an autonomous, connected and electrified future, with the potential of shared fleets being de-commissioned en masse, it could allow Jaguar Land Rover to engineer this closed loop recycling alloy into tight production schedules to further improve efficiency and environmental benefits.”

Post-consumer recycled aluminium is widely used in products such as cans, food trays, bottle tops, and foil, but is has only more recently started to be utilised in automotive manufacturing. Recycled aluminium uses around 90 per cent less energy to produce compared to raw material production, according to the Aluminium Association.

The REALITY project forms part of Jaguar Land Rover’s recently announced sustainability strategy Destination Zero, through which it is aiming to become a zero emissions, zero accidents, and zero congestion company.

 


 

By Toby Hill

Source: Business Green

Sustainable freight: Oatly partners with Einride to electrify Swedish logistics

Sustainable freight: Oatly partners with Einride to electrify Swedish logistics

Oat drink pioneer Oatly will soon ship plant-based drinks from its factory in Sweden on electric trucks developed by EV start up Einride.

The two Swedish sustainability innovators announced the new partership today, predicting the electrification initiative would shrink the carbon footprint of journeys between the Oatly factory and intermediary destinations by 87 per cent.

Simon Broadbent, the drink company’s supply chain director, said: “Sustainability is at the core of everything we do and we are committed to driving change across the food industry through embracing new sustainable solutions in every area of our business. Electrical transportation is a key part of our supply shain strategy globally.”

The partners claim that the deal, which is set to come into effect in late 2020, will make Oatly “one of the world’s first companies to electrify transportation on commercial routes”.

The deal gives Oatly access to Einride’s freight mobility platform, which provides insights into shipping volume, distance driven, and associated emissions.

 

 

Robert Falck, chief executive and founder of Einride, said that the firm was “proud” to be partnering with a “pioneer in sustainable food production”.

“Road freight transport as it currently exists is a system that drastically needs to change,” he said. Nearly seven per cent of global carbon dioxide emissions come from this road freight, a figure that will only increase if we do not switch to more sustainable solutions like Einride’s freight mobility platform, which enables both a sustainable business and environment.”

Einride, which is best known for its autonomous haul freight vehicles, raised $25m in a funding round in October that it said would fund its expansion into the US. The company also signed a deal to provide electric trucks to Lidl Sweden in April.

 


 

Source: https://www.businessgreen.com/

Cecilia Keating

Government plots 2,500 rapid EV chargers across England by 2030

Government plots 2,500 rapid EV chargers across England by 2030

The government has unveiled its vision for a major rollout of high-powered, rapid-chargers for electric vehicles over the next 15 years, confirming a goal to deliver a network of 2,500 raid charge points across England’s motorways and A-roads by 2030 to meet growing demand ahead of its proposed ban on fossil fuel car sales.

Setting out details yesterday for its Rapid Charging Fund – part of a broader £500m EV charging commitment in the recent Budget – the Department for Transport (DfT) said its aim was to “ensure there is a rapid-charging network ready to meet long-term consumer demand for EV chargepoints ahead of need”.

England at present has more than 800 open-access 50kW EV chargers on motorways and A-roads, with an average of two at each motorway service station, meaning drivers are no more than 25 miles away from being able to charge up their electric cars.

But as demand for EVs accelerates, the government is aiming to increase EV infrastructure further in order to meet demand, targeting at least six high powered, open-access rapid charge points at motorway service stations by 2023, with as many as 10 to 12 at some larger stations, it said yesterday.

These 150-350kW-capable rapid chargers will be able to power up an EV three times faster than most chargepoints currently in place, it explained, delivering 120-145 miles of driving range for a typical battery powered car in just 15 minutes.

Then, by 2030, it expects to have built an “extensive” rapid charging network across England, targeting at least 2,500 points by 2030, rising to around 6,000 by 2035, by which time the government has said it wants to end sales of new petrol and diesel cars.

In order to support the rollout, funding will be available to cover a portion of costs at strategic sites across England’s road network where upgrading connections to meet future demand for high-powered charge points “is prohibitively expensive and uncommercial”, the government said. Further details on how the funding will be delivered are expected to be confirmed “in due course”.

Energy network firms, renewable power providers, and EV charging operators welcomed the announcement. Dr Nina Skorupska, chief executive of the REA, said the inclusion of specific targets for the EV charging network were an encouraging sign of commitment from the government.

“This is an important moment for the UK’s electric vehicle sector, one which should give confidence to investors, fleets, and individual drivers alike,” she said. “Rapid charging is a crucial part of the overall network that the industry is building, and complements the slower chargers currently being installed en-mass on-street, in businesses, and in homes across the country. Ensuring consumer choice in where, how, and with whom drivers charge is a key part of this major technology change.”

In addition, Randolph Brazier, head of innovation and development at the Energy Networks Association (ENA), said the trade body’s members were already “working with motorway service areas to come up with whole system to solutions that work for customers”.

In related news, while the government is consulting on plans to phase out fossil fuel car sales by 2035 or sooner if feasible, there are signs the current Covid-19 lockdown could potentially accelerate the shift away from private car use in some areas.

The government’s instruction that people who cannot work from home should return to work and avoid public transport if at all possible has fuelled fears of a spike in car use.

But it emerged yesterday that a number of local authorities are now considering significant crackdowns on traffic in urban centres. The City of London Corporation is planning to ban cars on the busiest roads of the capital’s financial district as the coronavirus lockdown is eased in order to provide more space for workers to keep a good distance from each other. And, if the plans are successful in keeping traffic down, the authority is to consider making the road closures permanent in order to improve air quality, documents seen by the Financial Times suggest.

Similar plans are being drawn up in York, which could result in it becoming the country’s first zero emission city centre after the lockdown is lifted, with the council seeking government support for a project to restrict access to EVs and bikes, The Times reported yesterday.

The latest developments follow the launch of Octopus Energy Group’s new roaming EV charging service, in a bid to streamline and simplify how battery car drivers pay for their car charging at home, on the street, or on the highway.

Dubbed the Electric Juice Network, the service enables EV drivers to pay with their Octopus account across multiple partner charging networks with all costs appearing on a single bill, enabling drivers to effectively roam across different EV networks with relative ease.

“Electric vehicle drivers have rightly long-complained that public charge points can be a real hassle, and it’s hard to keep track of costs, as every network runs on a unique app or card basis,” said Greg Jackson, CEO and Founder of Octopus Energy. “Octopus’s Electric Juice Network doesn’t just consolidate charging costs, it adds them to your Octopus Energy bill if you’re an existing customer. For non-Octopus customers, you can still use the service to ensure you’re able to track – and pay – in one simple way.”


Source: https://www.businessgreen.com/

Michael Holder

Electric vehicle drivers paid to charge up over Bank Holiday weekend

Electric vehicle drivers paid to charge up over Bank Holiday weekend

Octopus Energy and charging technology specialist Ohme confirm some EV drivers were paid £5 last weekend, as they charged 600 miles worth of electricity – enough to drive from London to County Durham and back

Electric vehicle (EV) drivers were paid to charge their cars last weekend, as electricity prices turned negative over much of the long Bank Holiday weekend, operators have revealed.

Last weekend wholesale electricity prices fell to a record low as power demand dropped from the already low levels that have been experienced throughout the UK’s lockdown and wind and solar energy generation continued to perform strongly.

With the grid facing a surplus of power National Grid paid generators over £50m to take renewable energy sources offline. Meanwhile, customers on flexible electricity tariffs were incentivised to help offset low power demand and soak up excesspower demand by increasing power use if possible.

As such, EV drivers on Octopus Energy’s ‘Agile’ flexible electricity tariff using an Ohme smart charging cable or home charger – which lets electric vehicle drivers charge when prices are lowest – were paid to charge their car.

On Saturday, when electricity prices were negative for more than 12 hours, drivers were paid 11p per kilowatt hour for power used, according to Ohme and Octopus Energy.

Some Ohme drivers were paid £5 as they charged 600 miles worth of electricity, or enough to drive from London to County Durham and back, the companies noted.

“Electric cars can save drivers up to 90 per cent fuel saving normally, but this weekend we even saw drivers getting paid to fill up as Octopus Energy’s Agile tariff prices dropped below zero for a few hours – saving some drivers up to £85,” said Fiona Howarth, chief executive of Octopus Electric Vehicles. ​”Even better, drivers with smart tech like the Ohme cable were able to seamlessly take advantage of the negative prices without having to think about when to start and stop their charging – it just happened automatically – a great snapshot of a smart, green future.”

One driver enthused on Twitter: “Ok…allow me to dream and do some beer mat sums…I use my @OhmeEV app to tell my @Tesla Model S LR to charge on @octopus_energy Agile. I drive from Bath to Edinburgh, catching up on @EVNewsDaily podcasts, and Octopus PAY ME enough to buy 2 pints of cask ale and a bag of crisps.”

 

 

Ohme chief executive David Watson touted the crucial role EVs can play as the country transitions to more flexible and cleaner energy system. “Smart charging is obviously great news for EV drivers, reducing the total cost of owning an EV significantly by passing on energy cost savings,” he said. “As well as being a more efficient cleaner mode of transport, EVs will have a profound positive impact on the grid, unlocking value by cheaply shifting demand to times where there is an excess of renewable energy on the system.”

 


 

Source: https://www.businessgreen.com/

By Cecilia Keating