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22‐1‐2018
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Ports Energy and Carbon Savings
Energy and Carbon Neutrality in Ports?
Prof. J. van Berkel, HZ University of Applied Sciences PECS Startconference- Southampton– 20/01/2018
Ports within PECS
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Ports within PECS
Ports within PECS
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Ports within PECS
Ports within PECS
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Human energy consumption
H h i th t ?
In the year 2012 around 7 billion peopleused ~ 578 EJ per year on primary energy
How much power is that per person?
~ 2.6 kW/person
A trained person can generate app. 200 W continuously2,6 kW = 13 “slaves”
Rindt, SET,TU/e, 2014
Final Energy Consumption 2014 GJ/person)
3,8 kW
Ref: Dijkshoorn, RVO, Energy Days 2017, TU/e
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Fossil f el Carbon dio ideFossil fuel > Carbon dioxide
+
e, 2014
Natural greenhouse effect: 80% water vapor, CO2 and methane. Extra greenhouse effect: increase of concentration of greenhouse gases by human activity
Rindt, SET,TU/e
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Carbon Dioxide around the World
Causes climate change …..
Ref: Danish Meteorological Institue (2016, vergeleken met 1958 to 2002)
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Greenhouse gases
CO2
(ppm)CH4
(ppm)CFC‐11(ppt)
CFC‐12(ppt)
N2O(ppb)
Pre‐industrial280 0 70 0 0 270
concentration280 0.70 0 0 270
Concentrationin 2012
393 1.8 240 530 320
Annual increase 0.5% 0.4% ‐0.1% ‐0.05% 0.3%
Atmospheric lifetime (yr)
100 12 45 100 114
G.W.P. a
( t CO )1 25 4750 10900 298
Characteristic properties of the most important greenhouse gasesSource: Nationale milieuverkenningen 2, 1990-2010
(w.r.t. CO2)Contribution in 1990
58% 16% together 7% 6%
ppm = parts per million; m = million = 106, b=billion = 109, t = trillion = 1012a G.W.P.= Gross Warming Potential, compared to CO2 on the basis of volume concentration
Necessary CO2-emission reduction (to restrict temperature raise)
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Consensus, finally….
1. 20 % reduction of energy consumption2. 85-90 % reduction of CO2-emissions
Consensus?
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Question 1:
The Energy Reality Check, TU/e, 2016
75 %
The Energy Reality Check, TU/e, 2016
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Question 2:
The Energy Reality Check, TU/e, 2016
25 years
The Energy Reality Check, TU/e, 2016
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Solutions:
1. Saving energy2. Renewable generation (non fossil fuel)
Note Electricity ~ 15 % of total
Renewable sources
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Energy and Carbon Neutrality
Defined as:
“Within a system (country, province, city, port, building): Within a system (country, province, city, port, building): Annual consumption = Renewable production.
E = 0Enett = 0
Can Energy Neutrality be achieved for Ports?
Or at least for 20 %?
What is a port anyway?What is a port anyway?
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Port of Oostende
Port of Dunkerque
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Port of IJmuiden
Port of Hellevoetsluis
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Port of Portsmouth
??
Energy Consumption in Ports?
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Sustainability and Industrial Ports ?
https://www.tatasteel.nl/nl/nieuws/persberichten/Grondstoffen:-verbruikscijfers-in-vogelvlucht
675 W/m2
Man-related energy
http://www.theenergycollective.com/robertwilson190/257481/why-power-density-matters
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Business area Kagerweg
Estimated annual current energy use:-23.797.000 kWh of electricity-3.085.000 m3 of gas
Gross:86,0000 haNett:53,0000 ha
https://www.ibis-bedrijventerreinen.nl/content/kagerweg
Energy density = 7 W/m2
Hellevoetsluis Heliushaven
Energy consumption 300 MWh, area estimated 0,5 km2
Energy density = 0,07 W/m2
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Summary Power density [W/m2]Summary Power density [W/m2]
• Heavy industry ~ 675• Residential area ~ 5-500• Business parks ~ 7• Marinas ~ < 0,1
Renewable production: Power density
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Man-related energy
http://www.theenergycollective.com/robertwilson190/257481/why-power-density-matters
Preliminairy Conclusions
1. Industrial ports cannot approach energy and
carbon neutrality with renewables (>> 5 W/m2)carbon neutrality with renewables (>> 5 W/m )
2. Marinas can (<1 W/m2)
Note: LCA (embodied CO2) not yet taken into account
Focus on:
1. Subsystem pilots for industrial ports
2. Marinas as a whole
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BPS-Pontoon
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IndaChlor
Oostende
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Oostende II
Hellevoetsluis
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IJmond
Portsmouth Linkspan
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Preliminairy Conclusions II
Realizable CO2 reduction potential in PECS:
1. Marina ports ~ 10 %
2. Subsystem pilots ~ 0-100 %
Thanks
J. van BerkelHZ University of Applied Sciences
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Partners
Observers
With the financial support of