This website uses cookies to enhance browsing experience. Read below to see what cookies we recommend using and choose which to allow.
By clicking Accept All, you'll allow use of all our cookies in terms of our Privacy Notice.
Essential Cookies
Analytics Cookies
Marketing Cookies
Essential Cookies
Analytics Cookies
Marketing Cookies
SRK carried out field mapping and photogrammetry of the entire White Foil open pit in order to carry out structural characterisation of the major faults and joint sets, and to provide suggested geotechnical domaining of the pit. The final dataset included multi-scale data from bench scale window mapping of low persistence structures, to overall slope scale mapping of rock mass blocks bounded by major faults. SRK also analysed the crest loss contributors.
SRK has provided ongoing support to FIJV for several years, which culminated in SRK completing several major components of the Yogi Bankable Feasibility Study during 2021.
SRK conducted an assessment and provided advice regarding the in-pit dumping locations in order to minimise the volumes of waste rock dump material for removal.
Work included foundation, slope, fill, retaining wall, and dam design as well as numerical modelling
Assessment of geomechanics risk, including for waste rock dumps and open pit walls.
Explore data collection methods and a probabilistic approach for estimating the shear strength of coarse waste materials for design of high waste dumps, illustrated using materials from the Pilbara BIF.
Learn MoreSRK Chile’s rock mechanics team completed a study of the slope design at the El Romeral pit located 463 km north of Santiago.
Learn MoreThis co-authored case study by Ed Saunders and Andrew LeRiche is based on a northern Canadian mine. It evaluates the permanent position of mine infrastructure with consideration to geotechnical design, weak rocks, and open pit slope stability.
Learn MoreSRK has positioned itselt as a regional leader in the application of numerical methods for geotechnical design and analysis.
Learn More