USDOE Optimal Coal Liquefaction

 
We'll just reproduce, below, the info available through the enclosed link.
 
No comment, except that we must not have been, "they" might prefer to have us believe, able to get 'er done.
 
But, we would still like to see a copy of the final report; at least to see why we, supposedly, couldn't get 'er done; and, why we don't now have some "Optimal Coal Liquefaction" plants under construction..
 
Wouldn't you?
 
PS: It is Sandia's Rich Diver, if you recall our earlier posts, who has proposed a "Counter Rotating Ring Receiver" device for Carbon Dioxide recycling. And, Sandia's role seemed to be only a part of this total coal liquefaction package. Be nice to know what was in the rest of the package, and who else was involved.
 
And, why is the name of the Contract Specialist so adamantly unavailable?
 
 
"DOE/NETL's transportation fuels program is aimed at providing the nation with an alternative source of liquid fuels by the year 2005.
 
Project Information
Project ID: FWP-22182
Project Title: Modeling for Optimal Coal Liquefaction
FE Program: Coal Fuels - Liquid Fuels
Research Type: Basic Research
Funding Memorandum: Field Office Work Agreement
Project Performer
Performer Type: DOE/National Laboratory
Performer: Sandia National Laboratories (SNL) - NM
1515 Eubank Blvd., SE
Project Team Members:  
Project Location
City: Albuquerque
State: New Mexico
Zip Code: 87123-3453
Congressional District: 01
Responsible FE Site: NETL
Project Point of Contact
Name: Sylwester, Alan P.
Telephone: (505) 844-8151
Fax Number: (505) 854-9500
Email Address: apsylwe@sandia.gov
Fossil Energy Point of Contact
Name: Krastman, Don
Telephone: (412) 386-4720
Location: NETL
Email Address: donald.krastman@netl.doe.gov
Project Dates
Start Date: 10/01/2000
End Date: 10/01/2001
Contract Specialist
Name: N/A - do not edit, N/A - do not edit N/A - do not edit
Telephone: (703) 387-6027
Cost & Funding Information
Total Est. Cost: $125,000
DOE Share: $125,000
Non DOE Share: $0
Project Description
DOE/NETL's transportation fuels program is aimed at providing the nation with an alternative source of liquid fuels by the year 2005. Sandia's role in this effort is aimed at facilitating process development and improving process efficiency through advanced kinetic modeling efforts. In this project, a Sandia developed software package known as Signature that generates and integrates kinetic reaction networks using heuristic rules to generate reaction networks, quantitative structure property relationships (QSPRs) to determine reaction rate constants, and a unique stochastic method to integrate the network. Signature will be modified to allow the handling of heterogeneous catalytic reactions, as well as the homogeneous reaction systems for which it was originally designed."