analysis and reporting on metalliferous ores, gold and PGM, industrial minerals, slags and contaminants.
analysis and reporting on rocks, aggregates, building stone, slate, concrete, render and mortar.
- Identification and quantification of valuable and gangue minerals in ores
- Ore characterisation
- Predicting the behaviour of minerals during ore processing
- Mineralogical description and quantitative analysis of mill products
- Examination of concrete, mortar and render to identify degradation factors.
- Examination of rock, aggregate, building stone and slate.
- Mundic Screening Tests for building structures suspected of containing ‘mundic’ concrete.
Petrolab offers a materials preparation service producing petrographic thin sections from samples and specimens of
- fossil / coral
- concrete and other similar materials
We operate the first Pelcon Automatic Thin Section Machine in the UK, which produces high quality thin sections.
Petrolab has provided a wide range of services to industry leading clients including:
In a previous post we discussed the analysis modes that are fundamental to the data collection on Zeiss Mineralogic. In this post we’ll explore some of the basics of Mineral lists and some of the pitfalls to watch out for. As with any automated mineralogy software there are some foundational aspects that need to be established for the sample before any Mineral List can be set-up. These things include telling the software how many samples there are in the SEM, where those samples are, and in the case of non-standard sections, how big the samples are. The beam then needs to be calibrated and brightness and contrast set at a value that is suitable for the sample being analysed. With these set-up and the analysis mode decided it is then possible to move on to defining the Mineral List. A well developed Mineral List is a necessary pre-requisite to any data collection and interpretation.read more
ZEISS Mineralogic Mining is an automated particle analysis software solution tailored towards process mineralogy applications and allows for detailed acquisition of characteristics relevant to mineral processing, exploration, environmental mineralogy and tailings control (See Graham et al., 2015, Tonzetic, 2014; Graham et al., 2014a and references herein). This is the first of several posts exploring the Zeiss Mineralogic software with subsequent posts looking at topics such as image processing and analysis tools; post-processing tools and typical end uses. First of all though the data needs to be collected and the first thing to be decided is which analysis mode to use – essentially how are data to be collected from each particle / phase.read more