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| Principal Investigator | Project Title | End Date | Current Budget | Total Budget | |||||
CLEAN REACTION TECHNOLOGIES | |||||||||
| Dumesic, Rudd | Computer-Aided Chemical Industry Planning System (CIPS) | 1995 | $125,000 | $125,000 | |||||
| Cameron | Microbial Catalysis for the Conversion of Sugars and Other Renewable Materials to Propanediols | 1996 | $43,750 | $93,760 | |||||
| Carr | Investigation of the Partial Oxidation of Methane to Methanol in a Simulated Countercurrent Moving Bed Reactor | 1996 | $43,199 | $43,199 | |||||
| Crittenden, Hand, Selzer, Zhang | Pollution Prevention and Remediation through Photocatalytic Oxidation Processes | 1996 | $57,826 | $137,167 | |||||
| Daoutidis, Carr, Cussler, Schmidt, Srienc | Clean Chemicals Manufacturing: Integrated Synthesis and Processing of Chemicals | 1996 | $16,750 | $16,750 | |||||
| Rudd, Dumesic, Cortright | Chemical Reaction Pathways for Pollution Prevention/Clean Production of Environmentally Benign Fluorochemicals | 1996 | $50,000 | $462,062 | |||||
CLEAN PROCESS DESIGN GUIDELINES | |||||||||
| Rogers, Kline, Luehrs | Physical Property Predictive Driver | 1995 | $46,874 | $46,874 | |||||
| Shonnard, Mayer | Data for Waste Inventory Factors | 1995 | $46,875 | $46,875 | |||||
| Baker, Barna, Radecki, Rogers | Clean Process Advisory System (CPAS) Core Development | 1996 | $73,554 | $177,613 | |||||
| Barna, Rogers | Design Options Ranking Tool | 1996 | $67,221 | $213,247 | |||||
| Crittenden, Hand, Rogers, Kline, Yu | Recovery of Organics from Fluid Streams Using Adsorption and Distillation | 1996 | $42,312 | $42,312 | |||||
| Crowl | Process Safety and Risk Evaluation Tool | 1996 | $9,648 | $27,103 | |||||
| Crowl | Reactive Chemistry Screening Tool | 1996 | $15,284 | $15,284 | |||||
| Hand, Rogers, Green, Mayer, Mihelcic, Crittenden | Development of Environmental Technologies Treatment Design Options Tool (ETDOT) | 1996 | $77,878 | $87,801 | |||||
| Patty, Sutherland, Baillod | Environmentally Conscious Design for Construction Tool | 1996 | $76,917 | 76,917 | |||||
| Rogers, Luehrs, Kline | Pollution Prevention Process Simulator: A Physical Properties Resource Tool/Chemical Properties Tool (StEPP) | 1996 | $89,019 | $192,466 | |||||
| Shonnard, Mayer, Paterson, Auer | Environmental Fate and Risk Assessment Tool (EFRAT) | 1996 | $58,593 | $82,777 | |||||
| Kim, Wilson | A Case Study: Process Simulation and Control for Waste Minimization | 1995 | $24,806 | $85,699 | |||||
EFFICIENT MATERIALS UTILIZATION | |||||||||
| Dewey | Efficient Materials Utilization Assessment | 1995 | $35,665 | $171,101 | |||||
| Hepworth | Thermal Dissociation of Pyrite into Pyrrhotite and Sulfur | 1995 | $37,500 | $37,500 | |||||
| Hwang, et al | Control of Mercury Emissions from Coal Fired Power Plants Using Fly-Ash-Derived Carbon | 1995 | $72,087 | $72,087 | |||||
| Ragland, Baker | Gaseous Emissions and Ash Characterization from Combustion of Manufactured Wood Products | 1995 | $37,500 | $112,500 | |||||
| Brezonik, Dhennin | Pollution Prevention Assessment of an Electrodeposition Coating and Pre-Treatment System | 1996 | $35,327 | $35,327 | |||||
| Cussler | Amphophilic Solvents For Pollution Prevention | 1996 | $22,823 | $22,823 | |||||
| Sarkanen | Means for Producing an Entirely New Generation of Lignin-Based Plastics | 1996 | $37,688 | $37,688 | |||||
| Semmens | Oil Recovery and Reuse in the Machining and Metal Fabrication Industries | 1996 | $28,186 | $28,186 | |||||
| Semmens, Riley | Assessment of an In-Line Copper Recovery Technology as a Waste Reduction Strategy for the Metal Finishing Industry | 1996 | $42,174 | $42,174 | |||||
ENVIRONMENTALLY CONSCIOUS MANUFACTURING | |||||||||
| Gadh | Industrial Design for Environment via Design for Disassembly - An Automobile Focus | 1996 | $31,250 | $31,250 | |||||
| Olson, Sutherland | Selection of Processes to Support Environmentally Conscious Design and Manufacturing | 1996 | $25,280 | $90,347 | |||||
SURVEYS Cussler
| Pollution Prevention Research Opportunities Study
| 1995
| $18,393
| $18,393 | | ||||
* CenCITT project accounts include cost share such as cash contributions, academic release time, and overhead reduction as validated by the research administrations of the consortium institutions. Many of the projects include additional cost sharing which are not a part of the CenCITT project accounts. Examples include in-kind and parallel activities at sponsoring organizations, visiting engineers, and parallel projects where multiple accounts/sponsors are administered by the same PI. This additional cost share is valued at over $716,000.