The chemistry and speculative production economics for potentially interesting barrier monomers for PET are presented. The performance and costs of PET modified with these new monomers is also assessed.
Chemistry, process technology, and production economics for propylene oxide are presented. Special emphasis is given to comparing the new (Sumitomo) and emerging (hydrogen peroxide, direct, hydro-oxidation) routes to PO/SM. Market forecast is provided.
Chemistry, process technology and production economics for acetic acid is presented. Process technologies include: conventional methanol carbonylation, Celanese AO, BP Cativa, Chiyoda Acetica, Showa Denko direct ethylene oxidation, Sabic ethane oxidation
The chemistry, process technology, and production economics for nitrobenzene and aniline are presented. In addition, the tri-regional market outlook for both materials is given out to 2010.
The various approaches to curtailing coke formation in ethylene steam cracker furnace tubes are assessed. In addition, an economic comparison of the various methods is presented. Regional supply/demand outlook out to 2010 is also given
The process technology and production economics of benzene and toluene separation and purification are presented. The supply/demand outlook to 2005 is also given.
The chemistry, process technology and production economics for butyraldehyde, n-butanol, 2-ethylhexanol, isononanol, isodecanol, and 2-propylheptanol are presented. In addition, a market forecast for n-butanol and 2-EH out to 2010 is also provided.
The process technology and production economics of butadiene, isobutylene, and 1-butene are provided. Strategies for maximizing the value of C4 streams are presented and compared. Regional market outlook for these materials out to 2010 is also provided.
The chemistry, process technology, and production technology of PTA and DMT are presented. Emphasis is given to a comparison of conventional PTA economics to a developing route based on DMT hydrolysis. Supply/demand forecast out to 2010 is also provided
The processing and economic advantages of cracking F-T liquids at various severities are discussed in this report. In addition, a review of commercial and developing GTL technologies are also provided.