VOT3D is leading the way for the digitisation and robotisation of the mining industry, by introducing innovative methods in the design of underground mining ventilation systems. The VOT3D approach involves the integration of robotics technology to 3D scan and digitise underground tunnels, creating an accurate representation of the tunnel geometry in order to optimise its ventilation, ultimately allowing for safer working environments and reduced environmental impact and operational costs.
Although ventilation systems incur millions in annual costs, their role in improving efficiency and safety is invaluable. However, current practices often operate these systems at inflated capacities, leading to energy waste and negative environmental effects. While there are tools available for mining ventilation, the integration of detailed 3D mapping for optimization is lacking.
The VOT3D project aligns with the Raw Materials sector’s goals of enhancing safety, cutting costs, and promoting sustainable production. This initiative will enhance existing technologies to withstand harsh mining environments and reach TRL9, facilitating entry into a global market valued at USD 326 million, which is expected to grow at a CAGR of 4.3% from 2019-2024. VOT3D aims to capture 5% of this market by leveraging emerging technologies to save up to €2 million annually for mining operations while creating safer work conditions.
MNLT’s Role in the project
Here at MNLT, we are leading the environmental impact assessment, employing our life cycling analysis (LCA) and cost (LCC) methodologies to quantify the tangible reductions in emissions and costs achieved by the project.
Introduction of modern and innovative solutions, including robotics, for the optimisation of underground ventilation, reducing electricity consumption, increasing the efficiency of operations and providing a safer working environment.
