LEADERS

DEVELOPED TECHNOLOGIES

MAJOR R&D PROJECTS

 Assessment of rock bolting in-situ by ultrasonic guided waves for human safety in underground mines (NCP/FBR)
 Investigation into permeable liner for disposal of coal ash in ash disposal ponds(FTT/FTC)
 Roof rock reinforcement system (R3S) for mine roadways intersection under varying geomining conditions (NCP/FBR)
 Setting-up safety Testing Laboratory
 Development of guideline for prevention & mitigation of explosion hazard by risk assessment and determination of explosibility of Indian coal incorporating risk based mine emergency evacuation and re-entry protocol.
 Development of digital mine using internet of things.
 Design and Stability of Pillars / Arrays of Pillars for Different Mining Methods in Coal Mine Workings
 Estimation of Fugitive Carbon Dioxide Emissions from India Coal Mining Activities
 Improved Fugitive Methane Emission Factors for Coal Mining and Handling in India including abandoned mines
 Integrated cost-effective technology for attaining Zero Liquid
 Development of Vision enhancement system for Foggy Weather
 Setting up of information and facilitation centre for empowering living of SC in Jharkhand State
 Fluoride and toxic metal contamination in great mica belt of Jharkhand: Geochemistry and Health Implications
 Technology development for treatment of acid mine water for its reuse and safe disposal.
 Development of suitable paste fill material from fly ash (Power Plant reject) and its transportation system to underground coal mines for stabilization of working as an alternative of sand stowing for increasing the percentage of extraction of coal with due regard to safety and environment to ascertain its coal effectiveness in Sarani UG Mine, Pathakhera Area, WCL
 Development and adoption of Real-Time Prognosis System (RTPS) for cost effective safe operation of mobile machinery: show-cased demonstration of dumper fleet
 Standalone forward osmosis for energy efficient and sustainable industrial wastewater treatment
 Development of Emperical Methodology for Design of crown Pillar during transition from opencast to underground mining for Indian Mines
 Studying, modeling and evolving a new blasting technique for mine excavations near the proximity of structures (beyond 50 m) using the structural response analysis and dynamic finite element modelling.

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