Aug 14, 2018

J-Power and Kansai take 41% stake in innogy’s Triton Knoll wind project

Wind
Power Generation
Olivia Minnock
2 min
Japanese energy firms Japan’s Electric Power Development (J-Power) and Kansai Electric Power are investing a total of almost £1b...

Japanese energy firms Japan’s Electric Power Development (J-Power) and Kansai Electric Power are investing a total of almost £1bn in innogy’s Triston Knoll offshore wind project.

The UK project is worth a total of £2bn and is located off the coast of Lincolnshire. It is set to have a capacity of 860MW and construction will begin next year.

Innogy won the contract from the UK government and has now sold 41% of its stake to the two Japanese businesses. J-Power will take 25% while Kansai will take 16%.

See also:

E.ON to acquire RWE’s 76.8% stake in innogy

‘Shockingly’ low prices for Massachusetts energy thanks to US offshore wind

EIB considers financing €634mn wind farm project in Spain

According to CNBC, innogy’s COO for renewables, Hans Bunting, said on Monday: “As we continue to grow our offshore portfolio across the globe, the securing of valued, strategic partnerships is a key objective for renewables at innogy. With J-Power and Kansai Electric Power we have found experienced and reliable partners and we are delighted to be working with them to successfully realise the Triton Knoll Offshore Wind Farm together.”

Makota Honda, director and executive managing officer at J-Power said according to BusinessGreen: “We are very pleased to become a partner in innogy’s Triton Knoll Offshore Wind Farm project. As the leading provider of wind power in Japan, we are very proud to be entering into this overseas offshore wind power project which is a first for a Japanese electric power utility. We are actively continuing to develop new wind power projects both in the domestic market and in the overseas market.”

You can read more about innogy in this month’s Energy Digital magazine.

 

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Jun 23, 2021

HyNet North West and InterGen to build Zero Carbon plant

zerocarbon
Energy
Hydrogen
Liverpool
Dominic Ellis
3 min
Expected to open in the mid-2020s, the partnership could reduce the CO2 emissions from the Runcorn power station by over 150,000 tonnes each year

HyNet North West and InterGen are to create a low carbon power station at the independent power producer's Rocksavage Power plant in Liverpool City region.  

Expected to begin in the mid-2020s, the partnership could reduce the CO2 emissions from the Runcorn power station by over 150,000 tonnes each year, the equivalent of taking 60,000 cars off the road every year.

Situated across one of the UK’s largest industrial areas which supports the highest number of manufacturing jobs of any UK region, HyNet North West will bring clean growth to safeguard jobs, and create thousands of new employment opportunities.

Following a commitment of £72 million in funding, HyNet North West will transform the North West into the world’s first low carbon industrial cluster, playing a critical role in the UK’s transition to ‘net zero’ greenhouse gas emissions by 2050 and the global fight against climate change.

HyNet North West will begin decarbonising the North West and North Wales region from 2025, replacing fossil fuels currently used for electricity generation, industry, heating homes and transportation with clean hydrogen. The project will also capture and lock up carbon which is currently emitted into the atmosphere.

It anticipates that by 2028, Rocksavage will have enough hydrogen produced by HyNet to move towards a 100% net zero power generation power station as the Gas Turbine technology becomes available. 

InterGen’s Rocksavage Plant Manager Dan Fosberg said Rocksavage has been safely generating energy to power the north west for nearly 25 years, but in order to meet the UK’s net zero targets, traditional generation needs to adapt.

"HyNet North West will allow us to pivot our operations as we transition to a low-carbon world. The proximity of the Rocksavage Power Plant to the HyNet North West hydrogen network provides us with an exciting and unique opportunity," he said.

As soon as the first stage of the hydrogen network is available at Runcorn, InterGen intends to modify the existing generating plant to consume a blend of hydrogen with natural gas and start to reduce our emissions.

The HyNet North West project milestones mean that Rocksavage could be the first plant in the UK to blend Hydrogen with natural gas, a step forward for the industry in the target for net-zero. Once the gas turbine technology becomes available, it will explore options with HyNet North West to create a zero emissions power station using 100% hydrogen. 

The project will play a big part in supporting Liverpool City Region in its commitment to reach zero carbon by 2040 and accelerate the UK’s transition to net zero by 2050. 

Steve Rotheram, Metro Mayor of Liverpool City Region, said: “Putting the Liverpool City Region at the heart of the Green Industrial Revolution is one of my top priorities. With our existing strengths in green energy, we have the potential to become the UK’s renewable energy coast. 

“I am committed to doubling the number of green jobs in our region and exciting projects like HyNet will be a key part of that. We’re going to lead the way, not only in doing our bit to tackle climate change, but in pioneering new and innovative technology that in turn attracts more jobs and investment to our region.”

David Parkin, HyNet North West Project Director, said HyNet North West will play a big part in tackling climate change regionally. "It will ensure the region remains an attractive location for investment and for companies to grow through the establishment of a clean economy, protection of skilled jobs and creation of thousands of new long-term employment opportunities.

“Our partnership with InterGen at Rocksavage shows just how great an impact HyNet will have on the region – decarbonising homes, workplaces, travel and industry.”

HyNet North West is a low carbon energy project at the forefront of the UK’s journey to a Net Zero future, being developed by a consortium comprising Progressive Energy, Cadent, Essar, Inovyn, Eni, University of Chester, CF Fertilisers and Hanson.

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