the south african centre for ccs
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The South African Centre for CCS. CCS: Perspectives for the Southern African Region May 31 - Johannesburg Brendan Beck – Manager South Africa Centre for CCS. coal. Core Parties. Participants. South Africa: total primary energy supply. Source: IEA. TRANSFORM. TRANSPORT. END USE. - PowerPoint PPT PresentationTRANSCRIPT
The South African Centre for CCS
CCS: Perspectives for the Southern African RegionMay 31 - Johannesburg
Brendan Beck – Manager South Africa Centre for CCS
Core Parties
Participants
coal
South Africa: total primary energy supply
Source: IEA
SUPPLY TRANSFORM TRANSPORT END USE
Oil
Natural Gas
Coal
Gas
ElectricityEskomand Others
Coal
PetroSA
Export
Sasol
Road/Rail
Pipeline
Oil Refineries RailRoadPipeline
LiquidFuels
Biomass WoodPerson/Road
Hydro
Nuclear
Transmission Wires
“Washery”
Koeberg
Sasol
“Developing countries are ready to play their part in reducing global emissions, but obviously rich countries have to take the lead”
“With financial and technological support from developed countries, South Africa for example will be able to reduce emissions by 34% below business as usual by 2020 and 42% by 2025”
“We want a complete and legally binding agreement”- President Jacob Zuma, Copenhagen 2009
South Africa: committed to addressing climate change
Long-term mitigation scenarios
Source: SA long-term mitigation scenarios
Mt C
O2 e
quiv
alen
t
South African CCS Roadmap
CCS P
oten
tial
Stor
age
Atla
s
Test
Inje
ction
Dem
onst
ratio
n
Com
mer
cial
2004 2010 2016 2020 2025
x 10,000tx 100,000t
x 1,000,000t
SOURCE: CSIR/DME
South African CO2 Emissions
CO2 Emissions QuantificationMt % Emission
SEQUESTRABLEElectricity 161 65Industrial 28 11Other Energy 30 12Manufacturing 30 12
Synfuel Industry ~30 million tonnes ~95% CO2
NON-SEQUESTRABLEWaste 10 6Agriculture 48 27Fugitive 42 24Transport 22 21Heat Production 37 21
Total 408
`
249 Mt
159 Mt
61 %
39 %
SOURCE: CSIR/DME
PetroSA
SOURCE: PetroSA
South African CCS Roadmap
CCS P
oten
tial
Stor
age
Atla
s
Test
Inje
ction
Dem
onst
ratio
n
Com
mer
cial
2004 2010 2016 2020 2025
DONE
x 10,000tx 100,000t
x 1,000,000t
Geological Storage Atlas
• Identifies Potential CO2 Geological Storage Regions
• Launched by Minister of Energy 10 September 2010
• Atlas Report released January 2011
PREVIOUS
ATLAS
IncreasingCertainty
Geological Storage Atlas
Next Steps
Geological Storage Atlas
• Potential Storage Areas• Four Geological Basins
• Un-mineable Coal Seams
• Geological Basins1. Orange Basin – off-shore
2. Outeniqua basin – off & on-shore
3. Zululand Basin – off & on-shore
4. Karoo Basin – on-shore
16
Atlas Summary• Potential Storage [excluding Karoo]
• 150Gt
• 98% Offshore
• Need 4Gt to Store 40Mt/year
• Further Investigation:
• Karoo under further Investigation [starting with IEA GHG]
• Zululand Basin to ‘Effective Level’ [UK Govt]
• Onshore Outinequa Basin to ‘Effective Level’ [Europe Aid]
South African CCS Roadmap
CCS P
oten
tial
Stor
age
Atla
s
Test
Inje
ction
Dem
onst
ratio
n
Com
mer
cial
2004 2010 2016 2020 2025
DONE DONE
x 10,000tx 100,000t
x 1,000,000t
CO2 Test Injection
TESTINJECTION
HUMAN CAPACITY
BUSINESS PLAN
BASIN ANALYSES
REGULATION
ATLASSCOPING STUDY
Further SACCCS activity• Work streams
• Human capacity building• Economics• Capture• Transport• Storage• Legal• Public and stakeholder
engagement• International collaboration
• International support• EuropeAid• UK Government• EU Government• Norwegian Government• GCCSI• IEA• IEA GHG• World Bank• CSLF• IPAC-CO2
South African CCS Roadmap
CCS P
oten
tial
Stor
age
Atla
s
Test
Inje
ction
Dem
onst
ratio
n
Com
mer
cial
2004 2010 2016 2020 2025
DONE DONE
x 10,000tx 100,000t
x 1,000,000t
• Minister request following 2009 CCS Week• Scheduled October 2011• Conference;
• SA CCS R&D progress• International support
• Workshops• International pilot projects• Legal systems with DoE
CCS Week
