Hi-Gen Power

Hi-Gen Power was a United Kingdom-based energy technology development company formerly known as B9 Coal. Established in 2009, it was created to commercialize alkaline fuel-cell technology developed by AFC Energy and to explore its integration with energy systems based on underground coal gasification. The company was affiliated with B9 Gas and operated at the intersection of coal conversion, hydrogen production, fuel cells, and lower-carbon power generation. Its proposed technology model linked underground coal gasification with alkaline fuel cells. Underground coal gasification converts coal seams into a combustible synthesis gas or hydrogen-rich gas underground, avoiding the need to mine and transport the coal in the conventional manner. Hi-Gen Power investigated whether hydrogen produced through this process could be used directly as a fuel-cell feedstock. Alkaline fuel cells can generate electricity electrochemically from hydrogen and oxygen, potentially offering a route to power generation with lower local emissions than conventional combustion-based systems when supplied with suitable hydrogen. The company’s activities were primarily demonstrative and project-development oriented rather than those of a mass-market energy brand. In 2010, B9 Coal worked with AFC Energy and Linc Energy at Linc Energy’s underground coal-gasification facility in Chinchilla, Australia. The collaboration commissioned an alkaline hydrogen fuel-cell installation known as the Alfa System. The project was intended to demonstrate the technical combination of hydrogen produced by underground coal gasification and AFC Energy fuel-cell equipment. Hi-Gen Power also pursued potential applications in the United Kingdom. In August 2010, B9 Coal proposed combining underground coal gasification and alkaline fuel-cell technologies at the Rio Tinto Alcan Lynemouth power station in Northumberland. Two months later, AFC Energy, Powerfuel Power, and B9 Coal agreed to explore the integration of AFC Energy fuel-cell technology with integrated gasification combined-cycle technology at the planned Hatfield power station near Hatfield Colliery, Doncaster. These initiatives placed Hi-Gen Power within a transitional energy-technology landscape in which coal gasification, carbon capture and storage, hydrogen, and fuel cells were being considered together. The concept sought to retain the energy potential of coal resources while shifting power generation from direct combustion toward gasification and electrochemical conversion. However, the available reference material documents proposals and demonstration work rather than a completed commercial power-generation fleet, broad consumer offering, or established international operating business. The company’s later operating status, ownership, commercial output, and corporate development are not established by the supplied sources. Accordingly, Hi-Gen Power is best described as a historical or development-stage energy technology brand associated with B9 Coal, AFC Energy, Linc Energy, Powerfuel Power, and B9 Gas, rather than as a currently verified operating utility or equipment manufacturer.

Hi-Gen Power originated in 2009 under the name B9 Coal. The company was established to pursue the commercial use of alkaline fuel-cell technology developed by AFC Energy and to investigate how that technology could be paired with underground coal gasification. Its activities were connected with B9 Gas and with a broader effort to develop integrated energy systems based on coal conversion, hydrogen, fuel cells, and carbon management. The central technical idea was to produce hydrogen-rich gas through underground coal gasification and then use the hydrogen as an input for an alkaline fuel cell. Underground coal gasification takes place within a coal seam rather than in a conventional surface mine and processing plant. The resulting gas can be treated and used for power generation. In Hi-Gen Power’s proposed configuration, the fuel cell would convert hydrogen into electricity through an electrochemical process instead of burning the gas in a conventional turbine or boiler. The company also associated this approach with carbon capture and storage concepts, although the supplied material does not document a completed commercial carbon-capture installation operated by Hi-Gen Power. In 2010, B9 Coal collaborated with AFC Energy and Linc Energy at Linc Energy’s underground coal-gasification facility at Chinchilla in Queensland, Australia. The parties commissioned the Alfa System, a hydrogen fuel-cell demonstration intended to show how hydrogen produced from underground coal gasification could be supplied to an alkaline fuel cell. This project was an important practical expression of the company’s technology strategy because it connected a fuel source produced underground with an electrochemical power-generation device. B9 Coal also examined possible applications in the United Kingdom. In August 2010, it proposed using a combined underground coal-gasification and alkaline-fuel-cell system at the Rio Tinto Alcan Lynemouth power station in Northumberland. The proposal reflected the company’s interest in adapting its technology to existing industrial power infrastructure and in using fuel cells as part of a larger energy-conversion system. In October 2010, AFC Energy, Powerfuel Power, and B9 Coal agreed to integrate AFC Energy’s fuel-cell technology with integrated gasification combined-cycle technology at the planned Hatfield power station near Hatfield Colliery in Doncaster. The proposed Hatfield application represented a larger-scale version of the same general strategy: gasification would provide a usable fuel stream, while fuel-cell equipment could form part of an integrated electricity-generation process. The available material describes the agreement and planned application, but not the completion or long-term commercial operation of the proposed plant. At some point after its activities under the B9 Coal name, the company became known as Hi-Gen Power. The supplied reference identifies it as the former name B9 Coal and describes it as a London-based developer. It does not provide verified information about later management, ownership, revenue, operating assets, closure, or a continuing commercial website. The company’s documented history therefore remains concentrated in its formation, its 2010 Chinchilla demonstration, and its proposals for British power-generation projects. Its significance lies in its attempt to connect underground coal gasification with alkaline fuel cells during a period when hydrogen and carbon-management technologies were being explored as potential ways to reduce the emissions intensity of fossil-fuel-based electricity generation.

• 2010

  Alfa System commissioned at Chinchilla

  [1]Hi-Gen Poweren.wikipedia.org

  B9 Coal, AFC Energy, and Linc Energy commissioned the Alfa System at Linc Energy’s Chinchilla underground coal-gasification facility in Australia, demonstrating the proposed use of gasification-derived hydrogen in an alkaline fuel cell.

• 2010

  Lynemouth proposal

  [1]Hi-Gen Poweren.wikipedia.org

  B9 Coal proposed applying underground coal gasification together with alkaline fuel-cell technology at the Rio Tinto Alcan Lynemouth power station in Northumberland.

• 2010

  Hatfield integration agreement

  [1]Hi-Gen Poweren.wikipedia.org

  AFC Energy, Powerfuel Power, and B9 Coal agreed to explore integrating alkaline fuel-cell technology with the integrated gasification combined-cycle system planned for the Hatfield power station near Doncaster.

• 2009

  B9 Coal established

  [1]Hi-Gen Poweren.wikipedia.org

  B9 Coal was established as the predecessor of Hi-Gen Power to pursue projects combining underground coal gasification with alkaline fuel cells and related carbon-management concepts.

Hi-Gen Power positioned itself as an energy-technology developer seeking to combine underground coal gasification with hydrogen-fuelled alkaline fuel cells and, where applicable, carbon capture and storage. Its work was project-based and industrial rather than consumer-facing.

• Alkaline hydrogen fuel-cell demonstration system · 2010

  Alfa System

  The Alfa System was a hydrogen fuel-cell installation commissioned in 2010 by B9 Coal, AFC Energy, and Linc Energy at the Chinchilla underground coal-gasification facility in Australia. It was intended to demonstrate the use of hydrogen produced through underground coal gasification as a feedstock for an alkaline fuel cell. The system was a technology demonstration rather than a documented consumer product or broadly deployed commercial product line.

• Industrial energy systems

  Underground coal-gasification and alkaline-fuel-cell projects

  Hi-Gen Power’s principal offering was a project-development concept rather than a standardized product. It involved linking underground coal gasification, hydrogen production, alkaline fuel cells, and potentially carbon capture and storage. The company investigated applications at the Chinchilla facility, the Lynemouth power station, and the planned Hatfield power station. The available sources document demonstrations and proposals, not a completed portfolio of commercial plants.

• 2010

  Commissioning of the Alfa SystemProduct launch

  Background

  B9 Coal, AFC Energy, and Linc Energy sought to demonstrate whether hydrogen from underground coal gasification could serve as fuel for an alkaline fuel-cell system.

  Action taken

  The partners commissioned the Alfa System at Linc Energy’s Chinchilla underground coal-gasification facility in Australia.

  Aftermath

  The installation provided a documented demonstration of the proposed gasification-to-fuel-cell pathway. The supplied sources do not establish subsequent commercial deployment or operating results.

  Source

• 2010

  Proposal for a Lynemouth applicationStrategy

  Background

  B9 Coal was exploring ways to apply its underground coal-gasification and alkaline-fuel-cell concept to an established industrial power-generation site.

  Action taken

  In August 2010, the company proposed using the combined technologies at the Rio Tinto Alcan Lynemouth power station in Northumberland.

  Aftermath

  The source records the proposal but does not document completion of the project or commercial operation at Lynemouth.

  Source

• 2010

  Hatfield power-station integration agreementStrategy

  Background

  The planned Hatfield power station was intended to use integrated gasification combined-cycle technology, creating a potential platform for fuel-cell integration.

  Action taken

  AFC Energy, Powerfuel Power, and B9 Coal agreed to integrate AFC Energy’s alkaline fuel-cell technology with the planned Hatfield system near Doncaster.

  Aftermath

  The available reference describes an agreement concerning a planned facility but does not confirm that the integrated system entered commercial service.

  Source

1. 1Hi-Gen Poweren.wikipedia.org