Hydrogen Road of Kawasaki Heavy Industries

Development of Innovative Hydrogen Combustion Systems

for Industrial Gas Turbines

7. Energie-Effizienz-Netzwerktreffen

Wasserstofftechnologien – Entwicklung und Perspektiven,

21 November 2019, Leer, Germany

Dr.-Ing. Nurettin Tekin

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Kawasaki Heavy Industries – Segments

Ship (LNG carrier)

6%

Rolling Stock

11%

Aerospace 20%

Gas Turbine & Machinery

14% Plant & Infrastructure

7%

Motorcycle & Engine

23%

Precision Machinery

9%

Others

10%

Transportation Energy・Environment

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Kawasaki Gasturbine Europe (KGE/KHI)

M1A

M7A

L20A

L30A

M5A

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H2-Production and

Liquefaction

H2-Storage Tanks

H2-Oversea Transportation

H2-Land Transportation

H2-Gas Turbine

Products for H2-Supply-Chain

Hydrogen Way of Kawasaki Heavy Industries (KHI)

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Liquefied Hydrogen Carrier Ships

For realization of the world first

liquefied hydrogen

carrier ship Pilot Ship 2020

(2500m3* freight)

https://youtu.be/vzzwqT-2SJk

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Hydrogen Way of Kawasaki Heavy Industries

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Combustor Configuration

DLE Combustor for Natural Gas

Diffusion Flame Combustor

DLE Micro-Mix Combustor

NOx Reduction “Dry” “Wet” Water/Steam “Dry”

Max. H2 Content 60vol% 100vol% 100vol%

Status

Under Engine Demonstration in Akashi Works

Final Combustor Test, 2016 Applied to KOBE

Demonstration Plant, 2018

Under Combustor Developments

Overview of Combustor Developments

Developments for Hydrogen Gas Turbines @ KHI

1 2 3

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Diffusion

World‘s First H2-Power Plant at Kobe Port

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World‘s First H2-Power Plant at Kobe Port

User Control Interface

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World‘s First H2-Power Plant at Kobe Port

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Innovative Power Plant with Renewable Energy Supply

Power demand Electrolyzer

H2-Compressor

+ H2-Storage

H2

Wind farm Solar panels

Electricity

Grid Gas turbine (H2 and NG capable)

Natural gas

Waste heat

boiler

Residential

heating demand

Exhaust

gas

To stack

Return Supply

H2

Power

Excess

power

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𝟓. 𝟒𝑻𝑾𝒉 ∗𝟎. 𝟔𝟓

𝟑𝒌𝑾𝒉𝑵𝒎𝟑

= 𝟏. 𝟐𝑴𝒓𝒅 𝑵𝒎𝟑

Überschuss-Strom

Weltweite Produktion [Mrd. Nm3/a]

600

Europäische Union

80

Deutschland

19

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Innovative Power Plant with Renewable Energy Supply

Power demand Electrolyzer

H2-Compressor

+ H2-Storage

H2

Wind farm Solar panels

Electricity

Grid Gas turbine (H2 and NG capable)

Natural gas

Waste heat

boiler

Residential

heating demand

Exhaust

gas

To stack

Return Supply

H2

Power

Excess

power

© 2018 Kawasaki Heavy Industries, Ltd. All Rights Reserved 14 Dr.-Ing. Nurettin Tekin