Site items in: Power Generation

Article

Kepco agrees to ammonia offtake from Gladstone

Julian Atchison December 07, 2022

Kepco and the Hydrogen Utility have signed an offtake agreement for renewable ammonia produced at the under-development H2-Hub in Gladstone, Queensland. The pair will develop supply chains for the ammonia product to be exported to Korea, where it will be used to decarbonise power stations. In Western Australia, two new renewable energy-powered, million-tonne-per-year projects have been launched, with Korean-based KOMIPO and Australia-based Progressive Green Solutions agreeing to develop the new export plants.

Article

Ammonia cracking to enable hydrogen-fueled power generation in South Korea

Julian Atchison December 07, 2022

Johnson Matthey and Doosan Enerbility will develop hydrogen-fueled, closed cycle gas turbine power plants in South Korea. Johnson Matthey will provide cracking technology and catalysts to convert ammonia into pure hydrogen fuel, while Doosan is currently developing a 380 MW, 100% hydrogen fed gas turbine, which will reportedly be complete by 2027. The two will work together to integrate cracking & CCGT technologies, potentially providing a blueprint for similar power plants in the future.

Article

Singapore's national hydrogen strategy

Julian Atchison November 03, 2022

Singapore’s government has launched an official hydrogen strategy for the island nation. Ammonia plays a key role in the maritime sector’s multi-fuel transition, with other direct uses emerging in Singapore’s energy future: fertiliser, industrial feedstock and power generation.

Article

Mitsubishi Heavy Industries to explore ammonia-fired gas turbines in Singapore, Indonesia

Julian Atchison November 01, 2022

MHI, Keppel Infrastructure and DNV have agreed to explore the feasibility and deployment of a 100% ammonia-fired gas turbine on Jurong Island, Singapore. In Indonesia, MHI and Bandung Institute of Technology will work together to demonstrate 100% ammonia firing with MHI’s H-25 Series, 40 MW gas turbine.

Presentation

Ammonia for power generation: a new, efficient, low-emissions generator made possible with software enabled technology and precise flameless reaction control

Gregory Pal

Customers who have historically wanted to use ammonia for power generation have been limited to co-firing with coal or diesel in order to overcome ammonia’s high ignition temperature and slow chemical kinetics. This process comes at a price; carbon emissions, added costs for blending, and significant drops in power output. Fortunately there is a new and cost effective alternative for ammonia-based power generation, one that’s uniquely positioned to run off of 100% ammonia without any reductions in power or efficiency. Precise reaction control, thanks to software-enabled technology, permits the Mainspring Linear Generator to manage fuel compression ratios and utilize a…

Presentation

Economic analysis for hydrogen - ammonia decarbonization of a natural gas plant - a phased approach

Heather Jackson Sean Orchuk Joseph Beach

This paper summarizes a comprehensive technical and economic analysis of a hydrogen-ammonia upgrade to an existing 42 MW natural gas plant. A phased approach is carefully chosen which deploys low-carbon technology in modules which are palatable by large-scale utility customers. The objective is to minimize capital costs of the conversion while maximizing decarbonization as each phase is deployed. A phased approach delivers optionality to utilities which are often locked into carbon-emitting technologies by protracted investment durations. Phase one details implementation of an on-site thermal pyrolysis system. Existing natural gas infrastructure and plant waste heat are used to provide clean hydrogen.…

Presentation

Program on combustion of ammonia and ammonia-hydrogen mixtures for power generation

Rob Steele Ganesan Subbaraman

GTI Energy and the Electric Power Research Institute (EPRI) have embarked on fundamental and applied investigations of ammonia as an alternative energy carrier under a joint program known as Low-Carbon Resources Initiative (LCRI). Focus is on applications under turbine operating conditions for both ammonia and ammonia-hydrogen mixtures. Participating teams members include the University of Central Florida (UCF), Georgia Institute of Technology and CRAFT Tech. Experimental, conceptual designs of combustors and computational efforts are underway since late 2021 and results to-date will be presented. The presentation will also include expanded tasks related to in-depth pursuit of the topic made possible through…

Article

KBR: ammonia-powered offshore drilling

Julian Atchison September 21, 2022

KBR, Odfjell, Equinor and Wärtsilä will all collaborate to study conversion of diesel generators on board semi-submersible, offshore drilling vessels to ammonia-fueled generators. On-board power for equipment and heavy machinery on these vessels is typically provided by fossil-fed generators. As fuel costs increase, operators are looking to new energy solutions including offshore wind and alternative fuels like hydrogen & ammonia.

Article

Ammonia combustion for power generation: updates from Korea, Malaysia and Singapore

Julian Atchison September 06, 2022

Joint venture SK Plug Hyverse has agreed to deploy its Korean-manufactured PEM electrolysers overseas, and then supply Korea South-East Power (KOEN) with renewable hydrogen & ammonia imports for co-firing at natural gas and coal power plants. In Malaysia, power utility Tenaga Nasional Bhd, IHI Power Systems and Petronas announced they have successfully conducted 60% ammonia co-combustion trials. And in Singapore, Jurong Port, Mitsubishi Heavy Industries and JERA will conduct a joint study on Jurong Island, where a 60MW, combined-cycle gas turbine will be fueled by 100% ammonia to produce zero-carbon electricity.

Presentation

Global emissions implications from co-combusting ammonia in coal fired power stations: An analysis of the Japan-Australia supply chain

Reza Fazeli

This study considers the emissions implications of co-combusting imported ammonia in coal-fired power stations. The study adopts a supply chain approach, estimating the emissions reduction potential of 20% ammonia co-combustion in coal-fired power stations in the country of use (Japan), and the emissions associated with ammonia production in the country of origin (Australia). The results show co-combustion of ammonia produced with SMR-HB provides no net benefit for the combined country emissions, as ammonia production related greenhouse emissions in Australia are equivalent to the emission reductions in Japan. In contrast, co-firing ammonia produced from fully renewable sources reduces emissions in the…