Petrolab provides technical support services to the mining, minerals processing and materials industries worldwide.
Petrolab has been operating for 25 years analysing the content of rocks, minerals, ores, aggregates and concrete from all over the world. Petrolab was incorporated as a limited company in 2003. The company offices and microscopy facilities were relocated to larger premises in January 2009. Petrolab now occupies what was originally the Redruth Miners’ Hospital building, opened in 1864, in the heart of the world famous Cornish mining district.
We have close links with the high concentration of local companies offering world class expertise in the mining and minerals processing industries. Please contact us to discuss your requirements and for a specific quotation.
Petrolab provides technical support services to the mining, minerals processing and materials industries worldwide and has been operating for over 20 years.
We are specialists in the mineralogical investigation of rocks, mineral resources and manufactured inorganic materials by microscopic analysis. High quality interpretative reports help clients evaluate the potential of their mineral resources and solve materials related problems.
Our mission is to be recognised as a major provider of mineralogical investigation services to all parts of the world.
Petrolab has completed thousands of concrete screening tests on properties throughout Cornwall and parts of Devon and is highly experienced at undertaking all aspects of this important type of testing. Check to see if your property has had a “mundic” test.
Director & Principal Consultant
James is a company director and its principal mineralogist. He has been with the company since 2001, starting as a junior petrographer under the supervision of Petrolab’s founder, Dr Alan Bromley and subsequently purchasing the company in 2006. During his 13 years with the company he has gained a wide spectrum of experience in the analysis of materials ranging from concrete and man-made stone replacements to precious and rare earth metals found in electronic scrap. His specialist field is, however, metalliferous ores, and he has developed a broad knowledge for the importance and application of mineralogy to mineral processing problems.
Director & General Manager
John joined the company as a director and joint owner in 2007 and has over 20 years of experience in project management, operations and finance. He heads up the personnel and finance sides of the business and is responsible for quality control and data management on petrographic and mineralogical investigation projects. He has, together with James, driven the ongoing expansion of the company, including setting up new services and improving productivity and consistency by developing a custom laboratory information management/ reporting system.
Senior Consultant Mineralogist
Dr Christopher Brough CGeol MRes MEarthSc is a Senior Consultant Mineralogist specialising in the application of petrology and mineralogy (Optical Microscopy, Scanning Electron Microscopy (SEM), Laser ICP-MS) to the minerals and mining industry. He has over 4 years post-doctoral experience working on a diverse range of projects and covering a wide range of resource types. In particular he brings experience of the application of environmental mineralogy in the context of acid-rock drainage and metal leaching (ARDML) and of geometallurgical assessments to understand processing implications and mineralization history.
Rachel graduated with an MSci in Geology from the University of Cambridge and joined Petrolab in 2014. She has gained experience in all aspects of the business, from mundic testing and assisting with sample preparation to examination and reporting on a wide variety of materials. She is currently responsible for the output of the majority of construction materials reports involving both optical and electron microscope work and is a member of the Applied Petrography Group.
Thin Section Laboratory Technician
Nigel is primarily responsible for the production of petrographic thin sections, using the only Pelcon thin section machine in the UK. He has extensive laboratory experience from over 20 years working in previous roles for mineral extraction and geotechnical testing laboratories.
Corinne completed her Masters at Camborne School of Mines having previously undertaken a Bachelors degree at the University of Aberdeen. Since joining Petrolab as a Junior Mineralogist in 2017, she has gained experience in analysis techniques for a wide range of materials. She has shown a particular aptitude for metallurgical sample preparation and has undertaken research to refine our techniques and better understand how they can effect analysis results.
Mariola has recently completed her Masters at AGH University of Science and Technology having previously completed a Bachelors degree at the same university. Her courses included ore mineralogy, mineralogy and petrology. She has also completed work experience at Amarante Investments looking at base metal exploration in Lower Silesia. As part of this work she obtained a qualification as an assistant driller.
Aileen brings extensive experience of working as Personal Assistant or Executive Assistant across a diverse range of previous employments. This has included secretarial support to materials consultants within Hong Kong, to a series of Executive Secretary positions, the latest of which was 9 years as the Executive Secretary to the United Nations High Commissioner for Refugees in Hong Kong. More recently she has worked as an Educational assistant, a Caseworker for a former MP for Falmouth-Camborne and a Personal Assistant for WCA Chartered Surveyors.
Libby has a First-Class Honours degree in Geology and was awarded a MSc with Distinction in Mining Geology at Camborne School of Mines in 2017. She went on to complete an internship at CSIRO on their CMR Discovery Internship Program in Perth, WA. Here she studied the hyperspectral infrared spectral data from multiple komatiite drill holes hosting nickel, and then carried out and compared Tornado x-ray fluorescence element mapping, scanning electron microscopy, and more detailed infrared microscopy.