Rising Underground Water Levels Stall Search for Trapped Workers at Kimberley's Ekapa Diamond Mine

Rescue teams at Kimberley’s Ekapa mine face rising water levels, stalling efforts to reach four miners still trapped underground after a February mudslide.

By: AXL Media

Published: Mar 11, 2026, 6:29 AM EDT

Source: The information in this article was sourced from EyeWitness News

Environmental Adversity Complicates Search and Rescue Mission

Recovery efforts at the Ekapa mine in Kimberley have entered a critical and difficult phase as search teams battle worsening underground conditions. Technical specialists reported on Wednesday that an unexpected increase in water inflow within the primary shaft has created a significant barrier for rescue personnel. This environmental setback follows a month of intense operations aimed at reaching areas sealed off by a major mudslide in February. According to mine officials, the rising water levels have created a precarious environment for the specialized proto teams, who are tasked with navigating the unstable subterranean terrain.

Progress Marred by the Recovery of a Deceased Miner

The technical challenges come on the heels of a somber milestone in the recovery process. On Monday, rescue personnel successfully retrieved the body of one miner, though four of his colleagues remain unaccounted for underground. While the recovery of the first individual allowed for the commencement of formal identification and family notification processes, it also highlighted the severity of the blockage. The mine's management previously cautioned that fully clearing the debris from the February mudslide could take up to 18 months, a timeline that now appears increasingly threatened by the encroaching water.

Specialized Teams Navigate High Risk Underground Terrain

Despite the deteriorating conditions, a coordinated group of mine rescue experts, proto teams, and technical consultants remains on-site. These specialists are focusing their efforts on the last known location of the missing workers, utilizing precision equipment to monitor structural stability while attempting to drain the excess liquid. The mine has stated that the work performed over the last 24 hours has been particularly grueling, as teams must balance the urgency of the search with the safety protocols required to prevent further collapses or flooding incidents.