Gold Mining Accident in Raja County, South Sudan
March 9, 2025 – Raja, Western Bahr el Ghazal
At least five individuals were involved in a tragic gold exploration accident in Raja County, Western Bahr el Ghazal State, South Sudan, resulting in four confirmed deaths and one survivor who is currently receiving medical treatment. According to Raja County Commissioner Addison Arkangelo, the incident took place on Saturday in the Dulu area, where workers were evaluating a prospective mining site. The workers, operating approximately 15 meters underground, were caught off guard when water suddenly flooded the excavation site, causing a critical depletion of oxygen. This flooding, rather than a structural collapse as initially speculated, was identified as the sole cause of the tragedy, with the commissioner explicitly ruling out any cave-in.
Authorities reported that the bodies of four victims were transported to Wau town for burial, while one was interred locally in Raja. The survivor, having narrowly escaped the ordeal, was rushed to a hospital for urgent care. This incident marks the first recorded fatal accident since gold mining assessments began in this mineral-rich region, spotlighting the inherent dangers of such operations in Raja County, an area known for its largely untapped mineral wealth. The full scope of these resources remains uncertain due to limited exploration and documentation.
The risks associated with underground mining, as demonstrated in this incident, are not unique to South Sudan. Flooding poses a significant hazard globally, with historical examples underscoring the need for robust safety measures. In 2011, the Gleision Colliery disaster in Wales saw four miners perish when operational blasting inadvertently breached a flooded, abandoned section of the mine, overwhelming the active workings with water. Similarly, the 1975 Chasnala Mine disaster in India claimed over 370 lives when an explosion breached a coal wall separating an active pit from an abandoned, water-filled one, flooding the site at an estimated rate of 7 million gallons per minute. These tragedies highlight how water ingress—whether from natural sources, rainfall, or adjacent flooded workings—can rapidly turn a mining operation into a deadly trap, often exacerbated by inadequate planning or safety protocols.
Commissioner Arkangelo has urged mining companies to adopt stringent safety measures to avert future incidents, a call that resonates with international practices. In countries like Australia, mandatory safety standards include real-time monitoring of water levels, reinforced structural supports, and emergency oxygen supplies for underground workers. South Africa, a leader in deep-level gold mining, employs advanced dewatering systems and regular geological assessments to mitigate flooding risks. Conversely, the lack of such measures in less-regulated environments, as seen in the 2021 Niger gold mine collapse—where loose soil and poor oversight led to 32 deaths—illustrates the consequences of neglecting safety infrastructure. In South Sudan, where artisanal and exploratory mining often operates with minimal oversight, implementing basic safeguards like waterproof barriers, ventilation systems, and worker training could significantly reduce such risks.
This accident follows a January directive from South Sudan’s National Minister for Wildlife Conservation and Tourism, Rizik Zachariah Hassan, ordering the closure of illegal mining operations in Boro Madina, also in Raja County, signaling growing governmental concern over unregulated activities. Despite these efforts, broader issues persist, including the absence of gold revenue in South Sudan’s national budget. Reports estimate the country produces 30 to 40 tons of gold annually, yet this wealth fails to translate into fiscal gains, raising questions about oversight, illegal mining, and the equitable distribution of resources. The Dulu incident thus not only underscores the immediate human cost of inadequate safety but also amplifies calls for systemic reforms to harness Raja County’s mineral potential responsibly.
