Technology Transforming Coal India’s Mining Operations

Coal India embraces cutting‑edge technologies—from gasification and renewables to AI‑driven mining—to redefine energy security and sustainable growth.

Coal India Limited (CIL) is undergoing a remarkable transformation, evolving from a conventional coal‑mining enterprise into a diversified, technology‑driven energy and materials powerhouse. At the heart of this transition lies a suite of advanced technologies reshaping mining operations, energy generation, and resource utilisation.

Coal Gasification and Underground Innovation

Coal gasification is redefining how coal is used, converting it into synthesis gas (syngas) for producing synthetic natural gas, ammonia, urea, methanol, and other chemicals. CIL’s four flagship coal‑to‑chemicals projects, worth nearly ₹69,346 crore, are designed to unlock chemical value from India’s high‑ash coal while supporting import substitution.

CIL is also piloting Underground Coal Gasification (UCG) at the Kasta West Block of Eastern Coalfields. This phased project involves directional drilling, injection and production wells, and advanced ignition systems, aiming to convert deep‑seated, unmineable coal into syngas.

Smart Thermal Power and Renewable Integration

CIL’s joint venture with Damodar Valley Corporation is deploying ultra‑supercritical technology at Chandrapura, Jharkhand, ensuring higher efficiency, predictive maintenance, and flexible plant operations.
On the renewable front, CIL has already commissioned 550 MW of solar capacity and is developing innovative projects such as a 20 MW floating solar plant at Chilwa Taal, Gorakhpur. Digital monitoring, lifecycle risk assessments, and hybrid storage solutions are being integrated to maximise performance.

Battery Energy Storage Systems (BESS)

To stabilise renewable integration, CIL is investing in grid‑scale BESS projects. The TGGENCO Choutuppal project in Telangana (187.5 MW/750 MWh) and Odisha’s 80 MW/320 MWh portfolio exemplify how advanced storage technologies will support peak‑demand management and grid flexibility.

Critical Minerals and Advanced Materials

CIL is venturing into graphite and rare earth elements (REEs), vital for batteries, EVs, and advanced manufacturing. A proposed demonstration plant for coated spherical purified graphite (CSPG) with 99.95% purity highlights the company’s ambition to build an integrated graphite value chain.

Digital Architecture and Risk Management

Mining operations are being digitised through enterprise data rooms, GIS‑based opportunity mapping, portfolio dashboards, and digital engineering. A stage‑gate model ensures  disciplined execution from concept validation to commercial operation.

Risk management spans technology, market, ESG, and cyber risks, with responses including pilot validation, customer qualification, lifecycle assessments, and operational technology security.

Research and Development Ecosystem

CIL’s R&D initiatives are central to its technological leap. With 20 projects worth ₹231 crore, the focus areas include AI‑driven exploration, IoT‑enabled smart mining, bifacial perovskite solar cells, and 5G captive networks for mines.

Centres of Excellence at IIT Madras, IIT Hyderabad, and IIT (ISM) Dhanbad are pioneering sustainable energy, clean coal technologies, and Mining 4.0. Achievements include five patent filings and the commercialisation of advanced detonation measurement equipment.

Conclusion

Coal India’s technology‑led diversification is reshaping the future of coal mining. From gasification and smart power plants to renewable integration, advanced materials, and AI‑driven mining, the company is positioning itself as a global leader in energy security and technological self‑reliance.

India Pioneers Underground Coal Gasification in Landmark Mine Agreements

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In a landmark milestone for India’s energy transition and self‑reliance, the Ministry of Coal has executed Coal Mine/Block Production and Development Agreements (CMDPAs) with successful bidders for four coal mines under the 14th round of commercial coal auctions. For the first time, these agreements carry embedded provisions for Underground Coal Gasification (UCG), signaling a transformative leap in how India envisions and unlocks the full value of its coal reserves.

Historic First in Commercial Coal Mining

• Reliance Industries Limited secured the Recherla and Chintalpudi Sector A1 mines in Andhra Pradesh.
• Axis Energy Ventures India Pvt. Ltd. won the Dip Extension of Belpahar and Tangardihi East mines in Odisha.
• Two mines are fully explored, while two remain partially explored, reflecting India’s push to diversify its coal resource base.

UCG – A Revolutionary Technology

Underground Coal Gasification (UCG) has been tested and deployed in several countries, with notable projects in Uzbekistan, South Africa, Australia, China, India, Russia, and Poland. These nations have either run pilot plants or integrated UCG into their energy strategies due to their large, deep coal reserves.  

• Underground Coal Gasification converts coal into synthetic gas directly within the seam, eliminating the need for conventional mining.
• Enables utilisation of deep, thin, or otherwise unworkable coal seams.
• Expands India’s exploitable energy resource base.
• Supports cleaner and more efficient energy production alongside traditional extraction.

Strategic Value Addition to Coal Economy

• Syngas from UCG can serve as domestic feedstock for fertiliser production, reducing dependence on imported urea and ammonia.
• Strengthens food security by supporting domestic agriculture inputs.
• In chemicals and petrochemicals, syngas can replace imported natural gas and naphtha.
• Enables domestic production of methanol, dimethyl ether (DME), and synthetic fuels.

Scale of India’s Commercial Coal Auctions

• With these four CMDPAs, India has now signed agreements for 138 mines.
• Collectively, they represent a peak rated capacity of 331.544 MTPA.
• Projected annual revenues: ₹42,980 crores.
• Expected capital investments: ₹48,231 crores.
• Employment generation: 4,34,175 direct and indirect jobs.

Energy Security and Global Positioning

India has future‑proofed its coal sector by embedding UCG provisions into CMDPAs, ensuring long‑term energy security while embracing frontier technologies. This positions India at the forefront of the global energy landscape, balancing domestic production with innovation in clean coal utilisation.

Underground Coal Gasification (UCG) Explained

Definition
Underground Coal Gasification (UCG) is an in‑situ process that converts coal directly into synthetic gas (syngas) within the seam itself, eliminating the need for conventional mining.

What is Underground Coal Gasification?

• Coal seams are accessed by drilling wells.
• Oxygen and steam are injected to ignite and gasify the coal underground.
• Syngas (carbon monoxide, hydrogen, methane, carbon dioxide, water vapor) is extracted through production wells.
• Syngas can be used for power generation, chemical feedstocks, fertiliser production, and synthetic fuels.

Advantages of UCG

• Accesses deep, thin, or unworkable coal seams.
• Reduces surface disturbance compared to open‑cast mining.
• Eliminates coal transport and surface gasification steps.
• Supports cleaner and more efficient energy production.

Applications of UCG

• Power generation – syngas fuels turbines or combined cycle plants.
• Fertiliser feedstock – hydrogen and ammonia precursors reduce import dependence.
• Chemical industry – enables domestic methanol, DME, and synthetic fuel production.
• Hydrogen production – alternative source for industrial hydrogen and fuel cells.

Historical Context

• Concept proposed in 1868 by Sir William Siemens.
• Developed further by Russian chemist Dmitri Mendeleyev.
• Early experiments conducted in the Soviet Union (1928–1939).
• Modern pilot projects tested in Uzbekistan, South Africa, and Australia.

Challenges & Risks

• Technical complexity – requires advanced drilling, ignition, and monitoring systems.
• Environmental risks – groundwater contamination, subsidence, uncontrolled gas migration.
• Regulatory hurdles – strict oversight needed for safety and environmental concerns.

NSE Secures SEBI Approval to Invest in India’s First Physical Coal Exchange

The National Stock Exchange of India Limited (NSE) has received approval from the Securities and Exchange Board of India (SEBI) under Regulation 38(2) of the SECC Regulations, 2018, to invest in the proposed National Coal Exchange of India Limited. This approval marks a key regulatory milestone towards the establishment of a structured market platform for physical coal trading in India.

Company will soon apply to Coal Controller Organization to secure license for setting up Coal Exchange under relevant regulatory provisions.

The proposed exchange is intended to facilitate electronic spot trading of coal through standardized contracts, enabling transparent price discovery and defined settlement mechanisms for market participants including producers, consumers and traders. The initiative is aligned with the Government of India’s coal sector reforms, including commercial mining and liberalised coal sales, and is expected to support the development of a formal, transparent and efficient market structure for coal transactions, subject to incorporation of the entity and receipt of applicable approvals.

History of Formation of Coal Exchange in India

India’s coal exchange is still in the formative stage — it has not yet been launched, but its roots lie in decades of coal sector reforms, beginning with nationalization in the 1970s, liberalization in the 1990s, and recent government initiatives to create a transparent, structured market for physical coal trading.

Background: Coal Sector Evolution in India

• Pre‑Independence & Early Years: Fragmented private ownership and limited regulation.
• 1950s Planning: Creation of National Coal Development Corporation (NCDC) in 1956.
• 1970s Nationalization: Consolidation under Coal India Limited (CIL) in 1975.

Liberalization & Reform Era

• 1990s–2000s: Captive mining allowed for industries like power and steel.
• 2014 onwards: Commercial coal mining introduced; auctioning of coal blocks.
• 2020s Reforms: Liberalized coal sales and digital governance initiatives.

Formation of the National Coal Exchange

• Regulatory Push: SEBI approved NSE’s investment in the proposed National Coal Exchange of India Limited.
• Next Steps: Application to Coal Controller Organization for license.
• Purpose: Electronic spot trading of coal via standardized contracts.
• Alignment: Supports India’s coal sector reforms and transparent market structure.

The coal exchange is not yet operational but represents the culmination of decades of restructuring — from nationalization to liberalization — now moving toward a market‑driven, transparent trading platform.

About National Stock Exchange of India Limited (NSE):

National Stock Exchange of India (NSE) was the first exchange in India to implement electronic or screen-based trading. It began operations in 1994 and is ranked as the largest stock exchange in India in terms of total and average daily turnover for equity shares every year since 1995, based on SEBI data. NSE has a fully integrated business model comprising exchange listings, trading services, clearing and settlement services, indices, market data feeds, technology solutions and financial education offerings. NSE also oversees compliance by trading, clearing members and listed companies with the rules and regulations of SEBI and the exchange. NSE is a pioneer in technology and ensures the reliability and performance of its systems through a culture of innovation and investment in technology. NSE is the world’s largest derivatives exchange by trading volume (contracts) for calendar year 2025 as per the statistics maintained by Futures Industry Association (FIA). NSE is ranked third in the world in equity segment by number of trades (electronic order book) in 2025, as per the statistics maintained by World Federation of Exchanges (WFE).

India’s Coal Backbone Holds Firm Amid Global Gas Disruptions

India’s energy ecosystem is witnessing early signs of stress amid ongoing geopolitical disruptions in West Asia, even as the government maintains that the country remains well-prepared to manage the situation. The ongoing conflict in the region has significantly impacted global supply chains, particularly energy flows through critical routes such as the Strait of Hormuz, which carries a large share of India’s crude oil, gas, and fertiliser imports. Addressing the Parliament on March 23, Hon’ble Prime Minister Shri Narendra Modi described the situation as “concerning” and acknowledged its adverse impact on the global economy and daily life, while assuring that India is taking proactive steps to safeguard energy security.

Industrial clusters across India are already experiencing localized stress, with shortages and disruptions in CNG and LPG supply pushing businesses to explore alternative fuels, including coal. India imports nearly 45–50% of its natural gas requirement as LNG, making industrial gas consumers highly sensitive to global supply disruptions and shipping route uncertainties. This shift is further reinforced by constrained LNG supplies and rising global uncertainties. At the same time, the government has highlighted that India has significantly strengthened its energy resilience over the past decade through diversification of import sources, expansion of strategic reserves, and improved supply chain preparedness.

Gas-based power capacity in India remains underutilised at below 25% PLF, as coal and renewables continue to dominate the generation mix. While the power sector remains relatively insulated, owing to its strong reliance on coal and renewables, the industrial sector continues to feel the pressure of gas shortages. In this context, coal has emerged as a critical fallback option, reinforcing its role as the backbone of India’s energy security.

India’s overall coal demand has been rising steadily, with annual consumption crossing 1.25 billion tonnes, driven primarily by the power sector, cement, sponge iron, and captive industrial users. Early signals from coal markets indicate tightening demand–supply dynamics. Coal India’s e-auction premiums have risen to around 35% over notified prices in February 2026, reflecting increased urgency among buyers to secure supply. This marks a shift from softer demand trends earlier in the fiscal year. The demand uptick is being driven by multiple factors, including substitution from gas amid LNG disruptions, seasonal ramp-up in power demand, and reduced imports leading to greater reliance on domestic coal. However, coal’s substitution potential remains largely limited to the power sector in the short-to-medium term. Structural and technological constraints continue to restrict its widespread adoption in industrial applications such as fertilisers and chemicals.

Commenting on the evolving scenario, Mr. Vinaya Varma, MD & CEO, mjunction services limited stated, “What we are witnessing is an early but clear behavioural shift in fuel consumption patterns. As LNG availability tightens and CNG/LPG supplies face disruption in several industrial clusters, buyers are increasingly turning to coal to secure operational continuity. The rise in e-auction premiums and improved offtake reflects this urgency. Coal will continue to play a critical role in ensuring India’s energy security, especially in times of global uncertainty. While we are witnessing localized tightening in demand and firming of prices, the overall market remains balanced due to strong domestic availability and adequate stock levels.”

Importantly, the situation remains measured rather than overheated. Only about 47% of auction volumes have been sold so far this year, and current premiums remain below historical peaks, indicating controlled but firming demand. Current coal stock levels at power plants remain comfortable at 18–20 days of consumption, preventing panic buying despite tightening spot demand signals in auction markets. Overall, while India is not facing an immediate energy crisis, evolving global disruptions are beginning to test the system.

About mjunction:

mjunction services limited, a 50:50 joint venture between Tata Steel and SAIL, is India’s largest B2B e-commerce company, leveraging technology to create value across industries for over two decades. Founded in 2001 with the launch of its pioneering metaljunction platform to bring transparency and efficiency to steel sales, mjunction has since diversified into multiple sectors, offering a comprehensive portfolio that includes e-auctions, e-procurement, loyalty solutions, e-marketplaces, agri-commodities, financing, and specialized services. With innovative offerings like mjGRO for loyalty management, mjunction serves over 140 marquee clients in both public and private sectors. With a strong focus on innovation, transparency, and customer success, mjunction continues to drive digital transformation in B2B commerce, enabling businesses to trade and procure with greater efficiency, scale, and trust.

Two of the World’s 5 Largest Coal Mines Now in India

Chhattisgarh-based Coal India subsidiary South Eastern Coalfields Limited (SECL) operates two of the world's largest coal mines in India — Gevra and Kusmunda, which have secured the 2nd and 4th spot in the list of the world’s 10 largest coal mines released by WorldAtlas.com.

1. Gevra Coal Mine: Located in the Korba district of Chhattisgarh, the Gevra opencast mine produces approximately 70 million tons of coal annually. In the financial year 2023-24, it produced 59 million tons of coal. Gevra started operations in 1981 and has enough coal reserves to meet India's energy requirements for the next 10 years.

2. Kusmunda Coal Mine: Kusmunda achieved a remarkable feat by producing more than 50 million tons of coal in the same financial year. It is the second mine in India, after Gevra, to achieve this milestone.

Both mines deploy advanced mining machines, including the "Surface Miner," which extracts coal without blasting, and large HEMMs (Heavy Earth Moving Machinery) for overburden removal. SECL's achievement is a testament to the hard work of coal workers and various stakeholders.

These mines contribute significantly to India's total coal production, which has grown from 382.62 million tons in 2004-05 to 893.19 million tons in 2022-23, with projections to touch 1000 million tons in 2023-24.

Gurugram and NTPC to Ink Agreement for Waste-To-Charcoal Plant Using Torrefaction Tech

The Municipal Corporation of Gurugram (MCG) is set to sign a memorandum of understanding (MoU) with the National Thermal Power Corporation on July 10 for the establishment of its first 'waste-to-charcoal plant' at the Bandhwari landfill, said media reports including Hindustan Times.

Once fully operational, this plant will convert 600 metric tons of waste generated from the city into 200 metric tons of coal daily. The initiative follows the cancellation of Ecogreen Energy’s contract for solid waste management, which had left MCG in a bind over new waste processing tenders.

To recall, in mid of the last month, the Haryana state government has declared a municipal solid waste exigency in Gurugram due to alarming levels of untreated waste adversely affecting the environment and public health. Under Section 22 of the Disaster Management Act, 2005, the state government has launched the Solid Waste Environment Exigency Program (SWEEP).

The Urban Waste to Charcoal Plant will utilize torrefaction technology, making the resultant flue gases easier to clean and the final product, torrefied charcoal, hydrophobic with a high heating value similar to conventional coal.

The Plant will be established by NTPC and is expected to be completed within 18 months. In a recent test, 50 metric tons of waste has successfully converted into green charcoal.

Torrefaction technology is a thermal treatment process that converts biomass (such as wood, agricultural residues, or organic waste) into a more energy-dense and stable material. To give the overview of process involved in Torrefaction technology, biomass is heated in the absence of oxygen (anaerobic conditions) at temperatures typically between 200°C and 300°C. The process removes moisture and volatile compounds from the biomass, leaving behind a solid product known as "torrefied biomass" or "biochar."

Torrefied biomass has a higher energy content per unit weight compared to raw biomass. It can be used as a renewable fuel for heat and power generation.

The torrefaction process reduces the hygroscopic nature of biomass, making it less prone to absorbing moisture during storage and transportation.

Torrefied biomass produces fewer emissions (such as sulfur and nitrogen compounds) during combustion. It can replace coal in existing power plants, reducing greenhouse gas emissions. Moreover, torrefied biomass can be compressed into pellets or briquettes for residential heating or industrial use.

In one of its green applications, Biochar resulting from torrefaction can enhance soil quality and carbon sequestration.

In summary, torrefaction improves biomass properties, making it a valuable resource for sustainable energy and waste management.

In India’s 1st, Ministry Starts Underground Coal Gasification Project Converting It to H2, CO and CO2 for Industrial Uses

Ministry of Coal initiates India’s First Ever Pilot project for Underground Coal Gasification in Jharkhand

Initiative aims to Revolutionize the Coal Industry by using in-situ coal gasification to convert it into valuable gases such as methane, hydrogen, carbon monoxide and carbon dioxide for industrial applications

Under the strategic direction of the Ministry of Coal, Eastern Coalfields Limited (ECL) has embarked on an innovative pilot project for Underground Coal Gasification (UCG) at the Kasta coal block in Jamtara District, Jharkhand.

This groundbreaking initiative aims to revolutionize the coal industry by using in-situ coal gasification to convert it into valuable gases such as methane, hydrogen, carbon monoxide, and carbon dioxide. These gases can be utilized for industrial applications, including producing synthetic natural gas, chemical feedstocks for fuels, fertilizers, explosives, and more.

This project represents a significant milestone for Coal India Limited (CIL) and its subsidiaries, positioning India as a leader in adopting advanced coal gasification technology. As the pilot project progresses, it aims to establish new standards and enhance energy security while promoting sustainable development.

In December, 2015, the Ministry of Coal approved a comprehensive policy framework for UCG in coal and lignite-bearing areas. In alignment with this policy, Coal India selected the Kasta coal block to implement UCG technology tailored to Indian geo-mining conditions. Managed by ECL in collaboration with CMPDI Ranchi and Ergo Exergy Technologies Inc. (EETI) from Canada, this project spans two years and comprises of two phases.

Underground Coal Gasification (UCG) is a fascinating process that unlocks the energy potential of coal reserves located deep underground. A suitable coal seam is identified, typically at depths where traditional mining is challenging and wells are drilled into the coal seam from the surface. Oxygen or air is injected into the coal seam through one well, while another well collects the produced gases. The injected oxygen reacts with the coal, initiating gasification. Oxygen or air is injected into the coal seam through one well, while another well collects the produced gases. The injected oxygen reacts with the coal, initiating gasification. The high temperatures (around 1,000°C) cause the coal to undergo chemical reactions, releasing gases.

The primary gases produced during UCG include — Synthetic Gas or 'Syngas', a mixture of hydrogen (H₂) and carbon monoxide (CO); Methane (CH₄); Carbon Dioxide (CO₂); and other Hydrocarbons, depending on coal composition.

The collected gases are extracted through the second well. These gases can be used for various purposes as mentioned below:

• Syngas can fuel gas turbines or combined-cycle power plants.
• Syngas serves as a feedstock for chemicals.
• Hydrogen Production:Valuable for clean energy applications.
• Heat Generation: Methane can be used for heating.

Moreover, UCG reduces environmental impact compared to traditional coal mining:

• No Surface Mining: Minimizes land disturbance.
• Reduced Emissions: Syngas can be cleaner than burning coal directly.
• Carbon Capture: CO₂ can potentially be captured and stored.

Besides this, other companies invloved in UCG projects in the country include ONGC and Neyveli Lignite Corporation Limited (NLC). These organizations have jointly identified several sites for studying the suitability of Underground Coal Gasification (UCG). Location of sites are Tadkeshwar in Gujarat, Hodu-Sindhari & East Kurla in Rajasthan, and Surkha in Bhavnagar district, Gujarat.

Coal India Limited (CIL) is driving India's coal gasification mission. They have identified five surface coal gasification projects which include Shilpanjal Pariyojana (West Bengal), Project Utkarsh (Maharashtra), Dankuni (West Bengal), Ashoka (Jharkhand), Mahamaya SCG (Chhattisgarh). Two tenders have been issued in the build-own-operate model.

Apart from India, it's worth noting that China, with significant coal reserves, has been actively pushing for coal gasification. They adopt proven western-developed gasifiers to gain operational experience.

These initiatives demonstrate the growing interest in cleaner energy solutions and the efficient utilization of coal resources.

THDC India to Switch-On One of Its 1.2 GW Coal-based Thermal Power Plant by September This Year

THDC India Ltd is on track to make its Rs 12,000-crore coal-based thermal power project operational by September 2024. This project marks the company's entry into the domestic thermal energy sector. The project involves setting up 1.32 GW i.e. Two 1,320 megawatt (2 x 660 MW) Super Thermal Power Project (STPP) in Bulandshahr district, Uttar Pradesh.

As of January 2024, about Rs 9,428.30 crore has been spent on the Khurja Super Thermal Power Plant (KSTPP), and approximately 85% of the construction work has been completed. The first unit of 660 MW is expected to be operational by September this year, with the second unit projected to be operational by March 2025.

The project also includes an environment-friendly carbon capture technique to capture CO2 emissions. Once completed, the plant is expected to generate 9,264 million units (MUs) of power annually, which corresponds to an 85% plant load factor (PLF)¹. A significant portion of the power generated, about 64.7% (854 MW), will be supplied to Uttar Pradesh, with the remaining distributed to other beneficiaries.

The foundation stone for the project was laid by Prime Minister Narendra Modi on March 9, 2019, and the project spans over an area of 1,200.843 acres. It is linked to the operational Amelia coal mine located in Singrauli district, Madhya Pradesh. This initiative is a significant step towards enhancing India's power generation capacity.

THDC India Ltd, formerly known as Tehri Hydro Development Corporation Ltd, is a leading public sector enterprise in the power sector. It was incorporated in July 1988 and is under the ownership of the National Thermal Power Corporation Limited (NTPC), Ministry of Power, Government of India. The company has been involved in various hydroelectric projects and has recently ventured into thermal power with the development of the Khurja Super Thermal Power Project (KSTPP) in Uttar Pradesh.

The KSTPP is a significant project for THDC India as it marks its entry into the domestic thermal energy sector. With an investment of Rs 12,000 crore, the project aims to set up two 660 MW super thermal power plant, which is expected to be operational by September 2024 for its first unit.

THDC India's initiatives extend beyond power generation. They have been involved in community development activities such as computer distribution campaigns in government schools and organizing awareness programs on World Water Day. These activities demonstrate THDC India's commitment to corporate social responsibility and its efforts to contribute positively to the communities around its projects.

THDC plans to increase its installed capacity to 4,351 MW by 2026. This includes the commissioning of projects such as Tehri PSP, VPHEP, and Khurja STPP.

THDC has dedicated India's largest electrolyser end fuel cell-based Green Hydrogen Pilot Project at Rishikesh. This project is aligned with the National Green Hydrogen Mission and aims to produce 50KG of Green Hydrogen daily using input energy from a 1MW Rooftop Solar Plant.

34 Coal Innovations Proposals Received from Start-Ups, Research Organizations, Institutions

As per the directive of Ministry of Coal, CMPDI organized Hackathon on R&D to encourage start-ups/research organizations/academic institutions for promoting “Make in India” initiatives in coal and lignite sector. The Hackathon Proposal submission started on 12 June'23 and ended on 12 August'23.

Overwhelming response from Scientists, Researchers, Faculty and students received for this Hackathon.

Overall, 34 proposals received on 5 problem statements which are to be judged as per evaluation and selection criteria. The 5 selected problem statements were:

• Payload monitoring of loading equipment (Shovels / Excavators) displayed in operator’s cabin
• Optimization of dust suppression in opencast mines
• Design, Develop & Implementation of Pilot 5G Application and Use Cases for Coal Industry
• Technology to detect the effect of blasting on Propagation of cracks in structures
• Technology for efficient management of coal grade monitoring system

Judges will select top 3 proposals for each problem statement and selected participants will be felicitated in person at CMPDI, Ranchi on 15 September'23.

In the last week of this month, Participants will have to make presentation online before distinguished judges comprising faculties/subject experts from IIT Kharapur, IIT-ISM Dhanbad, IIT-BHU Varanasi, IIIT Ranchi, SCCL Kothagudem, CMPDI, CCL, NCL and CIL.

INR 9,00,000 combined worth of prizes are to be given to selected wining candidates. The Hackathon was sponsored by Amazon Web Services (AWS).

CMPDI conducted the hackathon for Research & Development problem statements (as above ) to promote creativity and innovation by providing a platform for participants to think out the box and develop novel solutions for real world challenges faced by CIL and the mining industry.

CMPDIL (Central Mine Planning & Design Institute Limited) is a subsidiary of Coal India Ltd. (CIL) stands as a symbol of specialist consultant for all those who are in the mineral and mining sector.

The Ministry of Coal remains steadfast in its commitment to nurturing startup talent and encouraging innovation within the coal sector. The successful hackathon event is a testament to the industry's potential for growth through collaboration and technological advancements.