Keyword Topic: Advanced Recycling Technologies

Thomas Albrecht, PhD

Thomas Albrecht, PhD

Thomas Albrecht Photo

Chemistry

University Distinguished Professor

thomas.albrecht@mines.edu

Affiliated Pillar(s): Earth | Energy | Environment | Frontiers | Fundamentals

Research Focus Areas: Advanced Resource Extraction Production & Processing | Analytical & Computational Chemistry | Decarbonizing Energy across Industries | Engineering Solutions for a Sustainable Future | Fundamental Physics | Materials & Manufacturing of the Future | Materials Discovery | Nuclear Energy for the Modern World | Quantum Science & Engineering

Keywords: Advanced Characterization Techniques | Advanced Reactors | Advanced Recycling Technologies | Advanced Resource Recovery | Computational Analysis | Computational Materials Science | Critical Materials / Minerals / Metals | Enhanced Mineral Extraction | Environmental Chemistry | Extractive Metallurgy & Chemical Processing | In-Situ Recovery | Magnetic Optical & Electronic Materials | Materials Design | Materials for Energy | Materials for Extreme Environments | Materials Physics | Materials Synthesis & Processing | Mine Waste / Tailings to Resources | Mineral Processing Innovation | Nuclear Fuel Cycle | Nuclear Materials | Nuclear Physics | Nuclear Remediation | Porous Materials & Frameworks | Quantum Information Science | Quantum Materials | Quantum Mechanics | Radiation Detection & Effects | Radiochemistry | Relativity | Resource Recovery from Wastewater | Solid State Physics | Supply Chain Resilience | Thermodynamics | Waste Minimization

Xiaolei Guo, PhD

Xiaolei Guo, PhD

Xiaolei Guo Photo

Metallurgical & Materials Engineering

Assistant Professor

xiaolei.guo@mines.edu

Affiliated Pillar(s): Environment | Frontiers

Research Focus Areas: Engineering Solutions for a Sustainable Future | Materials & Manufacturing of the Future

Keywords: Additive Manufacturing | Advanced Recycling Technologies | Advanced Resource Recovery | Ceramics & Glasses | Electrochemical Materials & Systems | Ferrous & Non-Ferrous Metals | Hydrogen Storage & Capture | Low- and Zero-Carbon Energy | Materials for Extreme Environments | Nuclear Materials | Renewable & Alternative Energy Integration | Resilient Infrastructure | Structural & Construction Materials | Sustainable Manufacturing & Processes | Waste to Resource

Jihye Kim, PhD

Jihye Kim, PhD

Metallurgical & Materials Engineering

Assistant Professor

jihyekim@mines.edu

Affiliated Pillar(s): Earth | Environment | Frontiers

Research Focus Areas: Advanced Resource Extraction Production & Processing | Carbon Management & Air Quality | Engineering Solutions for a Sustainable Future | Materials & Manufacturing of the Future | Space Exploration & Resource Development

Keywords: Advanced Recycling Technologies | Advanced Resource Recovery | Carbon Capture & Storage | Carbon Utilization | Circular Economy | Clean Technology Innovation | Decarbonization Strategies | Energy Efficiency | Extractive Metallurgy & Chemical Processing | Low- and Zero-Carbon Energy | Materials Synthesis & Processing | Modeling & Simulation | National Security | Process Optimization | Reducing Emissions | Space Mining Technologies | Space Resources Development | Space Sampling & Analysis | Sustainable Manufacturing & Processes | Systems for Extreme Environments | Waste Minimization

Lori Tunstall, PhD

Lori Tunstall, PhD

Civil & Environmental Engineering

Assistant Professor

ltunstall@mines.edu

Affiliated Pillar(s): Environment | Frontiers

Research Focus Areas: Engineering Solutions for a Sustainable Future | Materials & Manufacturing of the Future

Keywords: Advanced Recycling Technologies | Advanced Resource Recovery | Carbon Capture & Storage | Carbon Utilization | Circular Economy | Clean Technology Innovation | Decarbonization Strategies | Product Lifecycle & Sustainable Design | Reducing Emissions | Structural & Construction Materials | Sustainable Manufacturing & Processes | Waste to Resource