GREEN GR N HY HYDR DROG OGEN AT T INDU INDUST STRI RIAL AL - - PowerPoint PPT Presentation

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GREEN GR N HY HYDR DROG OGEN AT T INDU INDUST STRI RIAL AL - - PowerPoint PPT Presentation

Jan 21, 2024 275 likes •508 views

1 st st OPPO OP PORTU TUNIT NITIE IES FOR FORUM SCO UM SCOTLAND TLAND GREEN GR N HY HYDR DROG OGEN AT T INDU INDUST STRI RIAL AL S SCA CALE LE FOR A FOR A ZE ZERO CAR CARBO BON FUTURE FUTU RE Oppor ortuni nities

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SLIDE 1

GR GREEN N HY HYDR DROG OGEN

AT T INDU INDUST STRI RIAL AL S SCA CALE LE FOR FOR A A ZE ZERO CAR CARBO BON FUTU FUTURE RE

1st

st

OP OPPO PORTU TUNIT NITIE IES FOR FORUM SCO UM SCOTLAND TLAND

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SLIDE 2

woodplc.com

Oppor

  • rtuni

nities ies Forum Scot

  • tlan

land

Green Hydrogen at an Industrial Scale for a Zero Carbon Future

20th May 2020

woodplc.com

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SLIDE 3

Who we are

160+

Year history

$10bn

Revenue

60,000

Employees

60+

Countries

400+

Offices

3 A presentation by Wood.

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SLIDE 4

Scotland – a country rich in renewables

Courtesy: SPR Courtesy: SSE

4 A presentation by Wood.

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SLIDE 5

Growth leaders – onshore and offshore wind

Source: ScottishRenewables

Offshore wind anticipated to add 12GW by 2030 3GW onshore wind consented and awaiting construction

5 A presentation by Wood.

slide-6
SLIDE 6

Renewables can decarbonise all energy…

Wind Solar Marine ne & Hydro Bio/Ge /Geo Energy

Heat Transpo nsport

Electri tricity ty

Heat / Transport / Industry

  • Now key focus of

decarbonisation policy

  • Three times more energy

than power alone

  • Energy vectors:
  • Electrification
  • Hydrogen
  • Solutions require large

scale infrastructure

  • Scale is required for cost

reduction

  • Industry has the required

expertise

Industr stry

6 A presentation by Wood.

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SLIDE 7

Hydrogen n is poised to grow rapidly

  • T

en-fold increase predicted by 2050 (Hydrogen Council)

  • Quarter of the global CO2 reduction by

2050

  • Investment of $2.5tr
  • Many governments now heavily promoting

clean hydrogen:

  • Australia
  • France
  • Germany
  • Netherlands
  • Japan
  • UK
  • Full deployment requires international

trade

  • And cost competitiveness with other forms
  • f low carbon energy

7 A presentation by Wood.

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SLIDE 8

Global Hydrogen Consumption

Existi ting feedsto tock ck uses

Ten-fold increase by 2050 (Hydrogen n Counc ncil)

8 A presentation by Wood.

(2018)

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SLIDE 9

9 A presentation by Wood.

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SLIDE 10

Hydrogen – an Energy Vector with Storage Capability

Source: IEA Technology Roadmap Hydrogen & Fuel Cells

Source: Siemens

10 A presentation by Wood.

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SLIDE 11

Cost competitiveness

$/kg

T arget the lowest cost renewable resource:

  • High load factor
  • Large scale

11 A presentation by Wood.

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SLIDE 12

Electrolyser costs are reducing rapidly….

PEM may overtake alkaline, and has other advantages Equipment and electricity costs are equally important $/kg

12 A presentation by Wood.

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SLIDE 13

Projects jects ar are e scal aling ing up

13 A presentation by Wood.

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SLIDE 14

Green Hydrogen Costs

Alkaline PEM $/kg

Grid, continuous operation Grid, off-peak electricity Dedicated wind farm Curtailed electricity

Source: Bloomberg NEF, 2020 14 A presentation by Wood.

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SLIDE 15
  • Ammonia production

alone is responsible for about 360 million tonnes of CO2 emissions each year, about 1% of the world’s total emissions

  • Green hydrogen could

be competitive to hydrogen from SMR paired with CCS in countries with cheap renewable energy

High load factors are required

Assumptions: CAPEX of electrolyzers USD 850/kW, WACC 7%, lifetime 30 years, efficiency 74%; cost of hydrogen from SMR USD 1 to 3/kg, cost of CCS USD 0.75/kg H2 (~USD 75/tCO2))

Source: International Energy Agency 15 A presentation by Wood.

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SLIDE 16

Wind & Solar Resource Quality

Source: International Energy Agency 16 A presentation by Wood.

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SLIDE 17

Supply and demand centres

Source: International Energy Agency

Low Low Cost Renewables Demand d Centres

17 A presentation by Wood.

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SLIDE 18

Offshore Green Hydrogen

Offshore wind growth creates

  • pportunities for green hydrogen:
  • Power grid limitations
  • Remoteness from shore

T echnical challenges to address:

  • Electrolyser marinisation
  • Deck space required
  • Fresh water supply
  • Maintenance logistics
  • Hydrogen export

Potential for shared infrastructure

18 A presentation by Wood.

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SLIDE 19

Establishing a global market

Same for hydrogen?

19 A presentation by Wood.

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SLIDE 20

Source: KHI

Bulk Transport of Hydrogen

20 A presentation by Wood. Source: Siemens

Liquefi uefied Pres essuri urised ed Ammoni nia Green Meth than anol

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SLIDE 21

Summary

  • Clean

ean Hydrogen

  • gen has key role

le to play ay in globa bal l decarbo arbonis nisation: ation:

  • Heat,

t, trans anspor port t and indus ustr try sector tors all l stand and to benef efit it form rm clean an hydrogen

  • gen use
  • Large scale deployment is required to fully exploit hydrogen’s capabilities
  • That

at requi uires es:

  • Electrol
  • lyser

yser cost reduct uctions,

  • ns, and
  • Highest

est quality ity renewab ewable le resour

  • urces,

es, and

  • Cost-ef

effective ective means s of bulk shipping/t ing/tran ansp spor

  • rt
  • Scotland

tland has a super per-abun abunda danc nce e of low cost t wind – onsho hore e and offsho hore

  • This

is resour

  • urce

e is ideall eally positi itione

  • ned

d to serve indust dustri rial al demand mand acros

  • ss Europe
  • pe
  • Working

ing in colla laboration boration on an intern ternationa tional l bas asis is

21 A presentation by Wood.

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SLIDE 22

woodplc.com