At least 34 miners were killed after a powerful methane gas explosion ripped through a coal mining complex in the Sorange area near Quetta on Thursday, highlighting once again the persistent safety challenges facing Pakistan’s coal mining industry.
The explosion struck deep underground, trapping dozens of workers inside two adjoining mines. Rescue teams battled collapsed tunnels, toxic gases, and extreme depths throughout the night as hopes of finding survivors faded.
Methane Explosion Triggers Deadly Coal Mine Disaster Near Quetta
According to officials, the blast was caused by a dangerous accumulation of methane gas inside the mine. The explosion damaged one coal mine and severely affected a neighbouring shaft, trapping workers in both locations.
Chief Inspector of Mines Muhammad Atif said between 36 and 42 miners were working inside the complex when the explosion occurred. Most of the workers were from Shangla district in Khyber Pakhtunkhwa, a region from which many labourers travel to Balochistan for employment in coal mines.
The incident is among the deadliest mining accidents in Pakistan in recent years.
Rescue Teams Face Dangerous Underground Conditions
Emergency rescue operations were launched immediately by teams from the Provincial Disaster Management Authority (PDMA) and the Mines Department.
Rescuers worked at depths of nearly 4,000 feet under extremely hazardous conditions. Collapsed tunnels, underground fires, and high concentrations of toxic gases significantly complicated recovery efforts.
Officials said oxygen levels inside the mine dropped rapidly following the explosion, greatly reducing the likelihood of locating any survivors.
By early Friday, authorities confirmed that all 34 recovered miners had died.
Government Announces Compensation for Victims’ Families
Balochistan Minister for Mines and Minerals Shoaib Nosherwani expressed condolences to the families of the victims and announced financial assistance for those affected.
The provincial government approved compensation of Rs500,000 for the family of each deceased miner, while injured workers will receive Rs300,000.
The minister said every available resource had been mobilised despite the difficult operating conditions underground.
Inquiry Ordered Into Mine Safety
Chief Minister Mir Sarfraz Bugti ordered an immediate investigation into the incident and directed authorities to review safety standards across coal mines operating in Balochistan.
The inquiry will examine whether negligence, inadequate safety procedures, or regulatory failures contributed to the explosion.
Labour unions have repeatedly raised concerns over poor ventilation systems, insufficient methane gas monitoring, outdated mining equipment, and weak enforcement of workplace safety regulations in privately operated coal mines across the province.
Coal Mining Safety Remains a Major Challenge
Fatal mining accidents continue to occur regularly in Balochistan, where thousands of miners work in hazardous underground conditions with limited safety protections.
Methane gas remains one of the most dangerous risks in underground coal mining. Without effective ventilation and continuous gas monitoring, methane can accumulate rapidly and ignite, causing devastating explosions.
Safety experts have long argued that stronger inspections, stricter enforcement of mining regulations, improved emergency response systems, and mandatory modern gas detection equipment are essential to reducing fatalities in Pakistan’s mining sector.
Tragedy Renews Calls for Stronger Mine Safety Reforms
The Sorange coal mine explosion is another painful reminder of the dangers faced by miners working in Pakistan’s coal industry. While rescue teams demonstrated extraordinary commitment under extremely hazardous conditions, preventing such disasters requires far greater investment in mine safety, regular inspections, modern equipment, and stricter regulatory enforcement. The outcome of the official inquiry will be closely watched to determine whether safety failures contributed to one of the country’s deadliest mining accidents.