NUCLEAR WASTE MANAGEMENT
Studies on transport geology, access shafts and storage chambers in order to safely store spent nuclear fuel
MINING
​
All aspects of mining engineering for surface and underground mines. Study, Design, Review & End-to-End Project Management
HYDRO
​
Construction of headrace waterways, consisting of concrete and steel-lined headrace tunnels, pressure tunnels and shafts
GENERAL INFRASTRUCTURE
Use of conventional drilling and blasting techniques in construction of twin railway tunnels and gas storage chambers
South Africa
​
-
ESKOM - Detailed nuclear spent fuel transport and storage feasibility study.
-
ESKOM - Koeberg interim nuclear spent fuel storage facility and transportation project.
-
NECSA - Vaalputs geological high-level nuclear spent fuel interim storage feasibility and site selection project.
​
France
​
-
EDF (ANDREA) - Bure Meuse geological underground laboratories for nuclear tests study.
​
Sweden
​
-
SKB - Geological study for nuclear spent fuel repository access shafts.
​
United Kingdom
​
-
NIREX - High-level nuclear spent fuel repository and access shaft systems study.
Australia
​
​
South Africa
​
-
ASSMANG - Black Rock Mine upgrade and modernisation of Nchwaning II and Gloria Shafts.
-
SIBANYE - Establishment of new Burnstone gold mine.
-
SASOL - Ithemba Lethu new vertical split shaft project.
-
SIBANYE - Thembelani mine project management and process design review.
​
Zambia
​
-
VEDANTA - Konkola Copper Mines ultra deep mine expansion project.
​
Zimbabwe
​
-
CALEDONIA - Blanket Mine ultra deep mine expansion project.
South Africa
​
Switzerland
​
-
GOTTHARD BASE TUNNEL - 57Km twin-railway Alpine tunnel project.
​
China
​
-
CALTEX Ocean Gas & Energy - Shantou underground propane and butane storage chambers and access tunnels project.