27.03.2023 Views

The Energy Republic February - March Edition 2023

A special publication focused on the Sub-Saharan Africa oil and gas industry with industry updates about the project and investment opportunities in the continent. In this edition, we also featured interesting stories about the energy sector as well as the role of bioenergy resources in the global energy transition agenda, with a spotlight on Germany's biofuel industry, coupled with stakeholders' commentaries and an exclusive interview with Elmar Baumann, Managing Director of the Association of the German Biofuel Industry (VDB).

A special publication focused on the Sub-Saharan Africa oil and gas industry with industry updates about the project and investment opportunities in the continent.

In this edition, we also featured interesting stories about the energy sector as well as the role of bioenergy resources in the global energy transition agenda, with a spotlight on Germany's biofuel industry, coupled with stakeholders' commentaries and an exclusive interview with Elmar Baumann, Managing Director of the Association of the German Biofuel Industry (VDB).

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Fraunhofer Ins tutes researchers<br />

are developing a two-step process<br />

f o r e x t r a c n g h i g h - p u r i t y<br />

hydrogen from biogenic residues such as<br />

sewage sludge, according to report<br />

published in Fraunhofer magazine. How<br />

can we produce pure, climate-neutral<br />

hydrogen for opera ng fuel cells without<br />

relying on solar or wind energy?<br />

According to researchers from the<br />

Fraunhofer Ins tutes for Surface<br />

Engineering and Thin Films IST and for<br />

Environmental, Safety and <strong>Energy</strong> Technology<br />

UMSICHT, the answer is bio-waste.<br />

In the first step, the researchers use a thermochemical<br />

conversion process to generate a<br />

hydrogen-rich synthesis gas from the organic<br />

waste material.<br />

<strong>The</strong>n, in the second step, they plan to isolate<br />

the high-purity hydrogen using membranes<br />

with metallic coa ngs.<br />

INDUSTRY NEWS<br />

Fraunhofer Researchers Develop New Method to<br />

Extract Hydrogen from Waste<br />

Decentralized produc on of high-purity<br />

hydrogen is a key component of Germany’s<br />

Na onal Hydrogen Strategy, which aims to<br />

reposi on the country as a climate-friendly<br />

industry hot spot.<br />

This innova ve process could trigger a significant<br />

increase in the amount of green hydrogen<br />

produced in Germany while simultaneously<br />

reducing the risk of dependencies and protec ng<br />

security of supply.<br />

Equinor Discovers Oil, Gas Near the Troll eld in North Sea<br />

Equinor has again struck oil and gas<br />

near the Troll field in the North<br />

Sea. This is Equinor's eighth<br />

discovery in the area since 2019. <strong>The</strong><br />

volumes are es mated at between 24 and<br />

84 million barrels of oil equivalent, with<br />

slightly more oil than gas. Named<br />

Heisenberg, the discovery well was<br />

drilled by the Deepsea Stavanger drilling<br />

rig. Equinor is the operator, and DNO is a<br />

partner.<br />

<strong>The</strong> discovery is considered commercially<br />

interes ng, partly because it can u lise<br />

exis ng infrastructure connected to the<br />

Troll B pla orm.<br />

However, an appraisal well is needed to get a<br />

more precise es mate of the size before it can<br />

be concluded whether the volumes can be<br />

recovered. <strong>The</strong> par es are considering drilling<br />

the appraisal well in 2024.<br />

"Our Troll explora on play keeps delivering.<br />

With discoveries in eight out of nine<br />

explora on wells, we are approaching a<br />

success rate of 90%. We plan to further explore<br />

t h e a re a , w h i l e l o o k i n g at p o s s i b l e<br />

development solu ons for the discoveries that<br />

h a v e b e e n m a d e . We h a v e a g o o d<br />

infrastructure in the area and can quickly bring<br />

compe ve barrels from here to the market at<br />

low cost and with low CO2 emissions," says Geir<br />

Sørtveit, Equinor’s senior vice president for<br />

explora on and produc on west.<br />

Five of the eight discoveries have been made in<br />

licences awarded through APA rounds. It is just<br />

over a month since Equinor together with<br />

partners made the Røver South discovery in the<br />

same area. Through acquisi ons two weeks ago,<br />

Equinor increased its ownership interests in four<br />

of the discoveries made in the area.<br />

<strong>The</strong> seven previous discoveries are: Echino South,<br />

Swisher, Røver North, Blasto, Toppand, Kveikje<br />

and Røver South.<br />

bp pulse and APCOA to build EV charging networks across Europe<br />

bp pulse, one of the leading rapid<br />

and ultra-fast public EV charging<br />

networks in the UK and APCOA<br />

Parking Group, the UK’s leading provider<br />

of tailored parking solu ons with an<br />

established presence in Europe, have<br />

signed a strategic pan-European frame<br />

agreement to open more than 100 EV fast<br />

charging hubs across Europe.<br />

Under the agreement, bp pulse plans to<br />

install ultra-fast charging at APCOA car<br />

parks – ‘Urban Hubs’ – in Germany,<br />

Austria, Belgium, Luxembourg, <strong>The</strong><br />

Netherlands, Poland and the UK over the<br />

next three years to help expand its<br />

charging network in city centres and<br />

further accelerate urban e-mobility<br />

infrastructure throughout Europe.<br />

<strong>The</strong> project is part of APCOA’s plans to<br />

transform its car parks into Urban Hubs,<br />

which will provide physical and digital<br />

infrastructure for mobility, logis cs, e-charging<br />

and technology based services.<br />

<strong>The</strong> two companies aim to work together to<br />

provide a convenient customer journey<br />

through digital integra on of the bp pulse and<br />

‘APCOA Connect’ app in the UK and ‘APCOA<br />

Flow’ app in Europe. Registered users will be<br />

able to locate, access, book and pay for their<br />

charging and parking at the car park from their<br />

mobile, and the car park’s entry and exit<br />

barriers will open automa cally as the vehicle<br />

approaches.<br />

“By working with APCOA, we’re bringing the<br />

future of parking, charging and services for<br />

urban life in one place,” says Stefan von<br />

Dobschuetz, general manager Europe, bp<br />

pulse<br />

Stefan von Dobschuetz, general manager<br />

Europe, bp pulse, said: “This agreement will<br />

help us to build our EV charging network across<br />

Europe by offering customers the fastest and<br />

most convenient EV hub charging experience. By<br />

working with APCOA, we’re bringing the future of<br />

parking, charging and services for urban life in<br />

one place.”<br />

Philippe Op de Beeck, CEO, APCOA, said:<br />

“Working with bp pulse is another step to achieve<br />

our plan to deploy 1,000 fast-charging sta ons<br />

through commercial partners in APCOA’s car<br />

parks. Doing so, we are providing customers<br />

added services in our loca ons and make a<br />

relevant contribu on to the transforma on of<br />

individual mobility.”<br />

Two Urban Hubs in Berlin and Bremen in<br />

Germany are expected to open in the third<br />

quarter of <strong>2023</strong>. <strong>The</strong>se will be the first loca ons<br />

to offer ultra-fast charging which can charge a<br />

minimum of six cars, 24 hours a day, 7 days a week<br />

and will be operated by Aral pulse, bp’s German<br />

brand. bp pulse and APCOA’s Urban Hubs will<br />

also offer one solu on in well-lit city-centre<br />

parking where available land is o en scarce.<br />

32<br />

THE ENERGY REPUBLIC I SPECIAL EDITION

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!