KHI Activity for Hydrogen Supply Chain
|
|
- Blaze King
- 6 years ago
- Views:
Transcription
1 The KISR-JCCP Joint Conference on Renewable Energy Petroleum Research Center (Lecture Hall, New Building) February 3, Wednesday, 2016 KHI Activity for Hydrogen Supply Chain Kawasaki Heavy Industries, Ltd. Hydrogen Project Development Center Corporate Technology Division
2 KHI products Aerospace(Boeing 787) Motorcycles Transportation Energy Environment Gas turbine power generation Refuse incineration Rolling stock (Shinkansen) Ships(LNG carrier) Energy plant (Coal-fired power generation plant) 2
3 Contents 1. Movement to hydrogen utilization 2. Concepts of hydrogen supply chain 3. Technologies for hydrogen infrastructure 4. Progress of the project 3
4 Contents 1. Movement to hydrogen utilization 2. Concepts of hydrogen supply chain 3. Technologies for hydrogen infrastructure 4. Progress of the project 4
5 Japanese government energy policy In April 2014, the Japanese government released the Japanese Basic Energy Plan. Hydrogen is expected to become one of important future secondary energy sources besides electricity and heat. Extraction from Japanese Basic Energy Plan (1) Spread and expansion of the introduction of Stationary Fuel Cells (Ene-Farm etc.) (2) Creating an environment for acceleration of introduction of fuel-cell vehicles (3) Realizing new technologies such as hydrogen power generation for full-scale usage of hydrogen (4) Promoting development of production and storage/transportation technology for stable supply of hydrogen (5) Formulating a road map toward the realization of a "hydrogen society" 5
6 Hydrogen/FC Strategic Roadmap 1. Movement to hydrogen 2009 Release Micro-CHP FC 2014 Release FCV 2020 Achieving a reduction of hydrogen price to a level equal to or lower than that of fuels for hybrid vehicles 2025 Installation fuel cell Phase 1 Achieving a reduction of FCV prices to the level of hybrid vehicles Hydrogen power generation / Mass hydrogen supply chain Phase 2 Mid 2020s Introduction of hydrogen from overseas Around 2030 Production, transportation and storage of hydrogen derived from unutilized energy resources imported from overseas Zero-carbon emission hydrogen (CO2 free hydrogen) supply system Phase 3 Around 2040 Zero-carbon emission hydrogen with a CCS process or others 6
7 1. Movement to hydrogen Demand growth FCV to Olympic/Paralympics Process gas FCV Power generation Vast demand for hydrogen Diffusion of power generation and FCV Tokyo Olympic/Paralympics As Hydrogen Olympics Fuel Cell Vehicles (FCV) Released Process usage 7
8 Contents 1. Movement to hydrogen utilization 2. Concepts of hydrogen supply chain 3. Technologies for hydrogen infrastructure 4. Progress of the project 8
9 Concepts of CO 2 free hydrogen supply chain Oversea Japan 2. H 2 Supply chain Our target is brown coal in Australia Fossile energy H 2 Renewable energy Liquefied hydrogen container Use in processes Semiconductor, solar cell productions oil refining and desulfurization Transportation equipment Refueling station Fuel cell vehicles CO 2 CO 2 Capture Storage (CCS) Liquefaction & storage CO 2 free H 2 Liquefied hydrogen carriers C JAXA Liquefied hydrogen storage tanks Distributed power generation Hydrogen gas turbines and engines, fuel cells etc. Power plants Combined cycle power plants Hydrogen production Transport & storage Utilization 9
10 Hydrogen potential from overseas 2. H 2 Supply chain Wind, hydro, oil & gas H2 Hydro H2 Hydro H2 Wind H2 10
11 Liquefied hydrogen for mass transport Feature of liquefied hydrogen Very low temperature : boiling point at -253 Volume : 1/800 of gaseous states 2. H 2 Supply chain Already implemented transportation medium for process usage and space rocket fuel. High purity = no need for refinement (readily usable for fuel cell after vaporization) Storage tanks largest in Japan (Tanegashima rocket launch base) LNG carrier ship (mass energy transport) 11
12 Rough study on commercial supply chain 2. H 2 Supply chain CO2 free Hydrogen production CO 2 1 Coal+CCS Liquefaction Storage and loading Transport Unloading and storage CO 2 2 NG+CCS 3 RE(Water electrolysis) Operation system: 160,000m3 Carrier 2 Hydrogen Production Transport & Storage Utilization 1 2? Material CCS Location Brown coal 15$ AU$/t Natural gas 5$ /MMBtu? 3 RE 20$/MWh? Water electrolysis 15 AU$/t-CO2 15$/t-CO2 Australia Middle East - Middle East It s very reasonable cost as CO2 free hydrogen in Japan Equate Hydrogen CIF cost 30 JPY/Nm 3 12
13 Power generation cost [ yen/kwh] Comparison of power generation costs 2. H 2 Supply chain It is More expensive than fossil fuels, but cheaper, more stable and massively available than renewable energy among CO2 free energy Feed-in Tariff from July, 2012 for 20 years 20.0 CCS + Nuclear LNG Coal Oil Hydrogen Wind Solar 13
14 Concept of mass hydrogen introduction 2. H 2 Supply chain Industrial demand (Cogeneration, furnace) Refueling station FCV Fuel cell Hydrogen GT/GE Hydrogen reduction iron-making Oil refining desulfurization Low cost CO 2 free hydrogen Mass supply Hydrogen production from fossil energy with CCS Mass demand Hydrogen power generation Renewable energy hydrogen(future shift) 14
15 Contents 1. Movement to hydrogen utilization 2. Concepts of hydrogen supply chain 3. Technologies for hydrogen infrastructure 4. Progress of the project 15
16 Hydrogen liquefaction 3. Tech. for hydrogen Original key hard, expansion turbine, realizes hydrogen liquefaction system Very high revolution Hydrogen gas bearing Liquefaction temperature:
17 Liquefied hydrogen carrier ship 3. Tech. for hydrogen For realization of the world first liquefied hydrogen carrier ship 2500m 3 freight pilot ship Unique dome structure to keep vacuum Vacuum dual shell with stainless steel Highly insulated support structure Cargo tank Approval in principal is provided from ClassNK 17
18 Storage of liquefied hydrogen 3. Tech. for hydrogen Liquefied hydrogen tank Specifications Type Spherical double-shelled tank Volume 540m 3 Pressure 0.686MPa + vacuum Temperature -253 Thermal Insulation Vacuum perlite powder insulation Boil off rate: 0.18%/day 18
19 Onshore transport of liquefied hydrogen Liquid hydrogen container truck Specifications 3. Tech. for hydrogen Type ISO 40ft-type container Volume 45.6m 3 Liquid H2 Load Capacity Thermal Insulation Auxiliary 2.9 tons Vacuum multilayer insulation Evaporator for pressurized gas 19
20 Hydrogen gas turbine generator Combustion technologies being developed 3. Tech. for hydrogen Original burner attains stable combustion and suppression of NOx emission Fuel flexible with hydrogen and natural gas Key hard : combustor Natural gas 100% 60% 20% 0% Hydrogen burner 0% 40% 80% 100% Hydrogen 20
21 Contents 1. Movement to hydrogen utilization 2. Concepts of hydrogen supply chain 3. Technologies for hydrogen infrastructure 4. Progress of the project 21
22 Progress of the project 4. Progress Technologies of Kawasaki Basic Energy Plan Tokyo Olympic/Paralympic Pilot chain Commercial chain LNG Liquefied hydrogen 22
23 Pilot chain demonstration project Under planning toward 2020 Brown coal Hydrogen production H2 Liquefaction, storage & loading base Capacity: 2500m3 LH2 carrier LH2 unloading & storage base Hydrogen power generation Australia Japan 23
24 HyGrid society for the study on smart energy Society comprised of diversified energies via electricity and hydrogen 5. Progress Members Iwatani corp., Kawasaki Heavy Industries, Ltd.(chair), International Institute for Carbon-Neutral Energy Research (I2CNER), Research Institute for Systems Technology, Technova Inc.(secretariat), Toyota Motor Corporation, Toyota Tsusho corp., Nissan Motor Co., Ltd., Honda R&D Co., Ltd., Mitsui & Co., Ltd., Roland Berger Strategy Consultants. (As of Dec., 2013) 24
25 Scale of energy kw GW TW Role of hydrogen in HyGrid 5. Progress Compensate large fluctuation of renewable energies HyGrid Hydrogen Variation of wind power Battery Variation of solar power min hr day week season Time scale 25
26 Thank you for your attention Create new value-for a better environment and a brighter future for generations to come 26
Hydrogen Energy Supply Chain from Overseas
JP-NO Energy Science Week Hydrogen Energy Supply Chain from Overseas 27 th, May, 2015 Motohiko NISHIMURA Kawasaki Heavy Industries, Ltd. Corporate Technology Division Products Aerospace(Boeing 787) Motorcycles
More informationHydrogen Energy Supply Chain based on Victorian brown coal linked with CCS
Victorian Brown Coal Forum 2015 in Japan Hydrogen Energy Supply Chain based on Victorian brown coal linked with CCS Kawasaki Heavy Industries, Ltd. 6 October 2015 Contents 1. About Kawasaki Heavy Industries
More informationLiquefied Hydrogen Supply Chain and Carrier Ship to Realize Hydrogen Economy
Gasskonferansen 10th, April, 2018 Liquefied Hydrogen Supply Chain and Carrier Ship to Realize Hydrogen Economy Hydrogen Project Development Center Corporate Technology Division Kawasaki Heavy Industries,
More informationCO2-Free Hydrogen Supply Chain
2016 CSLF Technology Workshop CO2-Free Hydrogen Supply Chain October 5, 2016 0 Kawasaki Heavy Industries, Ltd. 2 Contents 1. Circumstances Surrounding Energy 2. The Concept of Hydrogen Supply Chains 3.
More informationFeasibility Study of CO2 free hydrogen chain
Feasibility Study of CO2 free hydrogen chain 15 November 2012 Kenji Yoshimura Kawasaki Heavy Industries, Ltd. (KHI) 1 1. FS of KHI s CO2 free hydrogen chain 2. Comparison with renewable hydrogen 3. HyGrid
More informationHydrogen Energy Supply Chain utilizing brown coal
52th Japan-Australia Joint Business Conference Plenary Session 9 Energy and Resources Sustainable Logistics : challenges and opportunities Hydrogen Energy Supply Chain utilizing brown coal 14 October 2014
More informationCommercialization Barriers and Issues for Large Scale Hydrogen Infrastructures
HySafe Research Priorities Workshop (10/16-10/17,2012) Knowledge Gap: Industry Perspectives Commercialization Barriers and Issues for Large Scale Hydrogen Infrastructures October 16, 2012 Suguru Oyama
More informationKHI Activity for Hydrogen Supply Chain
Deutsch-Japanisches Wirtschaftsforum KHI Activity for Hydrogen Supply Chain Hydrogen Project Development Center Corporate Technology Division Kawasaki Heavy Industries, Ltd. 0 Kawasaki Heavy Industries
More informationIPHE Country Update: Japan
IPHE Country Update: Japan November 3, 2016 Masaru Yamazumi Director, Advanced Energy Systems and Structure Division Hydrogen and Fuel Cell Strategy Office Agency for Natural Resources and Energy METI,
More informationNew Era of a Hydrogen Energy Society. 27 th February 2018 Ministry of Economy, Trade and Industry JAPAN
New Era of a Hydrogen Energy Society 27 th February 2018 Ministry of Economy, Trade and Industry JAPAN Significance of Realization of a Hydrogen Energy Society 1Energy Saving Use of fuel cells enables
More informationInternational Liquefied Hydrogen Supply Chain Utilizing Brown Coal
27 th Clean Coal Day in Tokyo, Japan 10th, September, 2018 International Liquefied Hydrogen Supply Chain Utilizing Brown Coal 0 Kawasaki Heavy Industries, Ltd. Products Ships/Marine Rolling stock Aerospace
More informationNew Era of a Hydrogen Energy Society. 28 th February 2017 Ministry of Economy, Trade and Industry JAPAN
New Era of a Energy Society 28 th February 2017 Ministry of Economy, Trade and Industry JAPAN Significance of Realization of a Energy Society 1Energy Saving Use of fuel cells enables high energy efficiency.
More informationChallenges for Japan s Energy Transition
Challenges for Japan s Energy Transition - Basic Hydrogen Strategy - February 26 Masana Ezawa Agency for Natural Resources and Energy (ANRE), Ministry of Economy, Trade and Industry (METI), Japan Mission/
More informationJapan s Policy on Hydrogen Energy in maritime fields
Japan s Policy on Hydrogen Energy in maritime fields Ikuo HAMANAKA Ministry of Land, Infrastructure, Transport and Tourism (MLIT) Ministry of Land, Infrastructure, Transport and Tourism Content Background
More informationToyota Media Tour 2015 Tokyo Motor Show. Part 1 Achieving a hydrogen-based society
Part 1 Achieving a hydrogen-based society 1-(1). Energy use at present 2 1. Worldwide state of primary energy consumption (as of 2012) 100% 90% 80% 70% 60% 50% 40% 30% 20% 10% 0% Japan USA OECD Europe
More informationHAZID for CO2-Free Hydrogen Supply Chain FEED ( Front End Engineering Design )
International Conference on Hydrogen Safety 2015 in YOKOHAMA HAZID for CO2-Free Hydrogen Supply Chain FEED ( Front End Engineering Design ) 20th October, 2015 Suguru Oyama Satoru Sakanaka Shuichi Sato
More informationFeasibility study of CO2 free hydrogen chain utilizing Australian brown coal linked with CCS
Available online at www.sciencedirect.com Energy Procedia 29 (2012 ) 701 709 Abstract World Hydrogen Energy Conference 2012 Feasibility study of CO2 free hydrogen chain utilizing Australian brown coal
More informationNEDO s activity on CO 2 -free hydrogen
NEDO s activity on CO 2 -free hydrogen 28 Feb. 2017 Eiji OHIRA Director, Fuel Cell & Hydrogen Group New Energy Technology Dept. New Energy and Industrial Technology Development Organization (NEDO) NEDO
More informationBasic Hydrogen Strategy (key points)
This strategy lays out the vision for the common target that public and private sectors should pursue together with an eye on 2050. 1. Structural challenges involving Japan s energy supply and demand (1)
More informationToyota Environmental Challenge 2050
Toyota Environmental Challenge 2050 Koichi Kojima R&D and Engineering Management Division/Advanced R&D and Engineering Company TOYOTA MOTOR CORPORATION Toyota's six challenges Society where people coexist
More informationAn Industrial Perspective on Business Potential of Solar Hydrogen
ASTRI Annual Symposium A Stable Solar Future An Industrial Perspective on Business Potential of Solar Hydrogen May 2th, 2016 Ayako MATSUMOTO Technology and Innovation Studies Division Mitsui Global Strategic
More informationCopyright Iwatani Corporation. All rights reserved. (Jun. 2017)
(Jun. 2017) How to Use is used in a galaxy of Industries and will be harnessed as fuel in the future. Industrial Uses Optical Fiber Iron manufacturing Semiconductor Solar panel Energy Uses Residential
More informationBasic Hydrogen Strategy (key points)
Basic Hydrogen Strategy (key points) 3. Basic strategy for realizing a hydrogen-based society (ii) (4) Hydrogen use in power generation Like natural gas power generation, hydrogen power generation can
More informationStatus on Activities for Hydrogen Infrastructure in Japan
Status on Activities for Hydrogen Infrastructure in Japan April 25, 2017 Tetsufumi Ikeda The Association of Hydrogen Supply and Utilization Technology (HySUT) te-ikeda@hysut.or.jp http://hysut.or.jp/ Contents
More informationDevelopment of Technologies to Utilize Green Ammonia in Energy Market
Development of Technologies to Utilize Green Ammonia in Energy Market November 1, 2018 Shigeru Muraki Program Director of SIP Energy Carriers Cabinet Office, Government of Japan 1 Policies and Actions
More informationToward Realizing Hydrogen Based Society
Toward Realizing Hydrogen Based Society 23 October, 2018 Nobutaka TAKEO, Director General, Representative Office in Europe NEDO NEDO Today s Topic 1. Introduction of NEDO 2. Current status of Fuel Cell
More informationDriving towards a Hydrogen. Ruany CAPRA Responsible Fleet & Branding TOYOTA LUXEMBOURG. Society
Driving towards a Hydrogen Ruany CAPRA Responsible Fleet & Branding TOYOTA LUXEMBOURG Society Environmental challenges CLIMATE CHANGE AIR QUALITY ENERGY SECURITY 2 World leaders Agreement COP21 Paris The
More informationIEEJ 2019, All rights reserved
1 Advanced Technologies Scenario Coal declines while oil hits peak in 2030 2 6 5 4 3 2 1 Gtoe Primary energy demand (Solid lines: Advanced Technologies, dashed lines: Reference) Oil Coal Natural gas Renewables
More informationIPHE Country Update: Japan
IPHE Country Update: Japan Shinya KAWAMURA Deputy Director Hydrogen and Fuel Cells Strategy Office Agency for Natural Resources and Energy METI, Japan 27th IPHE Steering Committee Meeting Hamburg, Germany,
More informationIEEJ:June 18 IEEJ18 where n is the service life of the equipment. Utility and feedstock is the of fuel (electricity) and feedstock (water) used in the
IEEJ:June 18 IEEJ18 Evaluation of the Economics of Renewable Supply in the APEC Region Sichao Kan* Yoshiaki Shibata** This paper presents the economics of renewable in APEC region. With the reduction of
More informationChallenges for Japan s Energy Transition. Embassy of Japan in France Minister, Toshihiko Horiuchi
Challenges for Japan s Energy Transition Embassy of Japan in France Minister, Toshihiko Horiuchi Contents Ⅰ.Challenges for Japan s Energy Transition 1. The history of energy choice &5 th enegry choice
More informationLong-Term Energy Storage: Hydrogen Opportunity. Stanford Natural Gas Initiative
Long-Term Energy Storage: Hydrogen Opportunity Stanford Natural Gas Initiative October 17, 2018 Background Rationale Growing mismatch of timing of supply and demand due to increasing penetration of renewables
More informationAn Industrial Perspective on Hydrogen Energy
Fourth Annual EPRI-IEA Expert Workshop on Electricity Decarbonisation An Industrial Perspective on Hydrogen Energy OECD Conference Centre October 10th, 2017 Ayako MATSUMOTO Mitsui Global Strategic Studies
More informationCO2-free Hydrogen production businesses, getting started in the world targeting a huge market.
CO2-free Hydrogen production businesses, getting started in the world targeting a huge market. Nov 13, 2013 7:00 Projects aimed at the realization of "hydrogen society", in which hydrogen that does not
More informationSPERA Hydrogen Hydrogen Supply Chain by LOHC System
Hydrogen Energy Ministerial Meeting SPERA Hydrogen Hydrogen Supply Chain by LOHC System Chiyoda Corporation October 23, 2018 Chiyoda Corporation 2018. All Rights Reserved. 1 Contents 1. Concept and Features
More informationH HYDROGEN. Towards a Hydrogen Society. Sophie GLÉMET Governmental & Corporate Affairs, Manager Toyota Motor Europe, Paris office
H HYDROGEN Towards a Hydrogen Society Sophie GLÉMET Governmental & Corporate Affairs, Manager Toyota Motor Europe, Paris office Paris ADEME - NEDO December 13, 2017 Toyota/Lexus, Daihatsu & Hino AA 1936
More informationChallenge 3 Plant Zero CO 2 Emissions Challenge
Challenge 3 Plant Zero CO 2 Emissions Challenge Fundamental Approach Since CO 2 is emitted not only when vehicles are being driven, but when they are in the manufacturing process, the restraint of CO 2
More informationR&D on Hydrogen Energy Carriers toward Low Carbon Society
R&D on Hydrogen Energy Carriers toward Low Carbon Society Clean Coal Day in Japan 2018 International Symposium September 10, 2018 Shigeru Muraki Program Director for SIP Energy Carriers 1 Policies and
More informationLow Carbon Technology for Marine Application. Hyundai Heavy Industries / Corporate Research Center Se-Young Oh, Sangmin Park Nov.
Low Carbon Technology for Marine Application Hyundai Heavy Industries / Corporate Research Center Se-Young Oh, Sangmin Park Nov. 29, 2018 Contents 1. Background 2. Hydrogen Energy for Marine Application
More informationEnhancement of Fuel Flexibility of Industrial Gas Turbines by Development of Innovative Hydrogen Combustion Systems
Enhancement of Fuel Flexibility of Industrial Gas Turbines by Development of Innovative Hydrogen Combustion Systems Development of Low-NO x Micro-Mix Hydrogen Burner for Industrial Gas Turbine Application
More informationThe Strategic Energy Plan of Japan -Meeting global challenges and securing energy futures- (Revised in June 2010)
The Strategic Energy Plan of Japan -Meeting global challenges and securing energy futures- (Revised in June 2010) [Summary] June, 2010 Ministry of Economy, Trade and Industry, Japan Strategic Energy Plan
More informationResearch on Hydrogen Energy Carrier in FREA. Junichi Watanabe
Research on Hydrogen Energy Carrier in FREA Junichi Watanabe Invited Senior Researcher National Institute of Advanced Industrial Science and Technology Fukushima Renewable Research Institute,
More informationPotential for natural gas to reduce transportation emissions. October 2016
Potential for natural gas to reduce transportation emissions October 2016 Summary Natural gas can reduce transportation sector emissions with three main types of technologies: 1. Natural gas vehicles 2.
More informationSIP Energy Carriers Updates and Establishment of Green Ammonia Consortium
SIP Energy Carriers Updates and Establishment of Green Ammonia Consortium 26 February, 2019 Bunro SHIOZAWA Deputy Program Director SIP Energy Carriers 1 Contents 1. Hydrogen Energy Policy of Japan and
More informationIEEJ:June 218 IEEJ218 The analysis flow is illustrated in Figure 1. After predicting the demand for energy services using the macroeconometric model,
IEEJ:June 218 IEEJ218 A Study on the Utilization of Ammonia as Energy in Japan Zheng LU*, Yasuaki KAWAKAMI* and Harumi HIRAI* * The Institute of Energy Economics, Japan 1-13-1 Kachidoki, Chuo-ku, Tokyo
More informationHydrogen and Fuel Cells: Delivering Air Quality Benefits and Economic Growth. Representing the UK Hydrogen and Fuel Cell Industry
Hydrogen and Fuel Cells: Delivering Air Quality Benefits and Economic Growth Fuel cells and hydrogen energy can: The benefits Deliver significant environmental and economic benefits across various sectors,
More informationFuel Cell Technologies in the Japanese National Innovation System
Fuel Cell Technologies in the Japanese National Innovation System A Talk at International Conference on Innovation in Energy Technologies September 29-30, 2003. Washington, DC. Akira Maeda Keio University,
More informationJapanese Strategy for CO Reduction
Contents Japanese Strategy for CO 2 Reduction Oxy-firing Studies in Japan Study of 1000MW Oxy-firing Super-Critical Unit Japan-Australia Oxy-firing Project Conclusion Contents Japanese Strategy for CO
More informationApplying Distributed Energy in Japan
APEC EGNRET 39, Shanghai, China Applying Distributed Energy in Japan December 11, 2012 Takao Ikeda The Institute of Energy Economics, Japan (IEEJ) CHP: Combined Heat and Power 1 CHP: Combined Heat and
More informationSTORSKALA PRODUKSJON OG DISTRIBUSJON AV HYDROGEN I FLYTENDE FORM; HYPER
STORSKALA PRODUKSJON OG DISTRIBUSJON AV HYDROGEN I FLYTENDE FORM; HYPER Petter Nekså a,b, David Berstad a and Sigmund Størset a Gasskonferansen 2018, Trondheim, 2018-04-11 a SINTEF Energy Research, Department
More informationRenewable Electricity Storage with Ammonia Fuel: A Case Study in Japan with Optimal Power Generation Mix Model
USAEE/IAEE 35th North American Conference, Concurrent Session 19, Royal Sonesta Hotel, Houston TX USA, November 14, 217 Renewable Storage with Ammonia Fuel: A Case Study in Japan with Optimal Power Generation
More informationIntegrated Assessment of the Prospects for Hydrogen Technology through 2100 using a Regionally Disaggregated DNE21
IEW 2016, University College Cork (UCC), Ireland Integrated Assessment of the Prospects for Hydrogen Technology through 2100 using a Regionally Disaggregated DNE21 June 1, 2016 Seiya Endo, Yasumasa Fujii,
More informationInternational motivations for hydrogen
International motivations for hydrogen Dr David Hart Metrolinx Hydrail Symposium 16 November 2017 Strategy Energy Sustainability Contents E4tech The international and local context Hydrogen in the energy
More informationChina's energy current status and development of clean energy technologies. ZHENG Fangneng High-Tech Dept., MOST, China Tokyo Japan
China's energy current status and development of clean energy technologies ZHENG Fangneng High-Tech Dept., MOST, China 2012-3-14 Tokyo Japan 1 OUTLINE 1. Challenges and strategic requirement regarding
More informationToyota Mirai. Introduction/Background 24/01/2018
Toyota Mirai Introduction/Background 24/01/2018 World Leaders Agreement COP21 Paris Forecast International Climate Change Annual greenhouse gas emissions (1,000 Tg CO2 Eq./year) 140 120 Baseline scenario
More informationKohti vety-yhteiskuntaa Japanissa
1 Kohti vety-yhteiskuntaa Japanissa Jussi Solin, VTT & Kyushu University International Research Center for Hydrogen Energy I 2 CNER, International Institute for Carbon-Neutral Energy Research Electric
More informationNew and Renewable Energies in Transportation Japan
APEC EGNRET 36, Washington DC New and Renewable Energies in Transportation Japan March 1, 2011 Takao Ikeda The Institute of Energy Economics, Japan (IEEJ) Mie Okada Agency for Natural Resources and Energy,
More informationFuture Energy Balance and the Role of International Interconnections
International Workshop on Global Energy Interconnections Future Energy Balance and the Role of International Interconnections 2016/9/8 Hiroshi Okamoto, Managing Executive Officer, Tokyo Electric Power
More informationInnovative Zero-emission Coal Gasification Power Generation Project
Available online at www.sciencedirect.com Energy Procedia 37 (2013 ) 6579 6586 GHGT-11 Innovative Zero-emission Coal Gasification Power Generation Project Yasuhiro Yamauchi a, Katsuya Akiyama a * a NewEnergy
More informationLarge-Scale Hydrogen Production and Liquefaction for Regional and Global Export
Large-Scale Hydrogen Production and Liquefaction for Regional and Global Export David Berstad (david.berstad@sintef.no), Rahul Anantharaman, Øivind Wilhelmsen, Vidar Skjervold, Petter Nekså SINTEF Energy
More informationPNE AG Conversion and storage of electric power Warsaw, June 21th, 2018
PNE AG Conversion and storage of electric power Warsaw, June 21th, 2018 PNE GROUP TABLE OF CONTENTS 1. Who we are 2. Aktivities in Poland 3. Conversion and storage 4. Hydrogen production with wind & solar
More informationBasic Hydrogen Strategy
Provisional Translation Basic Hydrogen Strategy December 26, 2017 Ministerial Council on Renewable Energy, Hydrogen and Related Issues Contents Introduction... 1 1. General... 3 1.1. Positioning Basic
More information(Summary) Yuhji Matsuo* Yasuaki Kawakami* Ryo Eto* Yoshiaki Shibata* Shigeru Suehiro** Akira Yanagisawa*
Position of Hydrogen Energy and Prospect of Its Introduction Toward a Low-Carbon Society in 25 in Japan (Summary) Yuhji Matsuo* Yasuaki Kawakami* Ryo Eto* Yoshiaki Shibata* Shigeru Suehiro** Akira Yanagisawa*
More informationProvisional Translation Global Warming
Document 9 Provisional Translation Global Warming February 27, 218 Agency for Natural Resources and Energy Ministry of Economy, Trade and Industry Table of Contents The strategies of major countries for
More informationVDMA AG BZ - MV 2017 Hanau. Our membership: 107 companies/associations from 16 countries
VDMA AG BZ - MV 2017 Hanau Our membership: 107 companies/associations from 16 countries A strong European public-private partnership with a focused objective Fuel Cells & Hydrogen Joint Undertaking A portfolio
More informationSection 2: Alternative Energy and Conservation
Section 2: Alternative Energy and Conservation Preview Bellringer Objectives Alternative Energy Tidal Power Ocean Thermal Energy Conservation Hydrogen A Future Fuel Source? The Challenge of Hydrogen Fuel
More informationCurrent Status of Gas Industry in Japan
Member Economy Report Current Status of Gas Industry in Japan Ryu Nishida General Manager, International Relations Department November 19, 2014 GASEX2014, Hong Kong Table of contents 2 1. Japan s Energy
More informationToshibaʼs Activities in Carbon Capture
Japan-Norway Energy Science Week 2015 Toshibaʼs Activities in Carbon Capture Thermal & Hydro Power Systems & Services Division Power Systems Company Toshiba Corporation May 28, 2015 Kensuke Suzuki 2015
More informationSustainable Mobility and Transportation Fuels
Sustainable Mobility and Transportation Fuels Brian Weeks, P.E. Director, GTI Houston Office brian.weeks@gastechnology.org > April 13, 2016 Today s Talk > Who is GTI > Some Thoughts on Sustainability >
More informationAn ETI Perspective. Can you base a UK transition to low carbon on solar PV?
An ETI Perspective Can you base a UK transition to low carbon on solar PV? INTRODUCTION A ROLE FOR SOLAR Could solar PV really form the basis for transitioning the UK s energy system to low carbon or is
More informationDME as a carrier of Renewable Energy
Annual Conference of Japan Institute of Energy, 6 August 2013 DME as a carrier of Renewable Energy Yotaro Ohno Corporation 1 Contents Introduction Comparison of Physical properties of Energy carriers Conversion
More informationFeature: New Project Development Using Innovative Technology
Feature: New Project Development Using Innovative Technology Challenge towards innovative Clean Coal J-POWER is working to make coal resources a cleaner source of energy that can continue to be utilized
More informationJapan H 2 Mobility, LLC established by eleven companies to accelerate deployment of hydrogen stations in Japan
March 5, 2018 Toyota Motor Corporation Nissan Motor Co. Ltd. Honda Motor Co. Ltd. JXTG Nippon Oil & Energy Corporation Idemitsu Kosan Co. Ltd. Iwatani Corporation Tokyo Gas Co. Ltd. Toho Gas Co. Ltd. Air
More informationMARKEDSMULIGHETER I ET "HYDROGEN SOCIETY"
MARKEDSMULIGHETER I ET "HYDROGEN SOCIETY" Jon Erik Engeset, CEO, Hexagon Composites ASA Oslo, 1 st of June 2016 DISCLAIMER AND IMPORTANT NOTICE This company presentation (the Presentation ) has been prepared
More informationGHD Capability Statement Hydrogen Systems WATER ENERGY & RESOURCES ENVIRONMENT PROPERTY & BUILDINGS TRANSPORTATION
GHD Capability Statement Hydrogen Systems WATER ENERGY & RESOURCES ENVIRONMENT PROPERTY & BUILDINGS TRANSPORTATION Key focus GHD is actively involved with the development of hydrogen projects in Australia
More informationGreen Innovation and Future Smart Community in Japan
November 2, 2012 Green Innovation and Future Smart Community in Japan Tomoaki WADA Affiliated Senior Fellow National Institute of Science and Technology Policy Professor, Tokyo University of Science 1
More informationEmerging Strategy in the UK Power Sector The Future of Energy Storage Technologies and Policy May, Nick Winser Executive Director UK
Emerging Strategy in the UK Power Sector The Future of Energy Storage Technologies and Policy 25-26 May, 2011 Nick Winser Executive Director UK Where does our energy come from today? Elec ctricity (kg
More informationH2 part in Japanese energy policy:
H2 part in Japanese energy policy: 180703 6. Hydrogen society 1) Energy saving through H2 fuel cell 2) FCV & hydrogen station 3) Hydrogen supply chain & power generation Liq. H2, MCH, Ammonia, and CH4
More informationTOP-DOWN VS. BOTTOM-UP MODELS: HOW TO COMBINE THEM TO EVALUATE THE COST OF MID-TERM CO 2 EMISSION REDUCTION?
TOP-DOWN VS. BOTTOM-UP MODELS: HOW TO COMBINE THEM TO EVALUATE THE COST OF MID-TERM CO 2 EMISSION REDUCTION? Y. NAGATA Senior Research Scientist Central Research Institute of Electric Power Industry 2-11-1,
More informationIf the target is set sooner than 2016, then the UK FCA FiT Proposal to be introduced in 2014 will be timely and will support the industry as it
Since low carbon hydrogen can be derived from renewables, nuclear and CCS, a 2030 decarbonisation target will have a positive impact across all power from Hydrogen Fuel Cells. The UK fuel cell and hydrogen
More informationNEDO s Activities for Promotion of Renewable Energy Technologies
NEDO s Activities for Promotion of Renewable Energy Technologies May 19, 2014 Takashi NAKAYAMA Executive Director New Energy and Industrial Technology Development Organization (NEDO) Contents 1. Outline
More informationHydrogen Applications for Small Islands
Hydrogen Applications for Small Islands Dr. Ε. Ι. Ζoulias Head of RES & H2 Technologies Section Centre for Renewable Energy Sources & Saving Is Hydrogen a Hype? Reasons: Availability of fossil fuels Decrease
More informationEnergy storage in hydrogen. Mascha Smit KIvI symposium Energieopslag 12 april 2017
Energy storage in hydrogen Mascha Smit KIvI symposium Energieopslag 12 april 2017 Technology Roadmap Hydrogen and Fuel cells; IEA, 2015 Changing energy system today: lineair system from producer to consumer,
More informationThermal Hydrogen : An Emissions Free Hydrocarbon Economy. by: Jared Moore, Ph.D. October 17 th, 2017
Thermal Hydrogen : An Emissions Free Hydrocarbon Economy by: Jared Moore, Ph.D. jared@meridianenergypolicy.com October 17 th, 2017 Peer reviewed and published, please cite as: Moore, J, Thermal Hydrogen:
More informationJapan U.S. Economic Cooperation on Clean Energy
Japan U.S. Economic Cooperation on Clean Energy Tatsuya SHINKAWA Chief Representative Representative Office in Washington, DC New Energy and Industrial Technology Development Organization (NEDO) JAPAN
More informationElectro fuels an introduction
Electro fuels an introduction Cédric Philibert, Renewable Energy Division, International Energy Agency EC-IEA Workshop on Electro fuels, Brussels, 10 Sept 2018 IEA Industry and transports: the hard-to-abate
More information215, All Rights Reserved. IEEJ Energy Journal Vol.1, No required to be reduced to 1/3 to 1/4 in order to achieve the cost level of the stable po
215, All Rights Reserved. IEEJ Energy Journal Vol.1, No.2 215 Economic Analysis of gen Production from Variable Renewables Yoshiaki Shibata * Summary gen, contributing to energy saving, CO 2 emission reduction,
More informationEuropean Climate Change Policy and its implications for the steel industry
The Japan Iron and Steel Federation Tokyo, 29th November 2011 European Climate Change Policy and its implications for the steel industry Gordon Moffat, Directeur General EUROFER Policy background EU Emissions
More informationHeat Pump Hot Water Supply Systems
2007年度版 Heat Pump Hot Water Supply Systems (1) Aims A great amount of energy is consumed for supplying hot water in the residential, commercial and industrial sectors. emission from residential hot water
More informationThe Feasibility of a Hydrogen Society By Satoshi Matsuda & Hiroshio Kubota SHIZUOKA University
Global Journal of Researches in Engineering: J General Engineering Volume 16 Issue 3 Version 1.0 Type: Double Blind Peer Reviewed International Research Journal Publisher: Global Journals Inc. (USA) Online
More informationHydrogen as fuel: Zero emission mobility, available today. Linde, Hydrogen mobility solutions Munich, June 2018
Hydrogen as fuel: Zero emission mobility, available today Linde, Hydrogen mobility solutions Munich, June 2018 Topics. 01 H2 molecule a game changer in the mobility market 02 H2 value chain & technologies
More information& ECONOMIC STATISTICS
2011 EDMC HANDBOOK of ENERGY & ECONOMIC STATISTICS in JAPAN CONTENTS Japan Chapter I. Energy and Economics 1.Economic Indices... 4 ( 1 ) GDP and Major Energy Related Indicators... 5 ( 2 ) National Accounts
More informationCountry Report - City Gas Industry in Japan -
Country Report - City Gas Industry in Japan - Haruki Takahashi Senior Managing Director September 5, 2006 GASEX 2006 Contents 1. Japan s National Energy Policies 2. Current Situation of Japan s City Gas
More informationGHD Capability Statement Hydrogen Systems WATER ENERGY & RESOURCES ENVIRONMENT PROPERTY & BUILDINGS TRANSPORT
GHD Capability Statement Hydrogen Systems WATER ENERGY & RESOURCES ENVIRONMENT PROPERTY & BUILDINGS TRANSPORT Key focus GHD is actively involved with the development of hydrogen projects in Australia and
More informationHydrogen and sectoral integration
Hydrogen and sectoral integration Dr Tudor Constantinescu Principal Adviser, European Commission Hydrogen Ministerial Meeting Tokyo, 23 October 2018 Major energy challenges in Europe Import Dependency
More informationForeword. Hydrogen Posture Plan
December 2006 Foreword Energy is the life-blood of our nation. It is the mainstay of our standard of living, economy, and national security. Clean forms of energy are needed to support sustainable global
More informationDeveloping Renewable Energy Policies
Developing Renewable Energy Policies March 6, 2019 Yasuhiro Matsuyama Director-General Energy Efficiency and Renewable Energy Department Agency for Natural Resources and Energy (ANRE) Energy Mix (Jul.
More informationVersnellen van de energietransitie: kostbaar of kansrijk? Een gedachten-experiment voor Nederland. Springtij September 2017
Versnellen van de energietransitie: kostbaar of kansrijk? Een gedachten-experiment voor Nederland Springtij September 207 Messages to remember 0 It is possible to reach (deep) decarbonization 02 The energy
More informationTowards Sustainability
Towards Sustainability The current status and future outlook of fuel cell vehicles in Toyota 18/02/2018 World Leaders Agreement COP21 Paris Forecast International Climate Change Annual greenhouse gas emissions
More information