We always like getting involved in helping our clients solve difficult problems. This was on one of the world’s largest grid-connected PV power plants. Thousands of solar PV tracking panels across several hectares were built in NSW as a solar...
We find our clients are increasingly demanding more accurate and more representative results that provide better insight on what’s going on below the surface when they are designing or constructing projects so they can make well-informed decisions in a timely manner....
One of the key concerns of project managers is safety, including the risk of people getting injured or killed at site. Hence, for temporary working platforms, the need to measure the in-situ bearing capacity to minimise the risk of a critical failure or incident for...
The geotechnical behaviour of tailings dams and thickened mine tailings or paste deposits can be defined by determining the compaction state and resistant properties. One of the methods to achieve this is by using the PANDA®, a sophisticated Dynamic Cone...
The PANDOSCOPE® is a ‘new’ non-destructive method of railway ballast condition assessment, which uses light and cost effective tests, based on the coupled use of the PANDA® dynamic cone penetrometer (a sophisticated DCP) and geo-endoscopy (images...
The GRIZZLY is the first Dynamic Probing Super Heavy (DPSH) in the world to automatically adapt its impact energy to the hardness of the soils. This enables it to measure the dynamic resistance of the soils even more accurately. Heavy dynamic penetrometers are the...