Private Industry
P.I. (1992) |
Fundamental Studies of Recalcitrant Lignin in Pulp
|
40,000/1 year |
USDA/NRI
P.I. (1992) |
Fundamental Studies of the Photoinitiated Oxidation of
Lignin
|
102,000/2 year |
Private Industry
P.I. (1993) |
Structural Characterization of Fungal Treated Wood
|
8,000/1 year |
Private Industry
P.I. (1993) |
Wet/Dry Strength of Kraft Pulp
|
3,500/1 year |
DOE-ORNL
P.I. (1993) |
Design of Biobleaching Catalyst
|
27,500/1 year |
NSF-(DBI)GA-Tech
Co-P.I. (1994) |
Upgrade of (GA Tech) 400 MHz NMR Spectrometer |
150,000/1 year |
Private Industry
P.I. (1993) |
Cellulose Chemistry
|
35,000/1 year |
NSF
P.I. (1995) |
Stabilization of Mechanical Pulp Against
Color Reversion
|
165,000/2 year |
USDA
P.I. (1995) |
Development of Nonchlorine Bleaching Agent
|
27,000/1 year |
Private Industry
P.I. (1995) |
Analysis of Kraft Residual Lignin
|
12,500/1 year |
Private Industry
P.I. (1995) |
Activation of Hydrogen Peroxide for Bleaching Kraft
Pulps
|
60,000/1 year |
Private Industry
P.I. (1995) |
Increase Wet/Dry Strength of Kraft Pulp
|
8,000/1 year |
Roche
P.I. (1996) |
Roche Gift to Ongoing Research
|
9,800/1 year |
Private Industry
P.I. (1996) |
Review of Brightness Reversion Technologies
|
5,000/1 year |
ORNL-DOE
P.I. (1996) |
Design of Biobleaching Catalyst
|
27,500/1 year |
Private Industry
P.I. (1996) |
Structural Elucidation of Fungal Treated Wood
|
8,000/1 year |
Georgia TIP3
P.I. (1996) |
Improved Peroxide-Based Bleaching
|
104,263/2 year |
DOE
P.I. (1996) |
High Efficiency ClO2 Delignification |
506,900/2 year |
Private Industry
P.I. (1996) |
Structural Characterization of Fungal Treated Wood
|
8,000/1 year |
Private Industry
P.I. (1997) |
Validate Brightness Reversion Technology
|
17,550/1 year |
Private Industry
P.I. (1997) |
Kraft Pulping Additive Studies
|
75,000/1 year |
USDA
P.I. (1997) |
Photoinitiated Oxidation of Lignin
|
102,000/2 year |
Georgia TIP3
P.I. (1998) |
Low Effluent Bleaching Technology
|
46,683/1 year |
DOE
P.I. (1998) |
Mill-Designed Biobleaching Technologies
|
548,000/3 year
|
USDA
P.I.(1999) |
Lignocellulosic Photostabilization
|
110,900/2 year |
DOE
P.I. (1999) |
High Selectivity Oxygen Delignification
|
750,000/3 year |
Private Industry
Co-P.I. (1999)
|
Elaboration and Control of Air-Dried Hand Towel Odor
|
50,000/1 year |
USDA
Co-P.I. (1999) |
UV/Vis Spectroscopy for Wood Chemistry
|
25,528/1 year |
USDA
P.I. (1999) |
Photobleaching Lignin
|
90,000/2 year |
Georgia TIP3
Co-P.I. (2000) |
Management of Soil Quantity and Quality in High
Productivity Forest Plantations
|
14,188/1 year |
DOE
P.I. (2000) |
Fast Curing of Composite Wood Products
|
300,000/2 year |
DOE
Co-P.I. (2000) |
Novel Pulping Technology: Directed Green Liquor
Utilization Pulping |
610,000/2 year |
DOE
Co-P.I. (2001) |
Higher Efficiency Oxygen Delignification
|
|
Sloan
Co-P.I. (2001) |
Price Behavior (Forecasting & Elasticity) in the Pulp
and
Paper Industry
|
75,000/1 year |
Georgia TIP3
Co-P.I. (2000-03) |
Management of Soil Carbon Quantity and Quality in
High Productivity Forest Plantations
|
53,000/3 year |
Georgia TIP3
P.I. (2002) |
High Filler Content Paper and Board Products
|
117,000/1 year |
Georgia TIP3
P.I. (2002) |
Development of Technology for New High-Value Cellulose
Products
|
70,000/1 year |
Georgia TIP3
P.I. (2003) |
Optimizing the Pulping of Georgia’s SW Thinning
Wood Resource
|
50,000/1 year |
Georgia TIP3
P.I. (2003) |
High Filler Content Paper and Board Products - II
|
100,000/1 year |
Private Industry
P.I. (2003) |
Fiber Oxidation/Sulfonation |
300,000/2 years |
Private Industry
P.I. (2003) |
Chemically Modified Fibers
|
350,000/2 years |
USDA
P.I. (2003) |
Novel Biomass Processing
|
170,000/3 years |
DARPA
P.I. (2003) |
BioEngineering Cellulosic Metabolic Nutritional Capabilities
|
200,000/ 1 year |
| IPST Industrial Consortium |
Fiber Modification/Fiber-Fiber
Bonding
|
356,000/1 year |
| IPST Industrial Consortium |
Composite Paper Structures
|
230,000/1 year |
P.I.: Principal Investigator; Georgia TIP3:
Georgia Traditional Industries in Pulp and Paper Production;
DOE: Department of Energy; USDA: United States Department
of Agriculture; NSF: National Science Foundation
|
