The chemistry, process technology, and production economics for both Nylon 6 and Nylon 6,6 are presented. The economics compare batch versus continuous processing for both materials.
The economics of using competing feedstocks for VCM manufacture are elucidated. Coal-based acetylene in China, ethanol-based ethylene in Brazil, E/P-based ethylene in the U.S. and naphtha-based ethylene in Western Europe for VCM production are compared.
The chemistry, process technology, and production economics for LAB manufacture are presented. Economics for n-parrafins and LAB production via HF and solid catalyst are provided. The Detal analysis includes the impact of UOP’s incorporation of a transalkylation step.
The chemistry, process technology and production economics for six different routes to “green” propylene are presented. Feedstocks for the various approaches include ethanol, biobutanol, biomass, and vegetable oil. Regional supply/demand forecasts for propylene are also provided.
The process technology and economics for making polymer grade propylene via enhanced FCC processes are assessed. Production economics are compared for enhanced FCC versus conventional FCC with ZSM- additive versus conventional naphtha steam cracking.
The chemistry, process technology and production economics for sulfuric acid manufacture are presented. The historical development of various process routes are reviewed and a detailed description of the modern double absorption contact process is presented. Regional supply/demand balances out to 2013 are given.
Floating LNG production technology is part of an ongoing effort to monetize “stranded” offshore natural gas resources. This report assesses the various technologies that are being developed around the world to enable cost effective floating LNG production. Technical, economic, and market drivers are discussed.
The chemistry, process technologies and production economics for methanol manufacture are assessed and compared. Syngas production and methanol synthesis routes are reviewed for several licensors. Regional production cost estimates are provided as well as capacity and regional supply/demand balances.
The chemistry, process technologies and production economics for propylene oxide manufacture are assessed and compared. Chlorohydrin, PO/MTBE, and PO/SM routes are compared to the new Sumitomo and hydrogen peroxide-based approaches.
The chemistry, process technologies and production economics for DME manufacture are assessed and compared. Features of Two-Step processes are reviewed while One-Step and Liquid-Phase routes are described in more detail.