Part I - FRRPP theory -- Calculations to probe FRRPP behavior of PMAA-MAA-Water system -- Closed-form estimation of reactive polymer domain size for FRRPP control -- Molecular weight considerations in FRRPP behavior -- LCST-UCST-based Copolymerization -- Unsteady-State Mathematical Modeling/Computer Simulation of FRRPP Behavior -- Part II - Emulsion FRRPP (EFRRPP) -- Initial approach -- Modified approach -- Impact of process parameters on EFRRPP -- Radical-containing polymer emulsions -- Control experiments to test auto-polymerization of PS and BA -- Part III – Supplementary Topics -- Cloudpoint Studies of PMMA-MMA-Pentane Systems -- PMMA-PBA from Emulsion PMMA-MMA-Pentane Systems -- Low-VOC Latex Paints and Coatings -- Oil Spill Control from Emulsion-based FRRPP Foaming Surfactant Systems -- Polymer Modification of VA-AA-based Copolymer Emulsions -- Oil Dispersants from FRRPP-based Surfactants.

This monograph is a follow-up material to the first FRRPP book by Gerard Caneba in 2009. It includes additional conceptual results, implementation of the FRRPP process in emulsion media to produce various block copolymers, and other FRRPP-related supplementary topics. Conceptual topics include the application of the quantitative analysis presented in the first FRRPP monograph for the occurrence of the FRRPP process to the polysterene-styrene-ether (PS-S-Ether) and poly(methacrylic acid)-methacrylic acid-water (PMAA-MAA-Water) systems, as well as extensions through unsteady state analysis of the occurrence of flat temperature profiles.  Also, the generalization of the quantitative analysis is done to consider molecular weight effects, especially based on changes of the phase envelope to an hourglass type. Topics in implementation of the FRRPP process from pre-emulsions of monomers and the solvent/precipitant are highlighted.  Additional FRRPP topics are included in this monograph that pertain to more recent efforts of Gerard Caneba, such as  oil spill control, oil dispersant system, and caustic sludge remediation from emulsion-based FRRPP materials, hydrolysis of vinyl acetate-acrylic acid-based copolymers, and other polymer modification studies from FRRPP-based emulsions.