[PDF] hydrogen-vision-port-of-rotterdam-authority-may-2020.pdf





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Highligths-Annual-Report-2021-Port-of-Rotterdam-Authority.pdf

A range of initiatives to improve these figures - you can find examples in this annual report - demonstrate the strength and effectiveness of the Rotterdam port 



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hydrogen-vision-port-of-rotterdam-authority-may-2020.pdf

PROJECTS FOR PRODUCTION hydrogen hydrogen use. CCUS needed. CLIMATE NEUTRAL production (kt/yr). (Mt/yr) offshore. HYDROGEN UNTIL 2030 existing.



PORT INFORMATION GUIDE

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PROJECTS FOR PRODUCTION hydrogenhydrogen useCCUSneeded

CLIMATE NEUTRAL production (kt/yr)(Mt/yr)offshore

HYDROGEN UNTIL 2030existingnewwind (GW)

PORTHOS400feedstock industry2-3

H-VISION400process heat industry3

2 GW Elektrolyserpark360feedstock industry4

ow. 0.5 GW projects till 2025 (BP/Nouryon; Shell) + 1.5 GW ambition 2025-2030

TOTAL1.1605-64

TABLE 2 DUTCH HYDROGEN DEMAND 2050

NETHERLANDS climate neutral in 2050 hydrogen

Hychain-1, max scenario, demand

limited availability biomassPJMt

Feedstock industry3883.2

Process heat industry2552.1

Build environment, greenhouses540.5

Mobility over land2051.7

Aviation (H2 in synthetic fuels)2301.9

Maritime shipping (H2 in liquid fuels)5004.2

Total demand in the Netherlands1,63213.6

TABLE 3 GERMAN IMPORT NEED

GERMANYhydrogen

climate neutral in 2050import Mt

Energy and fuels10.2

Feedstock chemicals12.0

Feedstock steel1.8

Total hydrogen import24.0

TABLE 1

CURRENT DEMAND FOR

HYDROGENMt

Rotterdam0.4

Netherlands (total)0.8

Germany1.6

TABLE 5 GREEN HYDROGEN PRODUCTIONneededcapacityoutput offshoreelektrolysershydrogen wind RefHyne: Shell Rheinland Raffinerie, Cologne, 202010 MW1.3 kton Conversion park Maasvlakte 2: - Shell, 20230,2 GW200 MW20 kton* - BP/Nouryon, 20250,5 GW250 MW45 kton** Climate Agreement, elektrolysers in NL in 20305-7 GW 3- 4 GW540-720 kton** Rotterdam NW European energy hub in 2050200 GW 110 GW20 Mton** * elektrolyser runs on basis of offshore wind supply (4.500 full load hours) ** elektrolyser runs full capacity (8.000 full load hours)

TABLE 4 HYDROGEN VIA ROTTERDAM IN 2050

domestic demand (max scenarioshare R'dam with limited use of biomass)%Mt

Feedstock chemicals25%0.8

Process heat indusry50%1.1

Build environment, greenhouses25%0.1

Mobility over land50%0.8

Aviation (H2 in synthetic fuels)50%1.0

Maritime shipping (H2 in liquid fuels)75%3.2

Total domestic demand via Rotterdam7.0

demand in Germany via Rotterdam33%8.0 other demand in NWE via Rotterdam5.0

Total potential demand20.0

TABLE 6 DUTCH WIND AT SEA IN 2050, MAX SCENARIOGW

Maximum feasible installed capacity60-72

Assume half is for final electricity demand end consumers25* Maximum available for conversion into hydrogen35-47

Assume half goes to Rotterdam18-24

Needed for production of 20 MMT hydrogen200

* assumption electricity demand in 2050 will be twice as high as now as a result of electrification in all sectors: 225 TWh. Assume half covered with wind at sea: 112.5 TWh/4,500h = 25 GW

TABLE 7

PROJECTS FOR PRODUCTION hydrogenhydrogen useCCUSneeded

CLIMATE NEUTRAL production (kt/yr)(Mt/yr)offshore

HYDROGEN UNTIL 2030existingnewwind (GW)

PORTHOS400feedstock industry2-3

H-VISION400process heat industry3

2 GW Elektrolyserpark360feedstock industry4

ow. 0.5 GW projects till 2025 (BP/Nouryon; Shell) + 1.5 GW ambition 2025-2030

TOTAL1.1605-64

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