In the fast-evolving mining industry, BME – a member of the Omnia Group – is transforming traditional blasting from a rock-breaking activity into a sophisticated, data-driven enabler of safer, more efficient, and sustainable operations.
“With over 40 years of specialised expertise, we are proving that when advanced explosives are integrated with cutting-edge digital technologies, the value created extends far beyond the blast bench,” says Nishen Hariparsad, General Manager of Technology & Marketing at BME.
“This aligns perfectly with BME’s commitment to delivering innovative, value-adding solutions that drive real operational and environmental progress,” he says. In this way, BME has positioned itself not just as an explosives provider, but as a strategic partner in building the smarter, greener mines of tomorrow.
Closing the loop from pit to plant
Hariparsad says that through premium electronic initiation systems, AI-powered platforms, and a deliberate focus on integrity-first autonomy, BME is helping mines close the loop from pit to plant while prioritising the single most important outcome: safety.
“Explosives remain the most cost-effective method of breaking rock, but their true power lies in application. BME’s philosophy of positive disruption places responsible, sustainable solutions at the centre,” he says.
The company’s flagship AXXIS electronic initiation system exemplifies this shift. “By delivering unmatched precision and accuracy, AXXIS produces predictable fragmentation outcomes that cascade through the entire value chain,” he says. “The benefits include faster excavation, higher shovel and loader productivity, improved mill throughput, reduced crusher downtime, and lower reliance on diesel generators.”
He notes that these were not incremental gains, but measurable reductions in environmental footprint and operational cost. “This proves that sustainability and profitability are not opposing forces but mutually reinforcing outcomes,” he says.
Connected intelligence
Hariparsad says that a significant game-changer is the way BME is using data intelligently as opposed to just collecting more data.
“BME has evolved from a fit-for-purpose explosives supplier to a future-fit technology partner by treating blasting as the first link in a fully connected, autonomous, and auditable mining system,” he says.
The company’s digital technologies capture critical data at every stage – from hole loading through to final mill product – enabling real-time decision-making.
“Electronic initiation systems, for example, allow engineers to access best-practice blasting parameters, reducing downtime, vibration, and over-break,” he says, adding that the result is not just better fragmentation at the blast face, but downstream benefits.
These are overlooked when evaluating only the unit cost of the product instead of the total value across the chain.
“For example, accurate blasting enables predictive maintenance scheduling, tighter crusher feed control, optimised energy consumption, and consistent mill throughput,” he says. “These are advantages that appear far downstream of the procurement decision yet deliver the greatest financial and environmental return.”
Integrity-first intelligence
Hariparsad says that BME recognises that AI, autonomy and automation will define the mine of the future – and is deliberately shaping how these technologies are embedded.
“XPLOSMART, our AI-enabled blasting optimisation system, is built on an ‘integrity-first’ foundation,” he said. “XPLOSMART is not merely another algorithm; it represents a mindset shift that places traceability, explainability, and safety at its core.”
He says that engineers remained firmly in control. “Every AI-generated recommendation is traceable back to its source data, fully auditable, and designed to support – never replace – human oversight,” he explains.
He adds that outcomes speak directly to customer priorities: safer pit walls, steadier plant feed, and lower energy consumption per tonne. “Considering the data feeding these AI systems is verified and trustworthy, the insights are actionable across the entire operation, from blast design to final product,” he explains.
He says that this approach aligns perfectly with the industry’s move toward completely autonomous mines – a reality already unfolding at select operations worldwide. “As people move off the bench, they must be upskilled for higher-value roles in data analysis, system optimisation, and strategic decision-making – the essence of a genuine just transition,” he says.
Redefining resource extraction
Hariparsad says that the outdated image of mining – dusty, dangerous, and labour-intensive – bears little resemblance to today’s reality.
“The industry has embraced world-class innovations to overcome intricate technical hurdles while placing actionable data directly in the hands of mining personnel,” he says.
He notes that by demonstrating that technology aligns with meaningful purpose, the mining industry will be able to better attract younger talent to replenish the skills pipeline.
“The mining sector is far removed from outdated perceptions; it has evolved into a sophisticated digital domain, moving beyond simply extracting rock,” he says.
Interactions between humans and intelligent systems
Hariparsad says that in the future, mining will no longer be defined by explosives, open pits, or haul trucks. “Instead, it will be characterised by seamless interactions between humans and intelligent systems operating around the clock,” he says. “These relationships will extend to algorithms, mines and markets, companies and regulators, primary and secondary resources, as well as extraction and regeneration processes.”
He says that the business models emerging from these interactions will shape the economics, politics, and sustainability of critical materials. “Mines will evolve into integrated materials intelligence systems,” he says, adding that these ecosystems will be achieved through the consolidation of resources, technologies and strategic partnerships.
While pockets of innovation exist today, he notes that they often operated in isolation.
“By fostering effective collaborations and developing a cohesive ecosystem of interdependent technologies and solutions, we can realise a true materials intelligence system that enables us to achieve far more with significantly less,” he says.
Listening first, innovating harder
He says BME views technologies as a robust pathway to navigate turbulent markets – characterised by rising utility costs, commodity price fluctuations, and other pressures that our customers face daily. “These challenges become our own, driving our commitment to innovation,” he says.
He says that BME’s research and development (R&D) efforts are deliberately focused on delivering tangible benefits in efficiency, safety, productivity and sustainability. “By actively listening to our clients and aligning our priorities with their needs, we develop targeted solutions that address real-world pain points,” he concludes.
