As a dynamic keynote speaker, I bring deep expertise across multiple domains in mining, metallurgy, and data-driven innovations, with a focus on sustainability and future-proof strategies. My services are designed to inspire leaders, professionals, and students in navigating the complex landscape of modern mining and geosciences.
As a dynamic keynote speaker, I bring deep expertise across multiple domains, notably in mining, metallurgy, and data-driven innovations, with a focus on sustainability and future-proof strategies. My services are designed to inspire leaders, professionals, and students in navigating the complex landscape of modern mining and geosciences.
With the increasing demand for sustainable practices in the mining industry, I focus on delivering actionable insights into balancing productivity and environmental responsibility. My talks explore innovative techniques in resource extraction, the role of renewable energy, and how to mitigate environmental impact while maximising economic gains.
Innovation is the key to the future of mining, and I provide forward-thinking perspectives on how emerging technologies are revolutionising the sector. From automation and digital transformation to advanced material handling, I help audiences understand how to stay ahead of the curve.
Specialising in hydrometallurgy and geometallurgy, my keynotes focus on cutting-edge advancements in mineral processing, extraction methods, and optimising metallurgical efficiency. Learn how to unlock value from complex ores while maintaining high environmental and operational standards.
As industries shift toward digitalization, data analytics and machine learning play a key role in making data-driven decisions. I focus on how mining companies can harness the power of data analytics and AI to optimise operational processes, estimate mineral resources, forecast production, and streamline exploration efforts.
by Glen Nwaila, Leon Tolmay, Mark Burnett
This book provides a practical perspective of all the processes involved in estimating mineral resources and reserves, including mine-to-mill reconciliation. It provides an integrated step-by-step explanation of processes for performing each step, including insight from academic and industry practitioners. Each chapter details a specific aspect of the estimation processes in a practical manner. It contains examples and case studies to illustrate the practical application of geostatistics in mineral resource estimation, mineral reserve conversion, and reconciliation.