Sulzer HEXIS fuel cell

Fuel cell future: the Sulzer perspective - Modern Power

The Hexis high-temperature fuel cell is designed to cater for the space and water heating and baseload electricity requirements of a single household. It is being developed by Sulzer Hexis Ltd, which was founded in 1997. The Sulzer Hexis system has a power generation capacity of 1 kW and 2.5 kW of heat output After several years of R&D in ceramic processing techniques, Sulzer Hexis is now able to manufacture solid oxide fuel cells with competitive production costs. Moreover, these costs will be further reduced thanks to scale effect given by large production volumes. The tight collaboration with both raw material and equipment suppliers has enabled Sulzer Hexis to significantly improve both the cell performance and productivity Step by step: becoming a leading company for fuel cell technology 1991. Researchers and developers at Sulzer AG initiate the HEXIS project (Heat Exchanger Integrated Stack). 1997. Based on the HEXIS business concept, Sulzer Hexis AG is founded as a venture division of the corporation. In the following years, development engineers and materials scientists make significant progress in the areas of materials development, process control and system integration Concomitantly to its main objective of cost reduction per electrical kilowatt of stationary fuel cell stacks, Sulzer Hexis Ltd. (Switzerland) is developing the first commercial cogeneration solid.

a corporate project. The product idea of a fuel cell system for combined heat and power generation for single family houses has evolved over several device generations. The current Galileo 1000 N system is ready for its first field test. The main challenge lies in increasing the stability of the fuel cell stacks. In 2005 Sulzer stopped its fuel cell acti-vities. A trust took over the Hexis project an Swiss industrial group Sulzer will no longer provide investment funding for its solid oxide fuel cell developer subsidiary, Sulzer Hexis, from the end of this year. For several months the group has been trying to find a partner that would jointly secure the financing base and enhance market access for its fuel cell venture, but without success. Previous article in issue; Next article in issue.

Siemens-Westinghouse und Sulzer-Hexis sind die beiden f hrenden Anbieter von SOFC. Auch deshalb ist die Festoxid-Brennstoffzelle die Brennstoffzelle mit der l ngsten durchgehenden Entwicklungsperiode, beginnend in den 1950er Jahren, mehrere Jahre vor dem Beginn der Entwicklung Alkalischer Brennstoffzellen in der viele Materialprobleme gel st wurden. Die Entwicklung von preiswerten Materialien. HEXIS fuel cell systems combine cutting edge. technology with environmentally-friendly efficiency (A++). Galileo, the latest generation compact heater, is a separate power station for houses and small. apartment buildings, which intelligently generates. heat and clean electricity Die Schweizer Firma HEXIS gehört weltweit zu den führenden Unternehmen im Bereich der Hochtemperatur-Brennstoffzellen-Technologie (SOFC - Solid Oxide Fuel Cell) für stationäre Anwendungen im Bereich von weniger als 10 kW elektrische Leistung. In Zusammenarbeit mit internationalen Partnern entwickelt und produziert HEXIS in Winterthur und Konstanz Brennstoffzellen-basierte mKWK-Module für Ein- und kleine Mehrfamilienhäuser sowie künftig auch Gewerbe. Zusammen mit dem. In Switzerland, utility company Axpo Group has signed a cooperation agreement with Sulzer Hexis to test the decentralized use of fuel cells for cogeneration Die Festoxid-Brennstoffzelle von HEXIS besteht aus der Zelle (keramische Elektrolyt-Elektroden-Einheit) und dem metallischen Stromsammler (MIC = Metallic Interconnect). Beide sind planar ausgeführt und haben in der Mitte eine runde Öffnung. Die etwa 60 aufeinandergeschichteten Zellen und Stromsammler bilden den Brennstoffzellen-Stapel («Stack»), wobei die innere Öffnung als Kanal zur Brennstoffzuführung dient

Manufacturing Solid Oxide Fuel Cells for the Sulzer Hexis

Numerical Analysis of Critical Performance Parameters of the Sulzer Hexis Fuel Cell Stack Pascal Held, Thomas Hocker CCP - Center for Computational Physics ZHW - University of Applied Sciences Winterthur Winterthur, Switzerland Jeannette Frei, Jan Hoffmann Sulzer Hexis Ltd. Winterthur, Switzerlan Sulzer Hexis AG has been developing high-temperature fuel cells (SOFC - Solid Oxide Fuel Cell) since the late '80s. The company concluded international field tests on schedule at the end of 2001 Sulzer Hexis Ltd, which develops and manufactures fuel cell systems for single-family homes, has signed a co-operation agreement with Gaz de France under which GDF will test a pre-series Sulzer system HXS 1000 Premiere unit. The system has just been delivered and installed; it will be in operation until the end of 2003 Sulzer Hexis develops fuel cell systems based on SOFC technology, which allows a degree of flexibility in the choice of fuel. While focusing on natural gas, Sulzer Hexis is testing its fuel cell concept for the use of other fuels. It has already successfully tested a biogas-fueled demonstration system on a farm for more than a year. The costs of this test phase were borne by the Swiss Federal Office of Energy. Within the framework of the project financed by Axpo, fuel processing.


Company History Hexis A

  1. HEXIS develops and manufactures fuel cell modules and complete micro fuel cell heating systems (micro-CHP). Our competences reach from basic fuel cell components development up to the provision of fully integrated micro-CHP. As a major outcome from this efforts, our micro-CHP system Galileo 1000 N, mainly focused on the typical needs of family homes (existing buildings), has been successfully installed at more than 160 places in the meantime
  2. Kromschröder will manufacture both modules for Sulzer Hexis to integrate into its near-series fuel cell system, whose next-generation market launch is planned for late 2004 or early 2005. Kromschröder belongs to Ruhrgas Industries, and is a leading international supplier of products and system solutions for the measurement and control of gases, and heating system control
  3. ter- thur have been developing ceramic fuel cells (solid oxide fuel cell or SOFC) that operate at high temperatures of 850 °C (in contrast to Panasonic›s low-temperature fuel cells, for example; see text box 'SOFC versus PEMFC' on the right). In 2006, Sulzer's fuel cell division became independent in a newly founded company named HEXIS AG. In 2012, Viess
  4. Abstract: The plant with high temperature fuel cells includes a multi component sleeve for a cell stack. Axially directed chambers for an afterburning process are arranged between the periphery of the stack and an outer region of the sleeve. A construction which fixes the chambers includes a corset-like cage, the cross-section of which perpendicular to the stack axis has essentially the shape.
  5. Sulzer Hexis and Mitsubishi Heavy Industries are involved in this cell type. Power densities: 140 -220 mW/cm 2. Cathode-supported. This allows for a thinner electrolyte than electrolyte-supported cells, but mass transport limitations and manufacturing challenges make this approach inferior to anode-supported thin-electrolyte cells. Anode.
  6. stationary fuel cells have a high potential for envi-ronmentally friendly energy conversion: they offer high electrical efficiencies and extremely low (fuel: hydrocarbon) or even zero (fuel: hydrogen) pollu-tant emissions. The potentially high electrical effi-ciency of fuel cell power plants is one of the major advantages of these systems. For each power range

Shortly before year-end, the Hexis fuel-cell activities are sold to a Swiss foundation. 2004. Sulzer publishes its first biannual Sustainability Summary, which is well received among experts. In the course of the year, Sulzer strengthens the market positions of its divisions: Sulzer Metco acquires the Ambeon division of Westaim in Canada as well as OSU Machine Construction in Germany. Fuel Cell) Brennstoffzellen-Kraftwerk gebaut, das von der MTU Friedrichshafen entwi-ckelt wurde. Das Kraftwerk liefert ab Mitte 2002 Strom und Wärme für die Reifen-produktion von Michelin in Karlsruhe. Mit dem Brennstoffzellen-Heizgerät von Sulzer Hexis - der weltweit ersten SOFC-Anlage für den kleinen Leistungsbereich - startet di

Hexis fuel cell activities started in the 90th at Sulzer, more than 20 years of experience on SOFC systems & components Hexis AG (Winterthur (CH), Headquarter) and Hexis GmbH (Konstanz (D), subsidiary) Owners: 50 % Swiss foundation since 10 / 2012: 50 % Viessmann Group 40 employees | IEA Event 23.04.2015 | A. Mai. Page 3 | 19 Concept of Galileo | IEA Event 23.04.2015 | A. Mai. Page 4 Fuel Cell. The fuel cell battery (1) for liquid fuels has the following components: a cell stack (2) which is arranged along an axis (2 a) and within a periphery (2 b); a distributor passage (21) on the stack axis (2 a) via which a reformed fuel gas can be fed in into cells (20) of the stack (2); afterburner chambers (22) at the stack periphery (2 b); furthermore an auxiliary burner (3) for a start-up. Sulzer Hexis (Winterthur, Switzerland) is the leading developer of residential fuel cell systems based on planar SOFC technology (compare Section 8.1.3). Working with a range of mainly German utilities, the company has successfully carried out a series of field trials of its system operating on natural gas8 and rated at 1 kW electric power (and approximately 30% electric efficiency). The.

Shortly before year-end, the Hexis fuel-cell activities are sold to a Swiss foundation. 2004. Sulzer publishes its first biannual Sustainability Summary, which is well received among experts. In the course of the year, Sulzer strengthens the market positions of its divisions: Sulzer Metco acquires the Ambeon division of Westaim in Canada as well as OSU Machine Construction in Germany. Siemens Westinghouse and Sulzer-Hexis are working on SOFC, while MTU-Friedrichshafen and Fuel Cell Energy are pursuing MCFC technology. Ballard and UTC Fuel Cells have already partially commercialised some PEMFC and PAFC systems, respectively. In the lower household power range, an increasing number of companies is entering the fuel cell business Sulzer Hexis entwickelt, produziert und vertreibt Brennstoffzellen-Heizgeräte vom Typ SOFC (Solid Oxide Fuel Cell). Die Zellfertigung basiert auf der «Self Supported Electrolyte»- Technologie (SSE). Dabei bildet der von Nippon Shokubai gelieferte Elektrolyt das Trägermaterial. Die Beschichtungen, welche die Elektroden (Anode und Kathode) bilden, werden von Sulzer Hexis selbst hergestellt. • Sulzer Hexis (Switzerland) • Viessmann (Germany) • Idatech, RWE, Buderus/Bosch (USA, Germany) • efc, Brötje, Baxi (Germany, UK) • Other internationally (Korea, Japan) NG powered fc systems: Idatech, Sulzer Hexis, efc, Viessmann, Vaillant house energy supply CHP fuel cell applications. LP Gas powered fuel cells - www.zbt-duisburg.de House energy supply with fuel cell systems Future. EnBW und Sulzer-Hexis haben schon jetzt die Option erwogen, die Zahl der gelieferten Systeme von 55 auf bis zu 220 zu erhöhen. Wegen der - während der Startphase - noch sehr hohen Stückkosten.

Wir organisieren Messen, We organize fairs, Wasserstoff Messe, hydrogen commercialization, Hydrogen Fair, hydrogen expo, expo shanghai 2010 china, Wasserstoffmesse. Sulzer Hexis AG (Winterhur, CH) Primary Class: 429/434. International Classes: H01M8/0204; H01M8/0206; H01M8/0228; H01M8/023; H01M8/04007; H01M8/124; (IPC1-7): H01M8/04 . Field of Search: 429/12, 429/26, 429/30-34, 429/38, 429/39 . View Patent Images: Download PDF 6316136 . US Patent References: 5691075: High temperature fuel cell: 1997-11-25: Batawi: 5270131: Module for a fuel cell battery. Sulzer Hexis Fuel Cell System 363 Alexander Schuler Sulzer Hexis Ltd, Winterthur / Switzerland Operation of SOFCs with Nickel Cermet Anodes on Methane 369 Jochen Latz, Christian Mallon and Kevin Kendall University of Birmingham, Edgbaston / United Kingdom Operation and Analysis of SOFCs in Steam Electrolysis Mode 378 Joseph Hartvigsen1 and Singaravelu Elangovan1, James O'Brien2, Carl Stoots2.

He led the fuel cell project after 1989 and has been appointed Head of Sulzer Hexis Ltd. in 1997. During his tenure Sulzer Hexis was instrumental in developing fuel cell technology and -applications. Roland Diethelm has decided to leave the corporation due to differing opinions concerning the strategy and the further development of Sulzer Hexis. Sulzer regrets his decision and expresses. Innovationspreis Brennstoffzelle f-cell Award für Hausheizung der Firma Sulzer Hexis (16.9.2005) Der mit 12.500 Euro verbundene f-cell award 2005 Gold geht an die Sulzer Hexis AG aus Winterthur in der Schweiz für ein Gerät zur Hausheizung. Silber und Bronze erhalten die Pemeas GmbH in Frankfurt am Main und das Fraunhofer Institut für. Abstract: A solid oxide fuel cell (SOFC) is a solid-state energy conversion system that converts chemical energy in-to electrical energy and heat at elevated temperatures. Its bipolar cells are electrochemical devices with an anode, electrolyte, and cathode that can be arranged in a planar or tubular design with separated gas chambers for fuel and oxidant. Single chamber setups have bipolar. 4.13 Sulzer Hexis 84 4.14 ECN/INDEC Petten, the Netherlands 84 4.15 Remarks 89 5 Molten Carbonate Fuel Cells (MCFCs) 91 5.1 Introduction to the MCFC 91 5.1.1 MCFCs of FCE and MTU 92 5.1.2 Detailed Fuel Cell Description 96 5.1.3 Matrix Initiation 96 5.1.4 Matrix and Cathode Deterioration 96 5.1.5 Performance of Complete Cells 97 5.1.6 Bipolar Plates 97 5.1.7 Stacks 97 5.1.8 Gas Turbine.

RWE gründet Fuel Cells GmbH - Proton Energy Systems entwickeln Unigen - Erstes Brennstoffzellen-U-Boot getauft - Sulzer-Hexis erhält CE-Zertifika Smart Fuel Cell GmbH; siGEN Fuel Cell Power Solutions; Toyota; Sulzer Hexis; Joh. Vaillant GmbH & Co. Volkswagen AG. III. wichtige (regelmäßige) Events rund um die Brennstoffzelle (alphabetische Reihenfolge ohne Anspruch auf Vollständigkeit) f-cell, jährlich im Oktober in Stuttgart Fuel Cell in Luzern/Ch HannoverMesse, jährlich im April in Hannover Brennstoffzellen-Stand von www.fair-pr. Fuel Cell Systems For High Efficiencies Sulzer HEXIS is developing SOFC (Solide Oxide Fuel Cell) systems for small scale cogeneration in residential buildings. The first field test units which are operated outside of the lab, consist of a Sulzer HEXIS SOFC module and a conventional gas heating unit. This combination generates heat and electricity very flexible as needed for residential.

Sulzer-HEXIS. Eine ausgefeilte thermi sche Auslegung erlaubt bei dem. Sulzer HEXIS System die für SOFC sehr niedrige. elektrische Leistungsgröße von 1 kW, die sich bei diesem. Konzept bis 200. f-cell Award Gold for Sulzer Hexis AG The Gold f-cell Award with 12,500 Euros prize money went to the Swiss company Sulzer Hexis AG for their fuel cell heater Galileo. It operates with natural gas and has been tested in 110 houses and commercial institutions. With the help of a high temperature fuel cell, Galileo produces enough heat to warm up a one-family house and supply it with hot water. Sulzer Hexis SOFC 739 Thomas Hocker1, Thomas ZShringer2, Daniel Moos2 and Alexander Schuler2 1U. of Applied Sciences Winterthur (ZHW), Winterthur / Switzerland 2Sulzer Hexis AG, Winterthur / Switzerland A Statistical Mechanical Model for Hydrogen Adsorption in Porous Substrates for Use in Solid Oxide Fuel Cell Systems 74 Die Sulzer-Hexis-Brennstoffzelle vom Typ SOFC (Solid Oxide Fuel Cell) deckt den gesamten Wärmebedarf und den Stromgrundbedarf eines Einfamilienhauses ab. Bei Bedarf liefert ein Zusatzwärmeerzeuger zusätzliche thermische Leistung. Um die nächste Generation von Brennstoffzellen-Heizgeräten möglichst kompakt zu gestalten, wird dieser Zusatzwärmeerzeuger in den Wärmetauscher des Systems.

Sulzer to stop Hexis investments, no partner found

  1. Der mit 12.500 Euro verbundene f-cell award 2005 in Gold geht an die Sulzer Hexis AG aus Winterthur in der Schweiz für ein Brennstoffzellen-Heizgerät. Silber und Bronze erhalten die Pemeas GmbH in Frankfurt am Main und das Fraunhofer Institut für Zuverlässigkeit und Mikrointegration in Berlin. Dies hat die Wirtschaftsförderung Region Stuttgart GmbH (WRS) am Mittwoch [
  2. Assignee: Sulzer Hexis AG Inventors: Konstantin Daremas, Thomas Zaehringer Fuel cell system The fuel cell system (1) additionally includes an apparatus (10) having a gas-permeable structure which contains a substance which reacts with gaseous chromium species, wherein the apparatus is in communication with at least one of the outlets to direct exhaust gases through the apparatus and to.
  3. Oxide Fuel Cell) Brennstoffzellen für die Deckung des Wärme- und ca. 2/3 des Elektrizitätsbedarfs. Sulzer Hexis DI, Sept 2004 - 3 Einige WKK Beispiele zur Illustration EFH (0.5-1.0 kWe): Bsp. HEXIS, SOFC Typ EFH (1 kWe): Whispergen, Stirling MFH (2.0- 4.7 kWe): Bsp. Ecopower, Verbrennungs-Motor Kleine kommerzielle Anwendung (30 kWe): Bsp. Capstone Mechanische Technologien Nicht.
  4. The fuel cell battery (10) has modules (1) arranged like a stack and its reactants are air and gaseous fuel. It is constructed in an essentially centrally symmetric fashion. A module comprises the following components: a three-layered electrochemically active plate (2), which is free from perforations and consists of a solid electrolyte (20), which conducts oxide ions, and a gas electrode (21.
  5. The connected fuel cell was a downscaled 'state of the art' Sulzer HEXIS 1 kW e SOFC stack. For the purpose of continuous SOFC operation an advanced gas application facility (AGAF) was designed.

The Simulation of Building-Integrated Fuel Cell and Other Cogeneration Systems Projekt Schweiz Autor und Koautoren Viktor Dorer beauftragte Institutionen EMPA (PL), EPFL-LENI, Siemens Schweiz AG, Sulzer Hexis AG Adresse Überlandstr. 129, 8600 Dübendorf E-mail, Internetadresse viktor.dorer@empa.ch BFE Vertrags-Nummer 151 043 Dauer des Projekts (von - bis) 1. Mai 2004 bis 30. Sept. 2007. Sulzer Hexis entwickelt, produziert und vertreibt Brennstoffzellensysteme vom Typ SOFC (Solid Oxide Fuel Cell) für die Strom- und Wärmeerzeugung in Einfamilienhäusern. Das Vorseriensystem «HXS 1000 Premiere» deckt den Stromgrundbedarf und den gesamten Wärmebedarf eines typischen mitteleuropäischen Einfamilienhauses. Die Brennstoffzelle erzeugt 1 kW elektrische und 2,5 kW thermische. Sulzer partners with Swiss AVA Biochem to expand its technology portfolio for renewable, bio-based and recyclable materials production. Events All events . 30 Sep. September 30, 2020 - December 31, 2021. Virtual exhibition, Switzerland. Sulzer virtual stand. 05 May. May. www.hexis.com (Hersteller und Systemintegrator Brennstoffzelle) Sulzer Hexis (Winterthur) ist in der Entwicklung, der Produktion und im Vertrieb von Brennstoff-zellensystemen für die dezentrale Energieversorgung tätig. Die Kompetenzen umfassen die Materialentwicklung, Prozesssteuerung und Systemintegration von SOFC (Solid Oxide Fuel Cell. Made available by U.S. Department of Energy Office of Scientific and Technical Information.

HEXIS manufactures solid oxide fuel cell (SOFC) based micro CHP systems for private households and commercial businesses.This video provides a short introduc.. EnBW Energie Baden-Württemberg AG - Karlsruhe (ots) - ALSTOM Energietechnik GmbH und EnBW Energie Baden-Württemberg AG planen ein gemeinsames Demonstrationsprojekt im Bereich mittelgroßer. @misc{etde_20167571, title = {Fuel cells. Development, technology, application. 2. new rev. and enl. ed.; Brennstoffzellen. Entwicklung, Technologie, Anwendung} author = {Ledjeff-Hey, K, Mahlendorf, F, and Roes, J} abstractNote = {The book reviews the state of the art of fuel cells: General aspects; State incentives for fuel cell projects; Alkaline fuel cells; Polymer membrane fuel cell.

Fuel Cells - Electrochemical Powe

  1. The fuel cell battery (10), comprising stacked modules (1) and using air and gaseous fuel as reactants, is arranged substantially axially symmetrically. A module comprises the following components: a three-layer, electrochemically active plate (2) which is free from holes and is composed of a solid electrolyte (20) conducting oxide ions as well as a gas and an air electrode (21 and 22); and a.
  2. Heat exchanger for heating apparatus with integrated fuel cells for electricity generation . European Patent Application EP1515384 . Kind Code: A1 . Abstract: Part of thermal energy as hot waste gases is transferred in a heat exchanger (1) onto a liquid heat-carrying medium like water or oil, which carries heat for room heating and/or for heating up water for domestic/industrial use. First (12.
  3. The device comprises a cell block (C) with fuel cells (10), a heat-insulating casing (H) and a post-combustion chamber (B1) between the casing and the cell block. The post-combustion chamber is connected at two opposite ends via channels (211, 210) to at least one exhaust gas exhaust (B ', B). These channels can each be closed by a shut-off device (S1, S2), the combustion chamber of an.
  4. Abstract. This proceedings volume contains 11 papers on the following subject: Competence network 'Fuel Cells' in Nordrhein-Westfalen (D. Stolten, Juelich Research Center); Fuel cells in stationary applications (B. Hoehlein, Juelich Research Center); Functional principles of energy conversion in fuel cells (W. Schnurnberger, DLR); Low-temperature fuel cells AFC, PEMFC, PAFC (M. Waidhas.
  5. Solid oxide fuel cells (SOFCs) are electrochemical conversion devices that could convert the chemical energy in fuel directly into electricity in a high-efficient and environment-friendly way
  6. Fuel cell technology is used to react fuels such as hydrogen or methanol with oxygen via an electrochemical path, thereby generating electricity. While the technology has been available for decades for specialty applications, it has undergone much more rapid development in recent years, spurred in part by the promise of a hydrogen economy. Many companies participate in the field, at various.

HEXIS-kompatibel Stromsammlersystem. Grunddaten; Texte; Beteiligte; Texte zu diesem Projekt Deutsch Französisch Italienisch Englisch; Schlüsselwörter---. Sulzer Hexis develops, produces, and distributes fuel cell systems of type SOFC (Solid Oxide Fuel Cell) for p ow er an d heat g eneration in si ngle-family homes Die von Sulzer-Hexis zur Serienreife entwickelten SOFC-Brennstoffzellen nutzen als Primärenergie Erdgas. (SOFC: Solid Oxide Fuel Cell oder Festkeramik-Brennstoffzelle) Durch die gleichzeitige Erzeugung von Strom und Wärme haben die kleinen Kraftwerke eine höhere Energieausbeute als getrennte Systeme der Strom- und Wärmeerzeugung. Im Gegensatz zu den kleinen Einheiten für den. Die Sulzer Hexis AG, Winterthur, hat ihre Zuliefervereinbarung für Brennstoffzellen-Elektrolyte mit der japanischen Nippon Shokubai Co. Ltd. um drei Jahre verlängert

Hexis A

  1. The Swiss utility Axpo Group recently announced it has signed a cooperative agreement with Sulzer Hexis, Ltd. under which Axpo Holding AG will test an already delivered pre-series HXS 1000 Premiere solid oxide fuel cell (SOFC) system from Sulzer Hexis in a virtual single-family test home located on the premises of the Electricity Works of the Canton of Zurich, Switzerland
  2. Zwei Brennstoffzellen-Entwicklungen für die stationäre Energieversorgung werden beim Kongress F-cell 2005 in der nächsten Woche in Stuttgart mit den F-Cell Awards in Gold und Silber ausgezeichnet. Der mit 12 500 Euro dotierte F-cell Award 2005 in Gold geht an die Sulzer Hexis AG aus Winterthur in der Schweiz für ein Gerät zur Hausheizung, teilte die Wirtschaftsförderung Region.
  3. Numerical Analysis of Critical Performance Parameters of the Sulzer Hexis Fuel Cell Stack - Numerical Analysis of Critical Performance Parameters of the Sulzer Hexis Fuel Cell Stack Pascal Held, Thomas Hocker CCP Center for Computational Physics | PowerPoint PPT presentation | free to view . Fuel Cell Market Global Scenario, Market Size, Outlook, Trend And Forecast, 2015-2024 - Fuel cell is a.
  4. Viessmann stellt Aktivitäten von Hexis ein. Das Thema Kosten bzw. Serienfertigung war scheinbar wohl auch der Auslöser für die Entscheidung bei Viessmann, die Aktivitäten von Hexis einzustellen. Die Geschichte der Festoxid-Brennstoffzelle (SOFC) von Hexis reicht weit zurück. 1997 gründete der Sulzer-Konzern Sulzer Hexis im Schweizerischen Winterthur. 2001 startete man mit einer.
  5. Shortly before year-end, the Hexis fuel-cell activities are sold to a Swiss foundation. 2004: Sulzer publishes its first biannual Sustainability Summary, which is well received among experts. In the course of the year, Sulzer strengthens the market positions of its divisions: Sulzer Metco acquires the Ambeon division of Westaim in Canada as well as OSU Machine Construction in Germany.
  6. kamen Alkaline Fuel Cells (AFC) zum Einsatz.1 Kommerziell blieb dieser Brennstoffzellentyp - ebenso Sulzer-Hexis] Polymer Electrolyte Membrane [PEMFC] < 75 H 2 / Luft H + → 2 - 250 kW Prototypen [Ballard, IFC, DeNora, H-Power, Plug Power.. ] Direct Methanol [DMFC] ? MeOH / Luft H+ → Grundlagen-entwicklung Ein Brennstoffzellen-Stapel (Stack) besteht aus mehreren hintereinander.

Numerical Analysis of Critical Performance Parameters of the Sulzer Hexis Fuel Cell Stack - Numerical Analysis of Critical Performance Parameters of the Sulzer Hexis Fuel Cell Stack Pascal Held, Thomas Hocker CCP Center for Computational Physics | PowerPoint PPT presentation | free to view . Fuel Cell Market is Anticipated To Witness Significant Growth By 2025 - Increasing concerns pertaining. Download this stock image: Fuel cell tower being assembled, Sulzer Hexis Corp., Winterthur, Switzerland. - P65WTC from Alamy's library of millions of high resolution stock photos, illustrations and vectors


27. Dez. 2005: Im letzten Moment hat Sulzer kurz vor Weihnachten doch noch einen Investor für die Brennstoffzellenabteilung gefunden. Zukünftig soll eine Stiftung für die Weiterführung der Entwicklungsarbeiten von der Sulzer Hexis AG sorgen. Das Brennstoffzellengeschäft von Sulzer Hexis wird in Zukunft durch eine Stiftung fortgeführt, die. US5932368A US08/782,202 US78220297A US5932368A US 5932368 A US5932368 A US 5932368A US 78220297 A US78220297 A US 78220297A US 5932368 A US5932368 A US 5932368A Authority US Unit Fuel cells convert chemical energy directly into electrical energy with high efficiency and low emission of pollutants. However, before fuel-cell technology can gain a significant share of the.

Sulzer Hexis Fuel cell systems for residential applications Corporation at a Glance VENTURE DIVISION CORE DIVISIONS Sulzer Metcois a global leader in surface technology solutions and services. The division offers a broad range of thermal spray, thin film and other advanced surface technology equipment, inte-grated systems, and materials, as well as specialized coating and surface enhancement. Die niederländische Gastec Technology soll für die neue Serie des Brennstoffzellen-Heizgeräts von Sulzer Hexis einen Wärmetauscher mit integriertem Wärmeerzeuger entwickeln, der bei Bedarf zugeschaltet wird Sulzer-Hexis planar fuel cells are perfect for small power units (1-10 KW). The operation temperatures are near 900 °C, while the highest operation power reaches 0.2 Wcm -2 2. EMISSIONS Basic gas emissions that come from the material production in both systems are in much greater quantities than the emissions that come from the constructional procedure. In the systems of tubular fuel cells.

Axpo starts Hexis trials - ScienceDirec

Abstract: A method for the combined controlled regulation of fuel gas-oxygen carriers of a gas operated energy converter plant (15), in particular of a fuel cell plant, is provided in which the mass or volume through flow of the fuel gas (1) and/or of the oxygen carrier (2) is detected in order to regulate the mixing ratio (r) of fuel gas to oxygen carrier European Fuel Cells (efc) in Zusammenarbeit mit Dais-Analytic (USA), Viessmann u.a. in Zusammenarbeit mit der Universität Dortmund und dem Zentrum für Sonnenenergie- und Wasserstoff-Forschung (ZSW) Ulm, Buderus in Zusammenarbeit mit International Fuel Cells (IFC, USA), Nuvera (I) eine Firmengründung aus De Nora Fuel Cells (I) und Epyx Corporation (USA). SOFC-Brennstoffzellen. Sulzer Hexis. The structured body intended for use for an anode ( 1 ) in fuel cells, includes a structure formed by macro-pores and an electrode material. The macro-pores form communicating spaces which are produced by using pore forming materials. The electrode material includes skeleton-like or net-like connected structures of particles which are connected by sintering and which form two reticular systems.

Wie funktioniert eine Brennstoffzelle? - Hexi

DOI: 10.1149/199304.0822PV Corpus ID: 139690149. Status of the Sulzer HEXIS SOFC Stack and System Development @inproceedings{Diethelm1993StatusOT, title={Status of the Sulzer HEXIS SOFC Stack and System Development}, author={R. Diethelm}, year={1993} Sulzer Hexis SOFC Running on Home Heating Oil 107 Alexander Schuler, Thomas Zahringer, Bruno Doggwiler and Andri Ruegge A Portable SOFC System with Integrated Catalytic Fuel Processing 115 Kevin Kendall, Caine Finnerty, Geoff A. Tompsett Development of Low Temperature SOFC Systems for Remote Power Applications 123 Michael Pastula, Reinder Boersma, Dennis Prediger, Martin Perry, Arpad Horvath. Fuel cells are also modular, allowing construction of almost any size power plant and simple expansion of existing facilities. Players: Sulzer Will Stop Investing in Sulzer Hexis. August: Recent Developments: Developers Work on Technical Approaches for Portable Fuel Cells Players: PEMEAS and De Nora Will Merge. July: Recent Developments: Honda Delivers Its FCX Fuel-Cell Vehicle to an. Field tests of fuel cells were initiated by several European utilities in 2002. The pre-market series of solid oxide fuel cell (SO-FC) units of the Swiss manufacturer Sulzer Hexis were used in one of these test series. Identical units were installed and monitored in buildings of various types and energy demand levels. Considering the need for. Damit diese innovative Technik für jeden nutzbar wird, hat die EnBW mit der Schweizer Sulzer Hexis AG eine Vertriebsvereinbarung über die Lieferung von Hochtemperatur-Brennstoffzellen vom Typ SOFC (Solid Oxide Fuel Cell) für die Hausenergieversorgung bis Ende des Jahres 2006 getroffen. Die technische Machbarkeit Brennstoffzellen in der Hausenergieversorgung einzusetzen, wird mit dieser.

The Sulzer Hexis Story: From Demonstrators to Commercial

Sulzer Hexis fuel cell system to be trialed by GDF

ALPPS Fuel Cell Systems GmbH. Exerzierplatzstrasse 4 8051 Graz Österreich Telefon +43 (0) 316/681284- Fax +43 (0) 316/681284-29 Unsere Korrespondenzsprachen Deutsch, Englisch . ASK-Altmann - Systemengineeering und Kunststofftechnik. www.ask-altmann.com. 83242 Reit im Winkl, Deutschland . Kontaktdaten anzeigen. merken gemerkt. Kurzübersicht Produkt- und Lieferprogramm. Brennstoffzellen; mehr. Fuel cells already provide heat and power to people's homes with lower direct CO2 emissions and fuel consumption than traditional methods. However, their whole life cycle, including manufacture and disposal, must be considered to verify tha Sulzer Turbomachinery Services registered a total order volume of CHF 197 million last year, nominally 2% higher than in 2002 (adjusted: -1%). The US market for power plant equipment is still in poor shape but is expected to recover slowly this year. During the final months of 2003, several customer projects were postponed until 2004, thereby affecting order intake for the fourth quarter in. Pain Management for TKA/THA: Added Value of Peripheral Nerve Metasul (Sulzer Orthopedics Ltd, Baar, Switzerland) has been used for 13 years in Europe.. 1997-2005: Sulzer Hexis Ltd: President Sulzer Venture Division, development, production and marketing of fuel cell systems - Setting-up company with 70 employees (2003) - Setting-up of pilot production and marketing of fuel cell systems - Preparation and execution of sales/due diligence in cooperation with an investment bank - Initial contact to Swiss foundation as basis for founding the new.

New at Summit Racing Equipment: Tanks Inc

Axpo supports Hexis biogas fueling study - ScienceDirec

Hectic time for Hexis - ScienceDirec

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  3. 21st century Sulze
  4. Sulzer Hexis and GVM Sign Agreement - New
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