Why in news?
The Coal Controller Organisation has developed SUVIKALP, a digital tool designed to compare possible new uses for land after mining. In a 21 October 2026 account, the Ministry of Coal said the initiative had received a SKOCH Gold Award on 26 September. The practical problem is that a mine's ground conditions, environment, infrastructure and local needs can make some uses unsuitable. SUVIKALP screens and ranks options using such considerations, while a companion model provides implementation resources. The award recognises the initiative; it does not establish that every recommended project has been approved or built. The tool's value lies in making the choice more structured before detailed assessment and implementation begin.
Why a mine needs a plan beyond its last shipment
A mine's productive life and the future of its surrounding area are connected, but they do not end at the same moment. Mining can leave altered ground, buildings, access roads and water bodies, alongside communities whose incomes depended on the operation. Closing extraction therefore creates several decisions rather than one. The land must be dealt with safely, environmental damage addressed and future uses considered. Choosing a new activity without examining those conditions can leave the original problems unresolved.
Repurposing means finding a suitable new function for land or assets that previously supported mining. It differs from merely stopping production or planting trees on part of a site. The Ministry of Coal's January 2025 guidelines discuss restoration and possible uses including agriculture, ecological parks, water conservation and solar energy. Those are possibilities within a planning framework, not instructions to put every former mine to the same use. Site conditions and the relevant requirements remain decisive.
What SUVIKALP asks about the site
The Coal Controller Organisation, a Ministry of Coal office, describes the tool as an in-house development. Its public interface begins with site characteristics rather than a preselected project. These include mine type, stable land area, topography, ground stability, topsoil and the presence of a pit lake. Other inputs concern transport, nearby infrastructure, access to the electricity grid and investment needs. Environmental choices include flood risk, air quality, temperature, wind and available sunlight.
These factors help explain why an attractive idea may not be suitable everywhere. An energy project needs more than open space: its useful output must connect with an appropriate system. A public-use project needs more than a scenic water body: access and the site's physical condition also matter. These are examples of the questions the criteria raise, not claims that either project has been selected at a particular mine. Screening makes those dependencies visible before a proposal gathers momentum.
From possible options to community priorities
The interface separates option generation from a later stage on community priorities. It invites comparisons between the importance of different outcomes and uses those judgements in the suitability process. That distinction is useful because technical feasibility does not settle every social choice. Two activities might both be possible, yet serve local people differently. One may offer a different pattern of work or require different skills. The planning question is therefore not only what the site can accommodate, but what needs the project should address.
Comparing priorities also makes trade-offs more explicit. If one outcome is preferred over another, that preference should be explainable rather than hidden within a final score. The tool displays a consistency check for the comparisons and proceeds towards a combined ranking. Such a check concerns the relationships between the entered judgements; it does not independently establish that everyone affected was consulted. A community-priority input is most useful when it reflects a real engagement process, not one operator's assumption about local wishes.
What a ranking can and cannot tell a planner
A suitability score describes how an option fits the information and priorities entered into the system. It is not a measured probability that the project will succeed. The distinction is especially important where inputs describe complex physical conditions through a small set of choices. Changing an input or a priority can change the ordering. The assessment should therefore record both the evidence behind the site information and the assumptions that shaped each recommendation.
The interface's thresholds should not be mistaken for universal engineering clearances. A selected category cannot replace the investigations needed to establish actual ground conditions, water quality or environmental risks. Nor does a high-ranked option automatically secure land permissions, investment or an operator. The tool supports an earlier decision about what deserves closer examination. Detailed design and the applicable approval processes must still establish whether that option can be implemented safely and sustained in practice.
How PRISM helps with the next stage
The companion Post-Mining Repurposing Implementation Strategy Model, or PRISM, addresses the move from choosing an idea towards planning delivery. The ministry says it offers project concepts, approaches, case studies, sample detailed project reports, tender documents and information on relevant agencies. A sample report can show the questions a project plan should answer; it cannot supply the actual conditions of another mine. Its role is to support preparation, rather than turn a general example into a ready-made site approval.
The same official account describes twelve thematic webinars under SUVIKALP Samvaad. These brought together coal companies, officials, specialists, academic institutions and other stakeholders around mine-transition issues. Knowledge exchange can help participants understand unfamiliar activities and learn from earlier experience. However, attendance or the existence of a case-study library is different from a completed local project. The practical link still has to be made through a specific plan, capable institutions, resources and continuing responsibility for the resulting asset.
Land restoration and livelihoods need to move together
The January 2025 guidelines place people and communities alongside physical restoration. They call for structured engagement and attention to areas directly or indirectly dependent on the mine. Buildings may have a future as social or skills infrastructure where practicable and appropriate to local needs. The important connection is between the closure process and the economy around it. A new land use should not be judged only by how different the site looks from its mining past.
The World Bank's earlier work on coal-mine closure similarly stresses advance planning, dialogue and support for affected livelihoods. It draws on international experience, not an evaluation of SUVIKALP's results. That experience highlights why a replacement activity does not automatically replace every lost income or skill. Workers, families, service providers and public agencies can face different transition needs. A useful project therefore belongs within a broader local plan, rather than carrying an unsupported promise to solve every consequence of closure by itself.
Conclusion
SUVIKALP's contribution is to organise a difficult choice: which future uses fit a former mine's conditions and the priorities of its community? PRISM then provides resources for developing the chosen direction. The next test is whether those structured choices lead to well-assessed, workable projects with clear responsibilities and lasting local value. The award draws attention to the approach, while its real usefulness will be demonstrated through the quality of the decisions and implementation that follow.