Atlas Copco’s DrillAir range of air compressors is engineered to provide maximum air flow at any pressure setting, offering efficient and sustainable solutions for various drilling applications, including ground engineering, drill and blast, water well, geothermal, and foundation drilling.
“We understand the unique challenges of this industry,” says Jonathan Cassell, APE sales engineer at Atlas Copco Power Technique. “Hole deviation, pipe failure, borehole instability, and other issues can disrupt machines, leading to costly breakdowns, reduced productivity, and expensive repairs.”
Cassell emphasizes that drill operators typically maintain their rigs and compressors, purchasing new units only when awarded new contracts or when existing machines reach the end of their lifecycle. “Extended machine lifecycles and low operational costs are crucial for operators,” he adds. “By designing reliable, efficient, and advanced technology, we create value for our customers, ensuring they can meet their contractual commitments, which is key to their business sustainability and profitability.”
With a variety of hole depths and hammer sizes in mind, Cassell notes that choosing the right equipment is essential for optimized drilling. The DrillAir range offers flexibility, allowing operators to select the best product for their specific needs, while adapting to variations in well depth and hammer size for custom applications.
The core strength of Atlas Copco’s DrillAir compressors lies in their scientific engineering, balancing pressure and flow to provide the optimal combination for each application. This balance is critical to maximizing time and fuel efficiency.
Packed with technology to boost drilling efficiency, the DrillAir compressors are designed to reduce fuel consumption while improving performance. “With our integrated DrillAir technologies, customers achieve faster drilling speeds while optimizing fuel usage,” says Cassell.
The Dynamic Flow Boost feature offers up to 4 m3/min additional flow, speeding up flushing and drill stem refilling, thus reducing overall drilling time.
The advanced PACE™ system (Pressure Adjusted through Cognitive Electronics) offers further advantages. “This intuitive software enables customers to control multiple pressure and flow settings via the electric engine, optimizing them for specific applications,” explains Cassell. “This dynamic optimization is especially useful when handling products with varying bulk densities, allowing operators to preset flow and pressure settings based on application needs.”
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