Keyword Topic: In-Situ Recovery

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 Synthesis & Processing | Mine Waste / Tailings to Resources | Mineral Processing Innovation | Nuclear Fuel Cycle | Nuclear Materials | Nuclear Remediation | Porous Materials & Frameworks | Quantum Materials | Radiation Detection & Effects | Radiochemistry | Resource Recovery from Wastewater | Supply Chain Resilience | Waste Minimization

Will Fleckenstein, PhD, PE

Will Fleckenstein, PhD, PE

Global Initiatives

Director of Strategic Business Development, Office of Global Initiatives and Business Development

wflecken@mines.edu

Affiliated Pillar(s): Earth | Energy | Environment

Research Focus Areas: Advanced Energy Systems & Integration | Advanced Resource Extraction Production & Processing | Clean & Sustainable Water Systems | Engineering Solutions for a Sustainable Future | Harnessing Renewable Energy Sources | Managing Earth's Water Resources | Optimizing Fossil Fuels

Keywords: Advanced Resource Recovery | Clean Technology Innovation | Critical Materials / Minerals / Metals | Decarbonization Strategies | Energy Systems Optimization | Energy-Water Nexus | Enhanced Mineral Extraction | Enhanced Oil & Gas Recovery | Environmental Policy | Fracturing Acidizing & Stimulation | Geothermal Exploration & Energy Technologies | Glaciology | Groundwater Contamination | Human Health Risk Assessment | In-Situ Recovery | Low- and Zero-Carbon Energy | Reducing Emissions | Resource & Sustainability Policy | Subsurface Fluid Dynamics | Unconventional Reservoirs

Zane Jobe, PhD

Zane Jobe, PhD

Geology & Geological Engineering

Research Professor

zanejobe@mines.edu

Affiliated Pillar(s): Earth | Energy | Environment

Research Focus Areas: Advanced Resource Extraction Production & Processing | Carbon Management & Air Quality | Clean & Sustainable Water Systems | Earth & Planetary Processes | Engineering Solutions for the Hydrogen Economy | Environmental & Climate Data Science | Exploring the Subsurface through Modeling & Mapping | Harnessing Renewable Energy Sources | Optimizing Fossil Fuels

Keywords: 3D Geological Models | Advanced Resource Recovery | Borehole Data Interpretation | Carbon Capture & Storage | Carbon Utilization | Climate Change | Climate-Resilient Water Management | Contaminant Fate & Transport | Critical Materials / Minerals / Metals | Data Science | Data-Driven Energy Solutions | Decarbonizing Transportation | Earth System Modeling & Predicting | Energy Storage & Conversion | Energy-Water Nexus | Enhanced Oil & Gas Recovery | Evolution of Mountain Belts | Fluid Dynamics | Formation of Mineral & Hydrocarbon Resources | Geologic Hydrogen | Geospatial Data Analysis & Mapping | Geothermal Exploration & Energy Technologies | Hydrogen Storage & Capture | Hydrogeological Systems | Hydropower | In-Situ Recovery | Integrated Water Resource Management | Landscape Evolution | Low- and Zero-Carbon Energy | Low- and Zero-Emission Vehicles | Mine Waste / Tailings to Resources | Mineral Exploration & Mapping | Natural Gas Exploration | Natural Hazard Prediction & Mitigation | Remote Sensing | Reservoir Characterization & Engineering | Reservoir Modeling | Reservoir Simulation Modeling | Seismic Imaging | Structural Geology Mapping | Subsurface Fluid Dynamics | Subsurface Imaging & Mapping | Sustainable Resource Management | Unconventional Reservoirs | Watershed Management | Wind Energy & Technologies

Hugh Miller, PhD, QP

Hugh Miller, PhD, QP

Mining Engineering

Associate Professor

hbmiller@mines.edu

Affiliated Pillar(s): Earth | Foundations

Research Focus Areas: Advanced Resource Extraction Production & Processing | Critical Materials & Supply Chains | Economic Feasibility & Social Acceptance | Entrepreneurship & Innovation

Keywords: Autonomous / Robotic Mining Systems | Enhanced Mineral Extraction | Environmental Policy | In-Situ Recovery | Innovation in Engineering | Mineral Resource Assessment | Product & Business Development | Project-Based Learning | Regulatory Policy | Resource & Sustainability Policy | Resource Economics | Responsible Innovation | Socially Responsible Engineering | Sustainable Resource Management | Techno-Economic Analysis | Technology Transfer

Jennifer Miskimins, PhD, PE

Jennifer Miskimins, PhD, PE

Petroleum Engineering

Professor and Department Head

jmiskimi@mines.edu

Affiliated Pillar(s): Earth | Energy

Research Focus Areas: Advanced Resource Extraction Production & Processing | Energy in Global Context | Exploring the Subsurface through Modeling & Mapping | Harnessing Renewable Energy Sources | Optimizing Fossil Fuels

Keywords: 3D Geological Models | Advanced Resource Recovery | Decarbonization Strategies | Distributed Fiber Optic Sensing | Energy Economics | Energy Justice | Energy Systems Optimization | Energy-Water Nexus | Enhanced Oil & Gas Recovery | Geothermal Exploration & Energy Technologies | In-Situ Recovery | International Trade & Energy Markets | Low- and Zero-Carbon Energy | Modeling & Simulation | Natural Gas Exploration | Regulatory Policy | Renewable & Alternative Energy Integration | Resource Economics | Subsurface Imaging & Mapping | Sustainable Resource Management