Power Generation and CO2 Capture

Greenhouse gas releases from fossil fuel power stations

SR1

The capture of carbon dioxide from fossil fuel fired power stations

SR2

Initial assessment of fuel cells

Ph2/1

CO2 recovery from air blown gasifiers

Ph2/4

Orimulsion: CO2 capture in power generation, hydrogen production and methanol production

Ph2/11

Fuel cells with CO2 removal

Ph2/13

Advanced systems - assessment method

Ph2/14

Advanced systems - report of expert workshop

Ph2/16

Precombustion decarbonisation

Ph2/19

The assessment of a water-cycle for capture of CO2

Ph3/4

Multiple products with CO2 capture: Power and thermal energy

Ph3/6

Key components for CO2 abatement: Gas turbines

Ph3/12

Leading options for the capture of CO2 emissions at power stations

Ph3/14

The assessment of advanced power generation systems: Methodology development

Ph3/16

CO2 capture via partial oxidation of natural gas

Ph3/21

Capture of CO2 using water scrubbing

Ph3/26

International Test Network for CO2 Capture: Report on a Workshop

Ph3/33

CO2 abatement by use of carbon-rejection processes

Ph3/36

Storage of CO2

The disposal of carbon dioxide from fossil fuel fired power stations

SR3

Ocean storage workshops

• Ocean Circulation (modelling)

O/S1

• Environmental Impact

O/S2

• International Links and Concerns

O/S3

• Practical and Experimental Approaches

O/S4

• A Review of Oceanic Carbonate and CO2 Hydrate Chemistry

O/S5

Sleipner Carbon Dioxide Storage workshop

Ph3/1

Advisory Group on R&D on ocean sequestration of CO2

Ph3/2

Enhanced coal bed methane recovery with CO2 sequestration

Ph3/3

CO2 storage as carbonate minerals

Ph3/17

CO2 enhanced oil recovery in the Weyburn Oil Field: Report of a workshop to discuss monitoring

Ph3/20

Barriers to overcome in implementation of CO2 capture and storage – Storage in disused oil and gas fields

Ph3/22

Issues underlying the feasibility of storing CO2 as hydrate deposits

Ph3/25

Natural Gas and Methane Hydrates

Ph3/27

Geological Storage of CO2 in Saline Aquifers: Report on a workshop to discuss future research priorities

Ph3/28

Forums on Ocean Storage of CO2

Ph3/32

CO2 enhanced recovery of coal bed methane with carbon dioxide sequestration – Selection of possible demonstration sites

Ph3/34

Utilisation of CO2

The utilisation of carbon dioxide from fossil fuel fired power stations

SR4

Chemical utilisation: An assessment template

Ph2/8

CO2 abatement in an integrated methanol and power system

Ph3/13

Other studies concerned with CO2 capture and storage

Full Fuel Cycle study

not numbered

Transport and environmental aspects of carbon dioxide sequestration

SR5

Full fuel cycles: climate change damages in two scenarios

Ph2/3

Decarbonisation of fossil fuels

Ph2/2

LNG full fuel cycle – Emissions and private costs

Ph2/12

The assessment of climate change damages – workshop

SR 6

Representing technology in energy models

Ph2/17

LNG fuel cycle: Impacts

Ph3/5

CO2 abatement in gas-to-liquids plant: Fischer-Tropsch Synthesis

Ph3/15

Other Major Energy Using Industry

The reduction of greenhouse gas emissions from the cement industry

Ph3/7

The reduction of greenhouse gas emissions from the oil refining and petrochemical industry

Ph3/8

Greenhouse gases from major industrial sources
– IV The Aluminium Industry

Ph3/23

Greenhouse gas emissions from major industrial sources
– III Iron and steel production

Ph3/30

CO2 abatement in oil refineries: Fired Heaters

Ph3/31

Retrofit Abatement Measures

Reduction of greenhouse gas emissions from offshore oil and gas installations

Ph3/9

Retrofit of power stations for greenhouse gas abatement: Case studies

Ph3/18

Other Mitigation Measures (including enhancement of sinks)

The use of biomass to generate electricity on a large scale

Ph2/10

Ocean fertilisation as a CO2 sequestration option

O/S6

Assessment of the cost of large scale forestry for CO2 sequestration

Ph2/15

Carbon sequestration by forestry – Effects of timber markets

Ph3/10

Large scale power generation using forestry and wood industry by-products

Ph3/11

Enhancement of oceanic uptake of CO2 by macro-nutrient fertilisation

Ph3/19

The potential of wind energy to reduce CO2 emissions

Ph3/24

Methane and other non-CO2 greenhouse gases

Reduction of methane emissions from:

• Coal mining

Ph2/5

• Oil and gas industry

Ph2/7

• Land disposal of solid waste

Ph2/6

• Other anthropogenic sources

Ph2/9

• Thermal destruction of solid wastes to mitigate methane emissions

Ph2/18

Abatement of other greenhouse gases – Nitrous Oxide

Ph3/29

Abatement of emissions of other greenhouse gases – Engineered Chemicals

Ph3/35

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