Understanding Just Transitions in Coal Dependent Communities
Case Studies from Mpumalanga, South Africa, and Jharkhand, India

Meeting the Paris climate target of staying well below 2°C requires rapid reduction in the use of fossil fuels, particularly coal in large coal-dependent emerging economies such as South Africa and India. In both South Africa and India, coal transition will have socio-economic impacts on several provinces and states because of the regional nature of coal production.
The study explores state/provincial level coal-related socio-economic dependency in Mpumalanga and Jharkhand, and investigates the following key elements of just transition planning: 1) challenges and opportunities associated with the diversification of provincial/state economies; 2) prospects for the environmental rehabilitation of coal mines and power plants; and, 3) the landscape of stakeholders (including underrepresented stakeholders) important for just transition planning.
Jump to Mpumalanga | Jharkhand
Report Recommendations
Drawing on the case studies of Mpumalanga and Jharkhand, this report provides insights and recommendations for a just transition away from coal in emerging economies.
- Additional analysis is needed to identify and quantify points of dependency and transition risks across the coal ecosystem for a just transition.
- In-depth feasibility and scalability assessments of regional economic diversification options are required to map and assess realistic regeneration pathways.
- Following a diversification mapping exercise, long-term pathways for diversification to alternate sectors need to be developed and should be grounded in local priorities.
- Government and coal company diversification plans need to be better coordinated to ensure transitions are well planned and inclusive.
- Strengthened regulatory regimes are needed for the effective environmental rehabilitation of current and legacy coal mines and power plants as part of the diversification of coal-dependent economies.
- Following mine closures, robust land use policies and plans are needed to ensure effective environmental rehabilitation and subsequent diversification pathways.
- Local stakeholders, including underrepresented stakeholders, must be meaningfully engaged throughout the transition process to ensure inclusive outcomes and buy-in.

Mpumalanga, South Africa

An artisanal miner loads sacks of coal by hand. He had no wheelbarrow so his earnings for the day was severely diminished.
Mpumalanga Photos © Daylin Paul Photo. For use by CSIS and CIF only. Not for re-licensing or distribution.
Region | Population (millions) | Unemployment Rate (%) | GDP Per-Capita (USD$) | Coal Production (MT) | Power Plant Capacity (GW) |
---|---|---|---|---|---|
Mpumalanga | 5 | 34 | 5284 | 222 | 30 |
South Africa | 60 | 33 | 5091 | 247 | 38 |
The Coal Ecosystem of Mpumalanga
How is the coal sector socio-economically integrated?
Mpumalanga is deeply dependent on its coal sector for jobs, local municipal services, social spending, industrial fuel, provision of (at times free) household cooking fuel and mixed-use infrastructure.
The blue circles indicate coal mining’s socio-economic contribution; yellow circles indicate coal power’s socio-economic contribution.


Challenges & Opportunities for Economic Diversification
How could Mpumalanga diversify for a just transition away from coal?
The sectors listed below could be part of a diversified future economy in Mpumalanga, as suggested by provincial government officials and experts. (This list was compiled by the report authors based on 14 interviews and document analysis.)
General Drivers | Barriers for Expanding These Sectors in Coal Dependent Areas |
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Agriculture | |
Drivers
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Barriers
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Tourism | |
Drivers
|
Barriers
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Manufacturing | |
Drivers
|
Barriers
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Renewable Energy Production | |
Drivers
| Barriers
|
Challenges & Opportunities for Environmental Remediation
How could Mpumalanga environmentally remediate for a just transition away from coal?

In Mpumalanga’s case, mine closure plans and associated company financial allocations for rehabilitation projects are not transparent. There are also capacity gaps that restrict the oversight and enforcement of closure regulations. The region also suffers from legacy contamination from hundreds of coal mines.
Beyond much-needed reforms in the environmental regulatory regime, research is required to understand options for rehabilitation that can also help diversify the local economy and create jobs. Some initial ideas of rehabilitation options include growing fiber crop and bamboo which can be used to remediate degraded land in a way that is economically feasible.
Polluted water left by an un-rehabilitated surface pit mine in Leeuwpoort, near Emalahleni in Mpumalanga, South Africa. According to residents of the area, many people have died in this polluted swamp. The community of “Big House” live opposite the Komati Power Station. They do not have access to the electrical grid. Cattle grazing near Matla Power Station in Mpumalanga, South Africa
Stakeholder Mapping
Who are currently the key stakeholders in the just transition conversation, and who among them is most underrepresented?
Based on 14 interviews, the authors identified stakeholders important to any just transition planning in Mpumalanga. Highlighted below are those currently underrepresented in the planning process.

Example of an Under-Represented Stakeholder:
Zama Zamas
There is a sizable number of people who scavenge coal in Mpumalanga for either self-use or to sell it in the market. These workers are often referred locally as Zama Zamas or people who “try and try.”
The Zama Zamas are informal workers or illegal miners.
If the coal industry shuts down, I’d really love to do rehabilitation work. It is the one job I’d love because it involves protecting the environment.
Shlangu Jerry Dube, Zama Zama in Mpumalanga
An interview with another Zama Zama worker.
In coal mining areas, Zama Zamas extract coal in abandoned, and often unsafe, mines using basic tools.
A woman and her children with a load of coal near an unused coal shaft. This woman works apart from everyone else and is only taking what she needs for personal consumption at home for cooking and heating. A female artisanal miner in slippers helps move a barrow load of coal through the tunnels. Women and children often help with moving coal up to the surface once it has been mined, while men do most of the mining. Artisanal miners, some children, work together underground. The older man breaks pieces off the wall while the younger boys load and wheel the coal out. A group of artisanal miners work in extremely cramped and unsafe conditions. There are no support beams to support the often very narrow tunnels.

Jharkhand, India

Daily wage laborers working in open-cast coal mines without safety gear at Jharia in Dhanbad district of Jharkhand in India. Jharkhand Photos © Parwaz Khan. For use by CSIS and CIF only. Not for re-licensing or distribution.
Region | Population (millions) | Unemployment Rate (%) | GDP Per-Capita (USD$) | Coal Production (MT) | Power Plant Capacity (GW) |
---|---|---|---|---|---|
Jharkhand | 39 | 9 | 1173 | 130 | 2 |
India | 1370 | 7 | 1900 | 779 | 208 |
The Coal Ecosystem of Jharkhand
How is the coal sector socio-economically integrated?
Jharkhand is deeply dependent on its coal sector for jobs, pensions, state and local government revenues, social spending, industrial fuel, household fuel, mixed use infrastructure and sometimes free electricity and water.
The blue circles indicate coal mining’s socio-economic contribution; yellow circles indicate coal power’s socio-economic contribution.


Opportunities for Economic Diversification
How could Jharkhand diversify for a just transition away from coal?
The sectors listed below could be part of a diversified future economy in Jharkhand, as suggested by experts. (This list was compiled by the report authors based on 11 interviews and document analysis.)
General Drivers | Barriers for Expanding These Sectors in Coal Dependent Areas |
---|---|
Agriculture | |
Drivers
|
Barriers
|
Tourism | |
Drivers
| Barriers
|
Non-Coal Mining | |
Drivers
| Barriers
|
Non-Timber Forest Produce | |
Drivers
| Barriers
|
Manufacturing | |
Drivers
| Barriers
|
Renewable Energy Production | |
Drivers
| Barriers
|
Opportunities for Environmental Remediation
How could Jharkhand environmentally remediate for a just transition away from coal?

Environmental rehabilitation will be critical to just transitions planning in Jharkhand. Interviewees and document analysis suggest that the rehabilitation of mines faces significant challenges today because of a lack of mandatory post-mine closure regulations, inadequate financial provisions, and legacy contamination issues. The result is that whatever rehabilitation happens usually does not include post-mining land use activities.
It is important that India mandates coal mining rehabilitation that includes dealing with legacy contamination issues. Some good case studies of proper rehabilitation of coal mines in Jharkhand exist. These involve ecological restoration after the coal mine is closed and turning abandoned open-cast coal mines into fisheries. Further research is required to understand options for rehabilitation that can also help diversify the local economy and create jobs.
Key Stakeholders in a Just Transition
Who are currently the key stakeholders in the just transition conversation, and who among them is most underrepresented?
Based on 11 interviews, the authors identified stakeholders important to any just transition planning in Jharkhand. Highlighted below are those currently underrepresented in the planning process.