Introduction
  Hydrocarbon solubility and the effects of oxygenate
  cosolvents - previous research and the approach selected
Laboratory experiments
  Experimental methods
  Time-to-equilibrium experiments
  Effect of varying aqueous:gasoline phase ratios
  Aqueous BTEX concentrations from oxygenate-gasoline
  mixtures
  Cosolubility effects of high methanol contents
  Volume proportions of BTEX
Predicting aqueous concentrations of BTEX from PS-6
gasoline
  Partitioning theory
  Effect of aqueous:gasoline phase ratios on BTEX solubility
Predicting aqueous BTEX concentrations from gasoline
containing oxygenate additives
  Effect of a hydrophilic oxygenate on the aqueous
  concentrations of BTEX
  Enhanced solubility of BTEX by hydrophilic solvents
    Cosolvency theory
    Effect of methanol on benzene solubility
    Effect of methanol on BTEX solubility from gasoline
    Effect of aqueous:gasoline phase ratios at higher
    methanol contents
    Summary of cosolvency effects
  Dissolved BTEX plumes resulting from spills of
  methanol:gasoline mixtures
    Methanol partitioning
    Successive batches
    BTEX plumes
Conclusions
References
Appendix A - Specifications and composition of PS-6
             gasoline
Appendix B - Analytical methods/quality control results
Appendix C - Parameter values used in calculations
Appendix D - Relationship between normalized and
             unnormalized data
Appendix E - Successive batch simulations