Rand Water is scheduled to conduct major maintenance work on its key infrastructure starting Thursday, 29 May 2025. 

In a statement issued on Tuesday, Rand water said the maintenance is part of its commitment to ensuring a sustainable and efficient water supply.

“The objective of this planned maintenance is to increase capacity and enhance plant availability, reliability, and operational efficiency, supporting a more resilient and adaptable water supply network in preparation of the anticipated increased supply volumes from August 2025,” Rand Water said.

The entity said the maintenance activities will commence at different times and locations across various municipalities, with the main maintenance operation scheduled to start on Thursday at 3am, and anticipated to be concluded on Monday, 2 June, at 5pm.

Rand Water reported that during this period, pumping capacity will be reduced at the Eikenhof, Palmiet, Mapleton, and Zwartkopjes systems. 

Areas within the cities of Johannesburg, Ekurhuleni, and Tshwane may experience low pressure or intermittent water supply. 

“The maintenance may also impact water provision to the local municipalities of Rand West, Mogale City, Merafong, Madibeng, Lesedi, Govan Mbeki, Rustenburg, Royal Bafokeng Administration, and Victor Khanye, Thembisile Hani, Midvaal and Emfuleni. The maintenance work has been strategically scheduled during the low consumption months of May to July 2025, to minimise disruptions and better manage the potential impact on water supply,” the entity said.

City of Tshwane Metropolitan Municipality

DescriptionAffected systemPlanned datePlanned durationImpact on supply
Tie-in of B16 pipeline from Zuikerbosch, Station 5Mapleton SystemFrom 29 May at 03h00 to 02 June 2025 at 17h00107 hoursNo pumping at Mapleton Pumping Station for the whole duration.
Klipriviersberg isolation for cleaning & inspectionPalmiet SystemFrom 03 June 2025 at 06h00 to 16h0010 hoursPumping will be reduced to 67% for 10 hours.

The above-mentioned work will affect the City of Tshwane meters that are supplied from the above[1]mentioned systems.