Funded by FCH JU (Grant agreement No. 256823) 1 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 1.

Slides:

Advertisements

Similar presentations

Laurent Deletombe Master CEE 16/11/10. #) Introduction: Presentation of the problem #) Statement of the global situation: - Energy and environment - French.

Advertisements

Energy Conservation in Buildings using Thermal Energy Storage

1 EIB Funding as a Co-financing source to EU Grants Annual Meeting of ISPA Partners 9-10 April 2003 « From ISPA to Structural Funds » « From ISPA to Structural.

ECCP II Stakeholder meeting Oct 2005 Slide n° 1 The European Climate Change Programme ECCP II The European Climate Change Programme ECCP II Angel Perez.

ActionAid schools | April 2012 | 1 Education in Gudalur, South India: Looking beyond Chembakolli.

Fuel Cells and a Nanoscale Approach to Materials Design Chris Lucas Department of Physics Outline PEM fuel cells (issues) A nanoscale approach to materials.

Prime Ministers Strategy Unit 24 April Energy Industries and Technologies Unit 1 The Policy Context The Technology Programme within the innovation.

June Energy consumption in Korea 4 primary & final energy consumption CO 2 emissions LNG Nuclear Renewables, etc Oil Coal Energy Industrial.

District heating year District heating and cooling 2013 Heat sales (incl. taxes)2 330 mill. Sold heat energy31,6 TWh Average price of.

The FCX project by Honda Honda FCX Clarity 2008 The big advantage over plug-in electric vehicles is range The FCX will do around 270 miles on a four-kilo.

Bolland Hybrid power production systems – integrated solutions Olav Bolland Professor Norwegian University of Science and Technology (NTNU) KIFEE-Symposium,

1 ENERGY Gr. 5 Science: Conservation of Energy & Resources BY Full Name Science Unit PowerPoint Outline by Miss Berndl 2009.

Summary of Transport Application of the SRA draft, version December 2004 H2/FC TP SRA - Transport Applications Applications Fuel Cell System Technical.

Tips for the Instructor:

March Hamburg: Hydrogen applications and supply in a sustainable way Heinrich Klingenberg (hySOLUTIONS)

1 HyLIFT-DEMO European Demonstration of hydrogen powered fuel cell fork lifts.

Funded by FCH JU (Grant agreement No ) 1 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 1.

Funded by FCH JU (Grant agreement No ) 1 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 1 Chapter E: Hydrogen embrittlement and permeation.

Addition 1’s to 20.

25 seconds left…...

Essential Cell Biology

How Cells Obtain Energy from Food

Hydrogen Energy Projects for Clean and Sustainable Future Presented by : Dr. Mustafa Hatipoglu, Managing Director UNIDO-ICHET UNITED NATIONS INDUSTRIAL.

Unit 6 Fuel Cells

Study Of Fuel Cell By:- Sunit Kumar Gupta

Physics 470 Lecture Hydrogen Fuel Cells May 9,

Funded by FCH JU (Grant agreement No ) 1 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 1.

Rauðarárstíg Reykjavík Sími Bréfsími: Towards the Hydrogen Economy Iceland's Vision.

Hydrogen Fuel Cells. Basic electrochem Galvantic cell 2H 2 + O 2 → 2H 2 O Anode (oxidation) H 2 → 2H + + 2e- Cathode (reduction) O 2 + 4e- → 2O 2-

METAL HYDROGEN STORAGE SYSTEMS Andrew Craft University of Hartford Department of Chemistry.

Sweden - Hydrogen Resources utilization, expertise IEA Hydrogen Task 30 Jülich September 2010 Bengt Ridell September 2010.

1 Hydrogen and Fuel Cells. Hydrogen: The Reality - Hydrogen is the lightest of all gases - Its physical properties are incompatible with the requirements.

By: Ryan Tadlock WHAT IS HYDROGEN FUEL AND CAN IT BE A FUEL FOR THE FUTURE OF TRANSPORTATION.

Green Energy: Fuel Cell? Solar? Wind? Our Future? Dr. Hayden So Department of Electrical and Electronic Engineering 3 Oct, 2008.

1 Fuel Cells ME 252 Thermal-Fluid Systems G. Kallio.

Fuel Cell Car Atoms and Subatomic Particles Atoms are composed of Protons, Neutrons, and Electrons Protons are positive, neutrons are neutral, and electrons.

CHP & Fuel Cells at Home. Combined Heat and Power (CHP) aka “Cogeneration”

1 May 29th, 2008 Gas Industry Micro CHP Workshop 2008 Kunihiro Nishizaki Tokyo Gas Co., Ltd. The Japanese experience in micro CHP for residential use.

Finding Solutions to the Fuel Cell Dilemma Rotary Club of McLean 30 September 2014 Noriko Hikosaka Behling Slide 1 Copyright 2014 by Noriko Hikosaka Behling.

Current uses and facts. Proton Exchange Membrane Fuel Cells were developed by General Electric in the 1960s Current Fuel Cells use Hydrogen gas and Oxygen.

Funded by FCH JU (Grant agreement No ) 1 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 1.

Funded by FCH JU (Grant agreement No ) 1 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 1.

Funded by FCH JU (Grant agreement No ) 1 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 1.

Proton Exchange Membrane Fuel cell

HYDROGEN CARS. Hydrogen Cars Hydrogen On future.

Hydrogen Fuel Cells April 5, 2004 Gary Flomenhoft, BSME, MAPP, CEE Research Associate Gund Institute, SNR Owner: InnEVations.com.

Hydrogen and Fuel Cells How is Hydrogen Produced, Delivered, and Stored? Brought to you by –

CHAPTER Fuel Cells and Advanced Technologies 43 Copyright © 2016 by Pearson Education, Inc. All Rights Reserved AUTOMOTIVE ELECTRICAL AND ENGINE PERFORMANCE.

Scenarios and Strategies leading to the worldwide commercialisation of Hydrogen and Fuel Cells for Alternative Transportation Arno A. Evers Arno A. Evers.

Racing With Hydrogen Fuel Cell Cars Hydrogen is #1 on the Periodic Table ↓

The Winds of Change are Blowing The Coming Energy Revolution The Coming Energy Revolution Chris Cobb Chris Cobb.

01/04/2014 / Page 1 (Disclosure or reproduction without prior permission of FERRET is prohibited). A Flexible natural gas membrane Reformer for m- CHP.

How to Use Hydrogen as a Fuel Hydrogen is a clean alternative fuel because it makes no air pollution. What comes out as exhaust is water vapor and nothing.

Development of FC-motorcycles 1 IMMA Mr Takehiko Mashiba RESS

Racing With Hydrogen Fuel Cell Cars Hydrogen is #1 on the Periodic Table ↓

Fuel Cells and Fuel Cell Systems ME 1065 L. Schaefer.

Hydrogen Fuel: The Next Gasoline?

Fuel Cells – Hydrogen Fuel Energy System A solution to the probable energy crises?

FUEL CELLS JONATHAN GOHEEN. WHAT are fuel cells? Energy devices that continuously transform chemical energy to electrical energy. Fuel often used is Hydrogen.

How do hydrogen fuel cells work? First, a membrane separates the hydrogen and oxygen Then, the hydrogen molecules try to reconnect with oxygen to create.

Purpose: Why are we interfacing the fuel cell to the Analog Model Power System? Alternative Energy Source Flexibility for the AMPS.

Teknik Elektrokimia 15/16 Semester genap Instructor: Rama Oktavian Office Hr.: T , Th ; 13-15, F ;

Innovation Energy Storage E.ON Innovation Center Energy Storage.

Project Don Quichote Linking wind power with innovative electrolyser

Date of download: 10/21/2017 Copyright © ASME. All rights reserved.

Hydrogen Fuel Cells.

Michael Metting ChE 379 Dr. Edgar

Proton Exchange Membrane Fuel Cell: How Does It Work?

Presentation transcript:

Funded by FCH JU (Grant agreement No ) 1 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 1

Funded by FCH JU (Grant agreement No ) 2 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 2

Funded by FCH JU (Grant agreement No ) 3 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 3

Funded by FCH JU (Grant agreement No ) 4 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 4 Figure 5: EC Type Approved Suzuki Burgman Fuel Cell Scooter Figure 4: Example of a hydrogen-powered passenger car developed by Honda, whose commercialization is planned for 2015 Figure 6: One of the 8 H 2 busses in regular service on London RV1 (Source: National Associations Meeting 25 April 2012, Munich, WG 11 “Hydrogen Energy”)

Funded by FCH JU (Grant agreement No ) 5 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 5 Figure 8: Hydrogen as an energy carrier Source: “Hydrogen production, usage and storage in the future energy sector”, Dr. J. Wind and D. Kreyenberg, Daimler, April 19th, 2012

Funded by FCH JU (Grant agreement No ) 6 © HyFacts Project 2012/13 CONFIDENTIAL – NOT FOR PUBLIC USE 6 Figure 10: Configuration of polymer PEM/PEFC (Proton Exchange Membrane) Fuel Cell Source: A study on energy saving in residential PEFC cogeneration systems, Kazushige Maeda, Kouji Masumotoa, Akihito Hayano, Osaka Gas. Co. Ltd, Journal of Power Sources, September 2008 FPS: Feedgas Purification System; EHU: External heating unit