Our Grant Program
Providing Research Grants for All Mining…
Overview
The Alpha Foundation is seeking to award research addressing the root causes of disease, injuries, and fatalities in the mining industry and achieve successful implementation of practical solutions derived from the research effort.
The Foundation is committed to fund projects that explore innovative ideas and concepts, complement existing research efforts and address knowledge or technology gaps in mine safety and health. To this end, cooperative research efforts with mining entities, stakeholder groups and state and federal institutions are encouraged. The Foundation plan is a balanced approach, incorporating a blend of engineering and health science with behavioral science and training, needed to solve mining safety and health problems.
Grant Portfolio
Interventions
-
Health and Safety
Interventions -
Mine Escape, Rescue
and Training -
Safety and Health Management
and Training -
Injury and Disease Exposure
and Risk Factors
These studies encompass efforts devoted to prevention by design whereby engineering controls, mine design, machine design, or use of personal protective equipment or safety and health technologies are used to prevent conditions, circumstances, or events that cause illness, disease, injury or death to mine workers.
The Application of Flooded Bed Dust Scrubbers to Longwall Mining Systems
University of Kentucky (Grant Number AFC113-10)
Development of a New Rock Dust Sampling Instrument
Colorado School of Mines (Grant Number AFC113-01)
Numerical Modeling Methodologies for Assessing Burst Potential in Coal Mines
Colorado School of Mines (Grant Number AFC113-02)
Control of Spontaneous Combustion Using Pressure Balancing Techniques
University of Utah (Grant Number AFC113-12)
Combustion Modeling of Explosive Gas Zones in Longwall Gobs
Colorado School of Mines (Grant Number AFSTI14-02)
Early Warning Safety Hazard Predictor for Preventive Ventilation Management
University of Nevada, Reno (Grant Number ASTI14-03)
The Precise Determination of Rockbolt Performance Underground
Southern Illinois University Carbondale (Grant Number AFSTI14-04)
Enhanced Ground Control Assessment for Improving Safety in Mine Design
University of Kentucky (Grant Number AFC215-13)
University of Kentucky (Grant Number AFC215-15)
Numerical Tools for Mitigation of Methane Explosions in Coal Mines
University of Maryland (Grant Number AFC215-20)
Low Noise Efficient Rim Driven Auxiliary Ventilation Fans
Virginia Polytechnic Institute and State University (Grant Number AFC215-21)
Management with Bag Barriers of Dust Explosion Risks in U.S. Underground Coal Mines
Missouri University of Science and Technology (Grant Number AFC215-41)
Removal of DPM, Silica, and Coal Dust Using High Volume Fog Generation
Clemson University (Grant Number AFC316-42)
A Hybrid Geopolymer-Biopolymer Cementitious Material for Pumpable Roof Support
University of Arizona (Grant Number AFC518-24)
Colorado State University (Grant Number AFC518-16)
Improving Communication in Noise for Miners Wearing Hearing Protection
University of Connecticut Health Center (Grant Number AFC518-10)
University of Nevada, Reno (Grant Number AFC518-54)
Miniaturized and Real Time Gas Sensors for Mine Safety and Health
Oakland University (Grant Number AFC518-02)
Simple and Accurate Positioning to Enable Vehicle Autonomy in Underground Mines
Oregon State University (Grant Number AFC518-17)
Collecting Mine Dust Particles with Liquid-Coated Vibrating Meshes
Virginia Tech and Michigan Tech (Grant Number AFC518-25)
Autonomous Underground Mining Systems To Improve Safety – Intelligent Coal Mining
University of Kentucky (Grant number AFC417-21)
Penn State University (Grant Number AFC417-39)
Colorado School of Mines (Grant Number AFC719-67)
University of Kentucky (Grant Number AFC719-49)
Analysis of Coal Mine Seal Integrity from Explosively Driven Projectiles
Missouri University of Science & Technology (Grant number AFC719-31)
Penn State University (Grant number AFC719-27)
PoroSense: An Intrinsically Safe, Distributed Fiber-optic Gas Sensing Platform for Underground Mines
Virginia Tech (Grant number AFC719-29)
A Practical, Mechanics-Based Approach to Pillar Design
West Virginia University (Grant number AFC719-15)
Colorado School of Mines (Follow-Up Grant Number ASTI14-69)
University of Nevada, Reno (Follow-Up Grant Number ASTI14-81)
Validation of the Gas and Dust Explosion Model
West Virginia University (Follow-Up Grant Number ASTI14FO-82)
Numerical Analysis of Gas Explosions in Coal Mines
University of Maryland (Follow-Up Grant AFC215FO-73)
Integrating Real-Time Personal Dust Exposure Monitoring with Location Tracking
Colorado School of Mines (AFC820-50)
Large Scale Testing and Modeling of Supported and Unsupported Pillar Analogs
Colorado School of Mines (Grant AFC820-52)
Autonomous Robotic Early Warning System for Underground Stone Mining Safety
West Virginia University (Grant AFC820-69)
Development of a wireless borehole instrument device to measure 3D rock mass stress and strain change from modifications to a friction rock bolt
University of Utah (Grant AFC820-82)
Oakland University (Grant Number AFC820-22)
Improving Communication for Miners Wearing Hearing Protection: Algorithms for Mine Machinery Noises
University of Connecticut Health Center (Grant Number AFC518SP-92)
Application of Pressure Balancing Techniques at the West Elk Coal Mine
University of Utah (Grant number AFC113FO-87)
Collecting mine dust particles with liquid-coated vibrating meshes, Phase 2
Second Phase Technology Development Grants (AFC518SP)
Virginia Tech (Grant AFC518SP-89)
Research and Refinement of a Methane Watchdog System to Improve Longwall Mine Safety
West Virginia University (Grant Number AFC719FO-100)
Mine-Specific, Geology-Dependent Pillar and Standing-Support Design Tools
West Virginia University (Grant Number AFC719FO-101)
University of Kentucky (Grant Number AFCTG20-103)