Mixed surfactants for positive synergism in dense CO2
This proposal aims to explore a cheaper and more environmental-benign surfactant system for yielding efficient water/CO2 microemulsions. The new surfactants permit high stability at high water-to-surfactant molar ratios (W0), and mild pressures (P) and temperatures (T). For W/CO2 microemulsions most hydrocarbon (HC) surfactants cannot solubilize water at W0 values above 10, even at high P and T. For any potential industrial applications, not only a high solubilizing power but also mild conditions P (~100 bar) and T (~rt.) will be needed. Our groups in Bristol and Hirosaki (Japan) have been developing new, very promising surfactants for W/CO2 microemulsions.
- 1210078
- 2FG_8FGW10_350bar_SANS
- 2FG_8FGW10_350bar_T...
- 2FG_8FGW20_350bar_N...
- 2FG_8FGW20_350bar_N...
- 2FG_8FGW20_350bar_SANS
- 2FG_8FGW20_350bar_T...
- 2FG_8FGw20_350bar_r...
- 2FG_8FGw20_350bar_r...
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- 2FG_8FGw60_350bar_S...
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- 4FSEO2W20_350bar_TRANS
- 4FSEO2W40_350bar_SANS
- 4FSEO2W40_350bar_TRANS
- 4FSEO2W60_350bar_SANS
- 4FSEO2W60_350bar_TRANS
- 8F DES_W20_SANS
- 8F DES_W20_TRANS
- 8mm_SANS
- 8mm_TRANS
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- CO2
- CO2_350
- Cell CO2_SANS
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- Cummings
- CycC2_SANS
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- CycC3_SANS
- CycC3_TRANS
- CyclohexC2_TC14_W5_...
- CyclohexC2_TC14_W5_...
- CyclohexC3_SANS
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- CyclohexC3_TC14_TRANS
- CyclohexC3_TC14_W5_...
- CyclohexC3_TC14_w5_...
- CyclohexC3_TRANS
- D2O
- D2O surfactants CO2
- D2O_SANS
- D2O_TRANS
- Direct
- Eastoe
- Empty
- FC4HC2_W20_SANS
- FC4HC2_W20_TRANS
- FC4HC4_W20_SANS
- FC4HC4_W20_TRANS
- FC6HC2_W20_SANS
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- FC6HC6_W20_SANS
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- FC6HC6_W40_SANS
- FC6HC6_W40_TRANS
- FC6HC6_W60_420bar_SANS
- FC6HC6_W60_420bar_T...
- FC6HC6_W60_SANS
- FC6HC6_W60_TRANS
- FC6HC8_W20_SANS
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- H2O_SANS
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- IEO10_W10_350bar_SANS
- IEO10_W10_350bar_TRANS
- IEO10_W10_350bar_no...
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- IEO10_W20_200mM_350...
- IEO10_W20_200mM_350...
- IEO10_W20_200mM_350...
- IEO10_W20_200mM_350...
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- IEO10_W20_350bar_no...
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- IEO10_W40_200mM_170...
- IEO10_W40_200mM_170...
- IEO10_W40_200mM_250...
- IEO10_W40_200mM_250...
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- IEO10_W40_200mM_350...
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- IEO10_W40_200mM_350...
- IEO10_W40_200mM_350...
- IEO10_W40_200mM_350...
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- IEO10_W40_200mM_D2O...
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- IEO10_W40_350bar__T...
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- IEO10_W40_350bar_no...
- IEO10_W80_350bar_SANS
- IEO10_W80_350bar_TRANS
- IEO10_W80_350bar_no...
- IEO10_W80_350bar_no...
- James
- LOQ
- MT
- Mixed
- Mohamed
- PhenC2_SANS
- PhenC2_TRANS
- PhenC3_SANS
- PhenC3_TC14_W0_SANS
- PhenC3_TC14_W0_TRANS
- PhenC3_TC14_W5_SANS
- PhenC3_TC14_W5_TRANS
- PhenC3_TRANS
- Rogers
- SBIGS_W10_350bar_SANS
- SBIGS_W10_350bar_TRANS
- SBISS_W10_350bar_SANS
- SBISS_W10_350bar_TRANS
- SIS1_W10_350bar_SANS
- SIS1_W10_350bar_TRANS
- Sagisaka
- Smith
- TC14_W0_SANS
- TC14_W5_SANS
- TC14_W5_TRANS
- TC14_w0_TRANS
- TK49
- after
- bar
- beam_TRANS
- can
- cell
- cell_350bar_SANS
- cell_350bar_TRANS
- cell_3_SANS
- cell_4_SANS
- cell_SANS
- cell_TRANS
- dense
- peak
- positive
- propsal
- see
- surfactants
- synergism
Provenance | |
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Creator | Professor Julian Eastoe; Mr Azmi Mohamed; Mr Stephen Cummings; Dr Gregory Smith; Dr Sarah Rogers; Professor Masanobu Sagisaka; Dr Craig James; Mrs Asma Naz; Mr David Yan |
Publisher | ISIS Neutron and Muon Source |
Publication Year | 2015 |
Rights | CC-BY Attribution 4.0 International; https://creativecommons.org/licenses/by/4.0/ |
OpenAccess | true |
Contact | isisdata(at)stfc.ac.uk |
Representation | |
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Resource Type | Dataset |
Discipline | Photon- and Neutron Geosciences |
Temporal Coverage Begin | 2012-05-30T08:25:45Z |
Temporal Coverage End | 2012-06-05T07:28:34Z |