AFC518SP-89_VirgTech_FinalRpt.pdf
Collecting mine dust particles with liquid-coated vibrating meshes, Phase 2 Solicitation and Call for Proposals for Technology Development Grants – Follow up Research Virginia Tech (Grant AFC518SP-89)
Collecting mine dust particles with liquid-coated vibrating meshes, Phase 2 Solicitation and Call for Proposals for Technology Development Grants – Follow up Research Virginia Tech (Grant AFC518SP-89)
Proof-of-Concept Work to Demonstrate Optical Microscopy with Image Analysis as a Tool for Semi-continuous Coal Mine Dust Monitoring (Grant AFC316FO-74)
A Holistic Approach to Reducing Coal Worker’s Pneumoconiosis (CWP) using Integrated Monitoring and Response Systems for Respirable Dust in Surface Mines and Facilities Solicitation for Holistic Mining Safety and Health Research Efforts (AFC417) Penn State University (Grant AFC417-39)
Proof-Of-Concept Work to Demonstrate Optical Microscopy with Image Analysis as A Tool for Semi-Continuous Coal Mine Dust Monitoring Follow up Research to 3rd Solicitation for Research Grants (AFC316FO) Virginia Tech (Grant AFC316FO-74)
Removal of DPM, Silica, and Coal Dust Using High Volume Fog Generation 3rd Solicitation for Research Grants (AFC316) Clemson University (Grant AFC316-42)
Improved Face Ventilation for Extended-Cut Continuous Mining Using a Wing Regulator and Scrubber Control System 2nd Solicitation for Single Investigator Research Grants University of Kentucky (Grant AFC215-15)
Collecting mine dust particles with liquid-coated vibrating meshes, Phase 2 Second Phase Technology Development Grants (AFC518SP) Virginia Tech (Grant AFC518SP-89)
A Smart Device for Mine Dust Characterization and Coal Workers’ Health Improvement: Combining Non-Destructive, Element-Specific X-ray CT with Big Data Analytics & Machine Learning Solicitation and Call for Proposals for Technology Development Grants (AFC518) Virginia Tech (Grant AFC518-40)
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Collecting Mine Dust Particles with Liquid-Coated Vibrating Meshes Solicitation and Call for Proposals for Technology Development Grants (AFC518) Virginia Tech (Grant AFC518-25)
A Holistic Approach to Reducing Coal Worker’s Pneumoconiosis (CWP) using Integrated Monitoring and Response Systems for Respirable Dust in Surface Mines and Facilities Penn State University (Grant Number AFC417-39)
A Smart Device for Mine Dust Characterization and Coal Workers’ Health Improvement: Combining Non-Destructive, Element-Specific X-ray CT with Big Data Analytics & Machine Learning Virginia Tech (Grant Number AFC518-40)
Collecting Mine Dust Particles with Liquid-Coated Vibrating Meshes Virginia Tech and Michigan Tech (Grant Number AFC518-25)
Experimental Test Results of A Shearer-Mounted Flooded-Bed Dust Scrubber Presented at Central Appalachian Section SME West Virginia Coal Mining Institute 2017 Joint Spring Meeting University of Kentucky, Joe Sottile
CFD modeling of a flooded-bed scrubber concept for a longwall shearer operating in a U.S. coal seam 15th North American Mine Ventilation Symposium, Blacksburg, VA. June 20-25, 2015 Wedding, C.W., Novak T., Arya S., and Kumar, A.
Experimental Results of a Flooded‐bed Dust Scrubber Integrated Within a Full Scale Longwall Shearer Presented at SME Annual Conference and Expo, Denver Colorado, February, 2107 University of Kentucky, Sampurna Arya
The Application of Flooded Bed Dust Scrubbers to Longwall Mining Systems 1st Solicitation for Single Investigator Research Grants (AFC113) University of Kentucky (Grant AFC113-10)
Removal of DPM, Silica, and Coal Dust Using High Volume Fog Generation Clemson University (Grant Number AFC316-42)
Improved Face Ventilation For Extended-Cut Continuous Mining Using a Wing Regulator and Scrubber Control System University of Kentucky (Grant Number AFC215-15)
Development of a New Rock Dust Sampling Instrument Colorado School of Mines (Grant Number AFC113-01)
The Application of Flooded Bed Dust Scrubbers to Longwall Mining Systems University of Kentucky (Grant Number AFC113-10)