Monday, October 19, 2020
Welcome and Introduction
Angelos Kokkinos, U.S. Department of Energy
Advanced Coal Processing Program Overview
Joe Stoffa, National Energy Technology Laboratory
NETL-RIC's Coal to Products Research
Christopher Matranga, National Energy Technology Laboratory
Coal Conversion for Carbon Fibers and Composites
Edgar Lara-Curzio, Oak Ridge National Laboratory
Coal to Carbon Fiber (C2CF) Continuous Processing for High Value Composites
Matthew Weisenberger, University of Kentucky
Experimental Validation and Continuous Testing of an On-Purpose High-Yield Pitch Synthesis Process for Producing Carbon Fiber from US Domestic Coal and Coal to Carbon Fiber Novel Supercritical Carbon Dioxide (SCO2) Solvated Process
Charles Hill, Ramaco Carbon
Silicon Carbide (SIC) Foam for Molten Salt Containment in CSP-GEN3 Systems
Dwayne Morgan, Touchstone Research Laboratories
Direct Utilization of U.S. Coal as Feedstock for the Manufacture of High-Value Coal Plastic Composites
Jason Trembly, Ohio University
Coal Core Composites for Low Cost, Light Weight, Fire Resistant Panels and Roofing Materials
Walter Sherwood, Semplastics
A Novel Process for Converting Coal to High-Value Polyurethane Products
Satya Chauhan, Battelle Memorial Institute
Tuesday, October 20, 2020
Conversion of Coal to Li-Ion Battery Grade (Potato) Graphite
Michael Wagner, George Washington University
U.S. Coal to Conductive Inks
James Hnat, Minus 100
High Yield Microwave Plasma Conversion of Coal for Low-Cost 3D Printable Composites
Amit Naskar, Oak Ridge National Laboratory
Efficient Ultra-Rapid Microwave Plasma Process for Generation of High Value Industrial Carbons and 3D Printable Composites from Domestic Coal
George Skoptsov, H Quest Vanguard
Conversion of Domestic US Coal into Exceedingly High-Quality Graphene
James Tour, Rice University
Production of Carbon Nanomaterials and Sorbents from Domestic U.S. Coal
Seyed Dastgheib, Unversity of Illinois at Urbana Champaign
Efficient Process for the Production of High Conductivity, Carbon-Rich Materials from Coal
Dorin Preda, Physical Sciences
The Novel Charfuel Coal Refining Process 18 Tpd Pilot Plant Project for Co-Producing an Upgraded Coal Product and Commercially Valuable Co-Products
Lee Meyer, Carbon Fuels
Pilot-Scale Testing of the Hydrophobic-Hydrophilic Separation Process to Produce Value-Added Products from Waste Coals
James Reyher, Minerals Refining Company
These Projects did not participate in the virtual meeting but are part of the program portfolio
Coal as Value-Added for Lithium Battery Anodes
Walter Sherwood, Semplastics
NETL Sorbent Technology for the Removal of Heavy Metals from Coal-waste Effluents
Qiuming Wang
