TruScan's real-time assays revealed a significant decrease in grade during a drill campaign, prompting the Mid-Cap mining company to make the strategic decision to decommission the campaign early. By detecting the reduced grade, TruScan prevented unnecessary drilling and resource allocation, saving both time and costs for the company.
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The TruScan's ability to provide rapid, accurate, and real-time grade data has demonstrated its potential in optimizing grade control and mill recovery at a Tier 1 Copper Deposit in Canada. Veracio has conducted a successful proof of concept study to show the viability of providing short-interval control in grade control modelling. The chip sampling trial has proven the value and potential of this technology in addressing the challenges of lab capacity issues and the need for short-interval control in grade control modelling.
When it comes to energy metals needed for the green transition, Veracio is breaking new ground.
In a collaboration with a junior explorer in the USA, Veracio showcased its prowess by leveraging a global network of geoscientific experts and cloud-based technologies. Through unique Core Scanning capabilities, we identified that most of the mined mass was barren, focusing our energies on the ore-rich segments. The outcome? A staggering reduction in capital costs, transforming the economic profile of the mineral deposit.
When it comes to energy metals needed for the green transition, Veracio is breaking new ground.
In a collaboration with a junior explorer in the USA, Veracio showcased its prowess by leveraging a global network of geoscientific experts and cloud-based technologies. Through unique Core Scanning capabilities, we identified that most of the mined mass was barren, focusing our energies on the ore-rich segments. A smaller footprint mine, from day one, by identifying and mitigating waste during the study phase.
When it comes to energy metals needed for the green transition, Veracio is breaking new ground.
Newcrest's Red Chris mine in British Columbia required real-time data to guide core-based observations and overcome lab assay delays, especially during the COVID pandemic.
The adoption of TruScan's sensor technology transformed the mining process, enabling proactive decision-making and the development of advanced geological models using geochemistry months in advance of lab results; accelerating the outcomes re. The integration demonstrated the value of providing real-time, accurate data and its ability to improve operational efficiency and informed decision-making in the mining industry.
When it comes to energy metals needed for the green transition, Veracio is breaking new ground.
The Red Chris geology team needed faster data and had identified opportunities to streamline their workflows. By vertically integrating TruScan with Strata’s assistive logging software, the mine achieved remarkable efficiency gains.
Anthony Harris, Newcrest’s chief geologist said "Geotechnical logging of a 1,500 m hole via manual means will commonly capture +200 features. This is compared to +2000 features via machine-assisted geotechnical logging”
The integration with TruScan's advanced technology showcases innovation in the mining industry, where data-driven insights pave the way for operational excellence.
When it comes to energy metals needed for the green transition, Veracio is breaking new
Working with Newcrest at RedChris mine in BC, Canada, Veracio’s TruScan empowered geologists with timely insights, enabling them to make proactive decisions based on near-real-time Cu values and advanced geological models.
TruScan's sensor technology provided real-time insights into spatial modeling of core samples, offering crucial information weeks ahead of final laboratory assays.
Veracio is changing the game in drill campaign optimisation.
Veracio partnered with Foran Mining to discover the Bridge Zone, proving stratigraphic link between two orebodies and creating significant value for investors and shareholders.
The TruScan's ability to provide rapid, accurate, and real-time grade data has demonstrated its potential in optimizing grade control and mill recovery at a Tier 1 Copper Deposit in Canada. Veracio has conducted a successful proof of concept study to show the viability of providing short-interval control in grade control modelling. The chip sampling trial has proven the value and potential of this technology in addressing the challenges of lab capacity issues and the need for short-interval control in grade control modelling.
When the Queensland State Government sought to comprehensively characterize the region’s geochemistry, they found an ally in Veracio. Using TruScan, we provided a spectrum of geochemical data, including the often elusive sodium analysis. Our insights into alteration patterns and geochemistry were highly commended, setting a benchmark for future endeavours.
In a collaboration with a junior explorer in the USA, Veracio showcased its prowess by leveraging a global network of geoscientific experts and cloud-based technologies. Through unique Core Scanning capabilities, we identified that most of the mined mass was barren, focusing our energies on the ore-rich segments. The outcome? A staggering reduction in capital costs, transforming the economic profile of the mineral deposit.
Our partnership with Major Miner in Western Australia showcased the benefits of integrating modern geology software with conventional mining. Using TruScan to trial the consistency and reliability of blast hole chip samples in Iron Ore, operational efficiency was elevated, proving the opportunity for a marked uplift in grade control processes, solidifying TruScan's position as a pivotal tool for modern iron ore mining.
In partnership with a renowned miner in Western Australia, Veracio harnessed the orebody’s elemental profile to create a gold calibration reflecting lab results, underscoring our reliable approach's efficacy.
At Newcrest's Red Chris mine in British Columbia, timely data became crucial, more so during the unexpected challenges brought by the COVID pandemic. Using TruScan's sensor technology, the geologists received invaluable real-time insights into spatial modeling of core samples, gaining a significant advantage by obtaining crucial data weeks before the final laboratory assays were available.
