1.: Overview of Fundamentals of Synthetic Ultra Clean Transportation Fuels Production, John Anderson and Mark Ackiewiicz
2.: Ultra-Clean Transportation Fuels From Coal: An Overview, John Shen1, Edward Schmetz, Gary J Stiegel, John C Winslow, Robert M Kornorsky, and Suresh C Jain.
3.: NETL's Ultra-Clean Fuels Focus Area: An Overview, Charles E. Taylor, and Anthony V. Cugini
4.: Technology Opportunities For Clean Fuels, Paul O'Connor, and Steve Mayo Production from Solid and Liquid Carbonaceous Feedstocks
5.: Clean Fuel Production Using PEPS Technology, Ronald J. Patun
6.: Effect Of Ultrasonic Irradiation On Enzymatic Transesterification Of Waste Oil To Biodiesel, Hong Wu and Min-hua Zong
7.: Improving Enzymatic Transformation Of Waste Edible Oil To Biodiesel By Adding Organic Base, Zhi-feng Chen, Min-Hua Zong, and Hong Wu
8.: Catalytic gasification of biomass to produce synthesis gas at low temperature,, Mohammad Asadullah, Kimio Kunimori, and Keiichi Tomishige
9.: ExStol - Exelus Synthesis Gas to Liquids Technology, Mitrajit Mukherjee and Sankaran Sundaresan
10.: Methane reforming with tungsten carbide catalyst, E.L. Kugler, M.V. Iyer, L. Norcio, and D.B. Dadyburjor
11.: The Effect of Pressure on the Carbon Deposition Route in CO2 Reforming of13 CH4 on Noble Metal Catalysts, Christopher D. Johnson and Abolghasem Shamsi Advances in Catalysis
12.: Effect of High Surface Area Siliceous Supports on the Structure and Catalytic Performance of Ni2P Catalysts, Yong-Kul Lee and S. Ted. Oyama
13.: Direct decomposition of methane to hydrogen on metal loaded zeolite catalyst, Lucia M. Petkovic, Daniel M. Ginosar, Kyle C. Burch, and Harry W. Rollins
14.: Product distributions and carbon balances in higher alcohol synthesis using molybdenum-based catalysts, D.B. Dadyburjor, L. Norcio, and E.L Kugler
15: Methanol synthesis activity of SiO2 supported Pd sulfide catalyst and its local structure around Pd atoms investigated by extended X-ray absorption fine structure spectroscopy, Naoto Koizumi, Kazuhito Murai, Satoshi Takasaki, and Muneyoshi Yamada
16.: The Effect of CO, H2S and H2O on the Hydrogen Permeance of Pd-Cu Alloy Membranes, Anthony Cugini1, B.H. Howard2, B.D. Morreale3, O. Iyoha3, and R.E. Enick.
17.: Mechanisms of Sulfur and Nitrogen Removal from Liquid Fuel by supercritical fluid, Olubunmi M. Ogunsola
18.: Fluid regeneration of deactivated solid alkylation catalyst, David N. Thompson, Daniel M. Ginosar, and Kyle Coates
19.: ExSact - Novel solid-acid catalyzed iso-Paraffin alkylation process
20.: Cryptomelane as High Capacity Sulfur Dioxide Absorbent for Diesel Emission Control, Liyu Li
21.: Adsorption properties change of Ni/Y on sulfur compounds depending on the diesel composition, Chang Hyun Ko, Vinay M. Bhandari, Jung Geun Park, Jong-Nam Kim, Sang Sup Han, and Soon Haeng Cho
22.: Screening of potential o-ring swelling additives for ultra-clean transportation fuels, John P. Baltrus, Dirk D. Link, Paul H. Zandhuis (2), and Robert J Gormley.
23.: Starting Diesel Engines at Low Temperature—Impact of Ignition Quality, Robert Freerks
Mechanism of Soot Suppression During Diesel Combustion By Water, Daniel T Daly
24.: Viscosity of DME diesel fuel blends, Shirish V. Bhide, Andre L. Boehman, and Joseph M. Perez
Process Modeling and Optimization
25.: Optimization of Cu-Zn catalyst for methanol synthesis from syngas using simple genetic algorithm, Kohji Omata, Testu Umegaki, Yusuke Watanabe, Gunji Ishiguro, and Muneyoshi Yamada
26.: Slurry Bubble Column Reactor Optimization,, Isaac K. Gamwo (1), Dimitri Gidaspow (2), and Jonghwun Jung (2).