CLICK HERE TO DOWNLOAD THE BLACK HORSE PDF. We are promoting hydrogen as the enabler of a zero emission society. It produces hydrogen on a bulk-scale through the utilisation of offshore wind via an integrated floating system and is set to be constructed off the coast of Aberdeen. A revised feasibility study for the Dolphin project shows a net present value in today’s dollars of $241m, and the company has signed an off-take agreement with trader Noble Group. Wind-to-Hydrogen Project. Leading developer of LNG export projects in North America using Floating LNG technology. A 10 MW full scale pre-commercial facility is planned to follow three years later. Dolphin Project can confirm that on March 1, Taiji’s dolphin drive hunts ended for the 2020/21 season. In October 2020, Alex joined the Dolphin N2 team as Design Engineer and is looking forward to developing the engine through to production. The association partners with the European Commission in the innovation programme Fuel Cells and Hydrogen Joint Undertaking (FCH JU). The Dolphyn prototype comprises a WindFloat floating platform with integrated wind turbine, PEM electrolysis and desalination facilities. “You’ve got large acreage of ocean and really excellent wind resources all year round. BEIS has also announced £350m of new funding alongside the grants – £100 million for a competition to boost hydrogen production and £250m for a new Clean Steel Fund. Projects. Dolphyn project gets £3.1m for offshore wind-powered hydrogen production. How it develops beyond 2027 remains to be seen, but the initial upscaling candidates are here in the North Sea or the Celtic Sea off Wales. They’re big arrays of 20 x 20, Kinsella acknowledged, but the North Sea has capacity for “three or four times that amount”. Dolphin Energy is the constructor and operator of the project. So some might argue – rightly or wrongly – that Aberdeen, “Europe’s oil capital”, is already taking its place on the map as a part of the hydrogen economy. Kinsella said: “What we have in mind for the future (is) a production line in a port dedicated to producing these sorts of platforms. In January 2004 the engineer, procure and construct (EPC) contract for the gas processing and compression plant at Ras Laffan was awarded to JGC Middle East FZE, a wholly owned subsidiary of JGC Corporation of Japan. The Dolphyn semi-submersible option turned out to be the best in terms of estimated cost of hydrogen production, see Figure 4. Dolphyn hydrogen project shows energy transition ‘in real time’ for Aberdeen. Environmental Resources Management (ERM) has received £427,000 from the UK Government to develop its project which looks at the production of green hydrogen from offshore wind. “So, again, a really good opportunity for the UK. A network of wind farms potentially could be served by the St Fergus gas plant, with the Scottish east coast being “ideal conditions”. Scott graduated from the University of the West of England in 2015 with a 2:1 BA (Hons) in Business Management with Tourism. All Rights Reserved. Kinsella said: “Across the globe you have over 12,000 GW of floating wind capacity. So it is an ideal place to really scale up the technology.”. Dolphin Project Assists With Mass Stranding. The aim is to make a final investment decision on the 2 MW prototype facility by March 2021. © Energy Voice 2021. “So in terms of an energy source, it’s got fantastic potential.”. Hydrogen Europe represents the European industry, national associations and research centers active in the hydrogen and fuel cell sector. Each platform of WindFloat Atlantic is equipped with an MHI Vestas V164-8.4 MW offshore wind turbine. The abundant wind energy and seawater around the UK’s coast could be harnessed to provide ‘green’ hydrogen for future energy demand if a new project is successful. However, realising this opportunity, and others related to the hydrogen economy, will mean the coming years will likely prove crucial. When developer ERM decided Aberdeen would be the home for Dolphyn, its … The Dolphyn project, funded as part of the Government’s £20m Hydrogen Supply Programme, showcases a floating semi-submersible (floating … The Dolphyn development plan currently envisages use of 10 MW offshore wind turbines, but larger units are now being considered, which should result in cheaper hydrogen. Establishing at least one low-carbon cluster by 2030, and the world’s first net-zero carbon industrial cluster by 2040 is a key mission in the UK Government’s Industrial Strategy. It is the Gulf Cooperation Council 's first cross-border refined gas transmission project and the largest energy-related venture ever undertaken in the region. The plan is to export hydrogen to shore via a pipeline, without any external power source being required. Sir Ian Wood, chair of Opportunity North East, helped persuade ERM to pick Aberdeen for Dolphyn. In fact, with the Dolphyn announcement, Mike Tholen, an oil industry veteran and sustainability director of Oil and Gas UK, described a “buzz” around the changing industry. Next steps for the project are sanctioning next year, but not before some new investors are hopefully on board. Current PEMFC stack technologies for automotive applications show limitations in performance, durability and production cost which are primary challenges to reach mass production and fuel cell commercialization. The project is seen as helping UK efforts to roll out hydrogen at scale by the 2030s – a crucial step towards the end of the country’s contribution to global warming and to achieving ‘net zero’ by 2050. The ERM Dolphyn concept selected – modified WindFloat semi-submersible base on which turbine is mounted, together with desalination and electrolysis equipment, with the hydrogen exported via pipeline to shore – has been compared with other concepts (Figure 3): spar buoy with hydrogen pipeline to shore (Dolphyn single spar option); desalination and electrolysis on separate offshore platform, with hydrogen pipeline to shore; and export of electricity generated by floating offshore wind to land based electrolysers. Formed in partnership with Xcel Energy, NREL's wind-to-hydrogen (Wind2H2) demonstration project links wind turbines and photovoltaic (PV) arrays to electrolyzer stacks, which pass the generated electricity through water to split it into hydrogen and oxygen. ERM, which is backed by private equity, had been keeping the project “quite low-key” as they got the location and design together. “The proposed Energy Transition Zone (ETZ), which is designed to leverage the major investment in the Aberdeen South Harbour expansion, will provide this positive environment.”. “It will put Aberdeen on the map and it is something that we want to promote at COP26 as the UK achievement to demonstrate UK engineering skills and innovation.”. Scott Parsons – Project Manager. Animal welfare organization Dolphin Project has rescued three dolphins that were destined for an Indonesian circus. Thank you for signing up to our newsletter. Two projects, titled Gigastack and Dolphyn, are trialling green hydrogen production using renewable energy, while three, known respectively as Hynet, HyPER and … Out of 50 applicants only 12 cutting edge demonstrator projects won funding & their respective outputs will be showcased at the Cenex Low Carbon Vehicle show in September 2021. And we’ve got the offshore wind resources which are the best in the world. ERM – which is working on Dolphyn with the Tractebel unit of French energy giant Engie and offshore specialist ODE – plans to integrate hydrogen production technology into a 10MW floating wind turbine platform, enabling each unit to import seawater, convert it to hydrogen and export the gas via a pipeline. A new independent study, commissioned by Clean Sky and Fuel Cells and Hydrogen Joint Undertakings on hydrogen’s potential for use in aviation was released on 22 June, during an online event. Dolphyn project, led by Environmental Resources Management (ERM), has been awarded £3.12 million ($4 million) by the UK Department for Business, Energy & Industrial Strategy (BEIS) to further develop its offshore electrolyser design and obtain the consent for a 2MW prototype facility. With FID next year, the 2MW prototype will be delivered by 2024, followed by a 10MW model in 2027, both of which are set for Aberdeen. Something went wrong - please try again later. A project backed by offshore wind developer Ørsted, a floating wind site, and a gin distillery are three initiatives that have secured funding as part of a £390 million UK government programme to support the advancement of clean hydrogen production. A single 10 MW turbine could be used to produce in excess of 800 t of hydrogen per year, it is estimated. “In terms of getting the investment, I don’t think there’s going to be a problem with that and it’s going to be an exciting few years ahead”, Kinsella said. The UK North Sea is seen as a prime candidate for that as well. Disruptive PEMFC stack with nOvel materials, Processes, arcHitecture and optimized Interfaces. Now that is about four times the amount you would need to actually replace natural gas for the whole world. Industry leaders like OGA chief Andy Samuel have called for the ETZ to play a role in the upcoming North Sea Transformation Deal from the UK government and how that plays out may be crucial in the opportunities here. The JU receives support from the European Union's Horizon 2020 research and innovation programme and France, Germany, Austria, United Kingdom, Belgium, Switzerland. The design has been developed through a detailed technical and financial evaluation process to achieve the lowest predicted cost for producing hydrogen from renewables at scale in the UK. The Dolphyn project will mount electrolysers – electrical devices to split water into hydrogen and oxygen – onto platforms to produce hydrogen. The project concerns the production of hydrogen at scale from offshore floating wind in deep water … “We’ll add the turbine onto the substructure in the port and we’d also install the deck and all the topside equipment in the port as well,” Kinsella said. Dolphyn is planned to develop from a prototype, 15km off the coast, into what may turn into the first ever commercial green hydrogen windfarm. Thereafter the ambition gets exciting: the first commercial 10-turbine (100MW) wind farm is planned for 2030, then a massive 4GW development in 2037 – enough to power 1.5million homes. The project DOLPHIN has received funding from the Fuel Cells and Hydrogen 2 Joint Undertaking under grant agreement No. On Dolphyn’s announcement for Aberdeen, Sir Ian said: “To realise the full potential, we must create the right facilities for innovation, technology development, and manufacturing to flourish. ERM (Environmental Resources Management), working in conjunction with Tractebel and ODE (Offshore Design and Engineering), has completed the first phase of the Dolphyn project, the pre-FEED design for a 2 MW prototype offshore hydrogen … When developer ERM decided Aberdeen would be the home for Dolphyn, its world-first floating green hydrogen project, it said “it will put Aberdeen on the map”. Fully permitted the Delfin LNG Project offshore Louisiana including 13 MTPA non-FTA export license from DoE. “We are now seeing the energy transition take place in real time, and continued partnership working remains essential if communities, industries and our people are to make the most of this opportunity.”, Unlimited web access from just £12.50 per month. originators, developers and project manager for the Dolphyn project, developing an innovative technical and economic solution for producing green hydrogen at scale from offshore wind. HyNet - Hydrogen Energy and Carbon Capture, Usage and Storage. Environmental Resources Management (ERM) has projections for a potential network of windfarms by 2065, which could replace 50% of the UK’s natural gas requirements. Hydrogen to Power New projects • Energy: 8-12 TWh • Utilise existing ga s power pla nts • Switch fuel from na tura l ga s to clea n H2 • Clea n electricity • Clean back -up for solar and wind • Launch large -sca le H2 economy • Partners: Vattenfal and Gasunie • Maritime transport – Norway • Clea n Hydrogen … While that will take years to come to fruition, ERM sees Dolphyn “as the start of that process”, Kinsella said, and the transition opportunities for the oil and gas sector were one of the factors in deciding on Aberdeen. The size of the prize then, especially for a city which has just spend £350million on a new harbour expansion, is clear. Owner of the offshore UTOS and Grand Chenier pipelines to supply feedgas to offshore moored FLNG Vessels. The project, which has been underway since 2001, came onstream in late 2006. During the entire six-month long. He said: “The Dolphyn project is a great example of how this change is benefitting energy communities, bringing in new investment and creating exciting new roles for the future. Getting green hydrogen production into deep water: the Dolphyn project. However, assembly of these will likely take place in a UK port, “We’ll put it in a port somewhere, could be Cromarty Firth, could be Dundee. Dolphin Energy is owned 51% by Mubadala Development Company on behalf of the Government of Abu Dhabi and 24.5% each by Total of France and Occidental Petroleum of the US. Bolette Dolphin (file image courtesy Dolphin Drilling) By The Maritime Executive 02-11-2021 06:43:00. Project DOLPHIN. But this project, described as “transformative” by the likes of Sir Ian Wood, could really support the ambition to change its fortunes with the energy transition, though coming years could prove crucial to deeming the extent to which the Aberdeen can capitalise on it. With the initial engineering work completed the project is now seeking further funding to move forward to the detailed design stage. The floating facility, based on Principle Power’s WindFloat technology, will produce ‘green’ hydrogen at scale and is being funded as part of the UK government’s £20 m Hydrogen Supply Programme. Dolphyn is a first-of-its-kind offshore green hydrogen project. It could also be a chance for Aberdeen to play a role in developing a key technology that ERM sees as having global potential. Gaseous (Lyon) and liquid (Stavanger) hydrogen will be used in the vessels' on-board hydrogen storage. Hydrogen is the most common chemical in the universe. Not only to produce hydrogen for our own use, but also to export it to Europe or further afield,” he added. Latest Modern Power Systems news & technology. Also, among floating wind concepts, it is already quite well advanced, a recent milestone being the start of power export, on 31 December 2019, from the first of WindFloat Atlantic’s three platforms, located off the coast of Portugal (see photographs). ERM’s Dolphyn project, which is a first of its kind, is an innovative integrated system combining all of the technologies required to bring the latest floating wind and hydrogen production technologies together to enable offshore wind resources to contribute toward hydrogen production. Long-term, ERM envisions a port with a production facility for these turbines, as they ship out to massive wind farms. ERM (Environmental Resources Management), working in conjunction with Tractebel and ODE (Offshore Design and Engineering), has completed the first phase of the Dolphyn project, the pre-FEED design for a 2 MW prototype offshore hydrogen production facility using floating offshore wind as the power source. “They sail out and you can build your windfarm gradually one by one so you’re generating revenue very early on and continually add to that field. UK backs 'green' hydrogen pilots. As already noted, the Dolphyn offshore hydrogen production concept employs a modified version of the WindFloat semi- submersible base. Reliance and BP announce first gas from Asia’s deepest project, Fluor’s contract wins drop in third quarter, EIC adds new directors and sees growing and more diverse membership, Maersk Training cuts ribbon on revamped Aberdeen training and safety centre, Shell sells Western Desert assets to Cairn, Cheiron, Cairn Energy selling stakes in North Sea fields to Waldorf as flurry of deals announced, Allens strengthens renewable energy team in Vietnam, Chrysaor awards Fluor’s Stork North Sea asset integrity contract extension. The … 19 February 2020. One attraction of WindFloat is that it already has a suitable deck on which to place the hydrogen production equipment. It can be produced as a gas or liquid, or made part of other materials, and has many uses such as fuel for transport or heating, a way to store electricity, or a raw material in industrial processes. For a city looking to find other sectors to utilise its oil and gas legacy and skills, this represents something to shout about, especially as a major climate summit in Glasgow approaches next year. Announcing ONE’s proposed Energy Transition Zone in January, to be situated near the harbour expansion, Sir Ian described floating wind as a “significant opportunity”, with the ETZ planned to house manufacturing, servicing and assembly facilities. For further information about the Black Horse project, please contact Mr Marcel Podolak (Bioway) at marcel.podolak@bioway.co and Mr David Halasz (Bioway) at david.halasz@bioway.co. The “pioneering” Dolphyn project will sit nine miles off the coast, allowing the UK to harness the power of the fuel using floating wind turbines. “We’d then install the moorings and the pipeline at the location and then sail it out to the location, hook up, commission it, and then start to operate.”. Project director Kevin Kinsella said: “We see the UK as the obvious place to scale it up, we’ve got the supply chain here, the world-leading supply chain for oil and gas. Initial engineering work has now been completed for the Dolphyn project, which plans to combine green hydrogen production with floating wind turbines. The use of floating turbines will enable the most favourable UK offshore wind resources to be accessed, in deep water at distances from land of up to several hundred kilometres. The Dolphyn project, led by Environmental Resources Management, will develop technology that could see energy from floating offshore wind turbines power integrated water treatment units and electrolysers for localised hydrogen … While Dolphyn, and projects like it, are not enough to stem the immediate job losses and downturn the industry faces, it is a tangible step towards what could be a brighter future for the sector. The government has awarded 20 projects a share of £7 million to explore innovative ways of making and using low-carbon hydrogen. The Dolphin Gas Project is the natural gas project of Qatar, the United Arab Emirates, and Oman. A report last month from the Offshore Wind Industries Council (OWIC) and ORE Catapult estimated green hydrogen could support 120,000 jobs and be worth £320billion to the UK economy by 2050. Register here for the Energy Voice daily newsletter, bringing you key news and insight from across the global energy landscape. Dolphin N2 have won an exciting competition run by the APC aimed at supporting UK industry with R&D & assisting with accelerating the transition to zero emission vehicles. The Cultures of Dolphins and Whales. Dolphyn is a completely scalable technology that once established could be expanded across the North Sea (Figure 2). The plant receives wet gas from North field and removes valuable hydrocarbon liquids (including condensate and NGL products) for processing, marketing and spot sale. “Between now and Christmas really we need to decide on who our best partner would be to take Dolphyn forward, or partners”, he said. Figure 1 shows a conceptual scheme for deep water offshore production of hydrogen. Aberdeen has been selected as the home for the “world’s first” offshore floating facility to produce green hydrogen. By The Maritime Executive 12-27-2017 05:24:38. Could even be the new Aberdeen port”. The city’s investment prior investment in hydrogen is what “swung it” for the city to beat both Cornwall and Orkney for the project. The Dolphyn system is being designed such that it can be deployed in stand-alone mode or as multiple connected units to form an offshore hydrogen wind farm. The development plan for the project has a target date of 2024 for start of operation of the 2 MW prototype facility. “We could have units like we’ve got in Aberdeen bringing hydrogen in locally to local towns along that coastline where there’s deepwater”, Kinsella added. The plant came online in late 2006. Dolphyn hydrogen project receives £427,000. “So it spreads your upfront financial costs while you’re still producing hydrogen, makes it quite cost-effective.”. 826204. Blue Dolphin: 50 ships and ship power generation systems, from liquid hydrogen cargo to passenger ships, powered by hydrogen and the required port infrastructure. In the project, a total of 1.4 MW of on-board fuel cell power will be installed and both vessels will run on hydrogen produced on-site with electrolyzers powered by renewable electricity. The future development plan is summarised in the table opposite. For the North Sea, it would take 28 of these huge, full-scale 4GW windfarms to replace the UK’s natural gas needs. New study: Hydrogen-powered aviation. Initially, Kinsella said the feedback suggested it “was seen as a threat to the industry”, however with much more discussion around the energy transition in recent years “things have turned around completely” and “we are seeing a totally different set of conversations now and that’s really, really good to see”. - Blue Dolphin Presentation Presented by Paolo Guglia , R&D Manager, Fincantieri. HySpirits and the Dolphyn projects are two out of 20 companies that have secured a share of up to £40 million (≈ EUR 44.3 million) of government funding to explore how the use of hydrogen can be rolled out across the UK – a crucial step towards the end of the UK’s contribution to global warming. “We’ve got the industry, we’ve got all of the engineers, the expertise we want local to Aberdeen. “I think it would be great for Aberdeen, it really will,” Kinsella said. ERM, which is a multinational consultancy, has already received £3m in UK government funding for the project this year, but they’re speaking to “big energy companies, oil and gas companies and also private equity companies” as potential investors for the “whole Dolphyn commercialisation”. Many of the individual parts for the Dolphyn prototype, as some have rushed to point out, will not be made in the UK – this is already a contentious issue for the UK offshore wind sector. The Company. CLICK HERE TO DOWNLOAD THE GREEN HYDROGEN @ BLUE DANUBE PDF. Initial engineering work has now been completed for the Dolphyn project, which plans to combine green hydrogen production with floating wind turbines. On February 19, Dolphin Project’s team in Indonesia received news that a mass stranding of pilot whales had taken place far east. A 400 turbine ‘farm’ (20 x 20 array consisting of 10 MW turbines), with an installed capacity of 4 GW, could produce over 320 000 t of hydrogen per year.
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