The objective of this project was to   evaluate the surface flooding risks at the Twickenham Platinum Mine and to   develop a Surface Flooding Risk Management Plan (SFRMP), as required by the   Mineral Residue Facilities and Water Management Structures Standard and   Technical Specifications

The objective of this project was to   evaluate the surface flooding risks at the Mototolo Complex and to develop a   Surface Flooding Risk Management Plan (SFRMP), as required by the Mineral   Residue Facilities and Water Management Structures Standard and Technical   Specifications.

Develop a full flood risk assessment for   the Beirspruit River. A full lidar study was commissioned and a flood risk   assessment was performed for the area. The flood risk was performed on a   number of levels but was done using a 2d hydrological model. The catchment   hydrology was determined using various methods including SCS, continuous   simulation model, rational method, and the regional maximum flood. Flood risk   was determined using hydraulic information derived including, flow velocity,   flow depth and duration of hazard exposure. A set of flood risk maps was   developed for the area around the Beirspruit.

Development of full flood risk assessment   for the Dishaba Raisebore project. This included a localised flood risk   assessment as well as an assessment of the flood risk for the entire   Crocodile catchment up the area around the site. The flood risk was determined   through hydrological analysis using various methods which included,   continuous simulation, the regional maximum flood aproach, SCS method, the   modified SCS method, rational method, modified rational method and the unit   hydrograph approach. The catchments varied in size and the method of flood   determination was used accordingly. The project also included the   commissioning of Lidar information and the working with the mine surveyer to   get specific information relating to various infrastructure in the region. A   full hydraulic analysis was done and a coupled 1d and 2d model was run for   the area. Flood lines were determined and a combination of flood depth, flow   velocity and flood duration were used to determine the flood hazard   potential.

High level flood risk assessment in the Mwanza river in Malawi for the Nchalo Sugar estate.

Development of a hydrological and water resource model to determine the irrigation water demands and supply probability for the Sumbe Cotton project. Inputs were used for to determine financial viability of the scheme. As well as flood mapping to related to the pump station in the area.

Develop flood lines for the Lesego mine site to determine potential hazard in this area. This included obtaining new DEM and modelling the system with a 2d Model.

Development of a Flood Management and Mitigation Plan for the Namibe Province

Development of preliminary recommendations for management responses that minimise the impacts of various flood magnitudes in the Lower Inkomati Catchment.