Williams 1 Project Development

The author thanks all his colleagues and students who have participated during the past few years in the program of work reviewed in this paper he is particularly indebted to P.M. Collins, R.J. Ferrier, E.J. Hedgley, and N.R. Williams for their cooperation and assistance in initiating and developing the project. 

The overall system that we will analyze comprises the unbleached Kraft pulp line, chemicals and energy recovery zones of a specific paper mill (Melville and Williams, 1977). We will employ a somewhat simplified but still realistic representation of the plant, originally developed in a series of research projects at Purdue University (Adler and Goodson, 1972 Foster et al., 1973 Melville and Williams, 1977). The records of simulated operation data, used to support the application of our learning architecture, were generated by a reimplementation, with only minor changes, of steady-state models (for each individual module and the system as a... 

RTW acknowledges William Curtis (Curt) Sexton of the Glass Development Laboratory at SRNL for support for all quartz glass needs for this project. 

In the economics-insensitive niche market of the luxury automobile, the development of a high-output SOFC alternative to the lead-acid battery and engine-driven alternator is well advanced at BMI/Delphi Corp (Williams, 2002). BMW is a partner in the project, which uses a Global Thermoelectric planar SOFC stack. The gain would be air-conditioner operation independent of the vehicle engine. 

Halcrow and DHV, 1995, National Minor Irrigation Development Project - Baseline Survey Water Quality Part 1 Sir William Halcrow and Partners Ltd, DHV Consultants BV. 

Development of National Science Education Standards Project, National Academy of Sciences, Washington, DC Wayne E. Ransom, Program Director, Informal Science Education Program, National Science Foundation, Washington, DC David Reuther, Editor-in-Chief and Senior Vice President, William Morrow Books, New York, NY Robert Ridky, Associate Professor of Geology, University of Maryland, College Park, MD F. James Rutherford, Chief Education Officer and Director, Project 2061, American Association for the Advancement of Science, Washington, DC... 

In 1966, United States Agency for International Development (USAID) funded a project for the development of a malaria vaccine at the University of Illinois (under Paul Silverman) and later at the University of New Mexico (Albuquerque, New Mexico) (under Karl Rieckmann). By the mid-1970s, USAID decided to diversify and expand its vaccine effort and so it enlisted the support of William Trager to undertake the cultivation of P. falciparum— an enterprise he had abandoned some 5 years earlier. In his proposal to USAID, Trager specifically asked for funds to support a post-doctoral student who was experienced in the cultivation of intracellular parasites. James B. Jensen was the person invited by Trager to fill that position. 

I and the editors of the nine sections of this book wish to thank Janet S. Dodd, Cheryl Shanks, Cathy Buzzell-Martin, and Steven Powell of the ACS Books Department for their help and patience during the writing and editing of the manuscripts. We also appreciate the assistance of William B. Hambleton Jr., Donald Nickerson, and Carol Little of DuPont in various stages of the project. We give special thanks to Amelia V. Kahn, Executive Secretary, for her many contributions to the development of the symposium and the subsequent preparation of the papers for publication in this book. 

Caternillar Onerates PEM Fuel Cell stack on Ethanol Reformate Caterpillar, Nuvera Fuel Cells, and Williams Bio-Energy have teamed to develop and demonstrate a 15-kW ethanol-fueled PEM fuel cell system. The primary technical objectives of this project are to demonstrate performance, durability and reliability and to understand correlations and reduce gaps between stationary and transportation PEM fuel cell applications. Power module design specifications have been completed. The reformer has been tested for a short period of time (45 minutes) on ethanol at rated power, and 45- and 80-cell stacks have been successfully tested with output from the reformer. 

Caterpillar, Nuvera Fuel Cells, and Williams Bio-Energy have teamed up to develop and demonstrate a 15 kilowatt (kW) ethanol-fueled proton exchange membrane (PEM) fuel cell system. The primary objectives of this project are to ... 

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