Commercial & developing technologies for producing carbon monoxide are discussed; cost of production estimates for a range of production processes are given. Carbon monoxide consumption factors are used to develop implied carbon monoxide capacity for key applications & regional demand forecasts for these are given.

Biotechnologies for producing glycols and polyols are discussed along with cost of production estimates for a range of bioglycols and biopolyols. Regional supply, demand and trade data are also given.

Current and developing xylenes production technologies are reviewed. Cost estimates have been developed for p-xylene production via a number of process technologies (e.g. EB Isomerization & Dealkylation, TDP & Selective TDP/Crystallization, PxMaxSM/Crystallization, C9 Transalkylation/Adsorption/Isomerization, Hydrotreating/Reforming etc) and m-xylene production via UOP MX Sorbex technology.

Technology and cost of production estimates to convert biomass into acetyls at commercial scale capacities based on both fermentation and thermochemical (gasification) platforms is reviewed. Acetyl integration opportunities and economics of acetic anhydride, VAM, and ethyl/butyl acetates produced via traditional petrochemical routes are compared to the potential "green" routes.