Factsheets
Transportation Research Summary
Argonne to Lead DOE’s Effort to Evaluate Plug-in Hybrid Technology
Pioneering Future PHEV Technologies
Advanced Powertrain Research and Testing
Discovering Innovative Ways to Reduce Diesel Engine Emissions
Improving Energy Use in Heavy-Duty Trucks and Diesel Locomotives
Providing Easy-to-Use Computing Tools for the Automotive Industry
Powertrain Systems Analysis Toolkit
Technologies for Enhancing Thermal Conductivity and Reducing Friction
Nanoboric Acid Makes Motor Oil More Slippery
NFC’s Redefine Wear Surfaces
Superhard Nanocomposite Coatings
Recycling Automotive Scrap
Joining Advanced Materials by Plastic Flow Provides Solution for Oxygen Sensor Applications
DOT: The Transportation Research Analysis and Computing Center
High-Performance Computing Research
Transportation Research Analysis and Computing Center
Ignition Studies in a Rapid Compression Machine
Development of Laser Ignition Technology
Nitrogen Enrichment of Intake Air
Biobased Fuels and Products
Argonne and Partners Help Biorefineries Compete with Oil Refineries
Membrane-Based Separative Bioreactor
Advanced Biocatalytic Processing of Feedstocks to Platform Chemical
Production and Separation of Fermentation-derived Acetic Acid
Ethyl Lactate Solvents
Scientific Innovation & Resources for Process Industries
Solventless Process for Making Tackifiers and Adhesives
Advanced Electrodeionization Technology for Product Purification, Waste Recovery and Water Recycling
Argonne Technology Strengthens Illinois Economy
Development of Ultrananocrystalline Diamond Thin Films for Low Friction/Low Wear Applications
Atomic Layer Deposition
Atomic Layer Deposition Fuels Future Solutions to Nations Energy Challenges
Fabricating the Future
Removal of Heavy Metals from Waters Using Nanosized Titanium Dioxide Colloids
Nanocomposite Coatings
Nanolubricants
Electrochemical Process for Recovery of Zinc and High-quality Steel from Galvanized Ferrous Scrap
Strategic R&D Partnership for Sustainable Vehicle Recycling
Process for Recovering and Recycling of Polymer Matrix Composites
Advanced Process Technology for Separating and Recovering High-quality Plastics from Complex Waste Streams
Process for Recovering Usable Plastics from Mixed Plastics Wastes
Recovery and Recycling of Glass Manufacturing and Fiberglass Scrap
Fueling the Hydrogen Future with Argonne’s Ceramic Membrane
Development of Mixed-conducting Dense Ceramic Membranes for Hydrogen Separation
Ceramicrete Provides Concrete Evidence of Superior Performance
Innovative Cement Helps DOE Safeguard Nuclear Facilities
Biochip Technology Could Become Standard Diagnostic Tool for Human, Veterinary Medicine
Biochips Can Detect Cancers Before Symptoms Develop
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