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| Dyno Nobel |
Fortescue Trials the Revolutionary DYNOBULK Electric MPU
Dyno Nobel, a global leader in commercial explosives, is pioneering sustainable mining with the world’s first electric bulk explosive mobile processing unit (MPU). The company is currently trialing the DYNOBULK Electric MPU at Fortescue’s Solomon operations in Western Australia, marking a significant advancement in eco-friendly mining technologies.
Innovative Design for Maximum Efficiency
The DYNOBULK Electric MPU is engineered to deliver explosive products directly to blastholes while eliminating the emissions associated with traditional diesel-powered vehicles. It features a powerful 390 kWh lithium polymer battery and an electrified propulsion system. Its regenerative braking technology enhances energy efficiency and extends battery life.
With a rapid 45-minute recharge time, the MPU maximizes productivity using a 650 kWh fast-charging station powered by renewable energy sources, including solar, wind, or hydropower. This setup not only reduces operational emissions but also supports off-grid mining operations.
Enhanced Safety and Sustainability
Safety remains a top priority for Dyno Nobel. The MPU includes advanced emergency protocols such as automatic shutdown systems, thermal management, and containment measures. Designed to operate in extreme mining environments, it adheres to the highest industry safety standards.
Unlike conventional diesel-powered units, the electric MPU significantly reduces noise pollution and harmful emissions, creating a safer and healthier work environment for miners and operators.
A Step Toward Net Zero Emissions
“The DYNOBULK Electric MPU represents a significant step forward in sustainable mining operations,” said Braden Lusk, Chief Technology and Marketing Officer at Dyno Nobel. “By enhancing operational efficiency and reducing GHG emissions, this innovation is helping drive the mining industry toward a more sustainable future.”
Dyno Nobel continues to invest in sustainability. Earlier this year, the company completed an $8 million nitrous oxide tertiary abatement project at its Louisiana, Missouri facility in the United States. This initiative is expected to cut the company’s global GHG emissions by up to 19% annually, eliminating 520,000 metric tons of carbon dioxide equivalent emissions. This effort aligns with Dyno Nobel’s commitment to achieving net zero emissions by 2050 or sooner.
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