August 2026
EPC Contract – Mt Bundy Gold Project Dry Plant
Delonix Solutions Pty Ltd is pleased to announce that it has executed an Engineering, Procurement and Construction (EPC) contract with Hanking Gold International Limited (HKEX: 03788), for the Dry Plant of the Mt Bundy Gold Project, located in the Northern Territory.
Delonix Solutions’ scope of work comprises the full design, engineering, procurement, construction, installation and commissioning of the Dry Plant, including the run-of-mine bin and primary crushing circuit, secondary crushing, the closed-circuit high pressure grinding rolls (HPGR) tertiary crushing circuit, covered fine ore stockpile and reclaim, and associated civil, structural, mechanical, piping, electrical, process control and fire protection works.
The Dry Plant has been designed for a maximum throughput of 7.0 Mtpa, providing headroom above the 5.5 Mtpa nameplate plant duty and built-in capacity for future expansion. The contract carries performance guarantees on crushed product sizing and plant availability, and was prepared and executed on the Australian Standard Form AS4902.
Construction and commissioning of the Dry Plant are targeted for completion in December 2027, supporting first gold pour for the Mt Bundy Gold Project in the first quarter of 2028.
Commenting on the award, Philippe Vatin, Delonix Solutions’ Managing Director, said:
”We are proud to have been selected by Ranking Gold to deliver the Dry Plant for the Mt Bundy Gold Project. This award reflects our team’s expertise in crushing, screening and comminution systems, and we look forward to working collaboratively to deliver a safe and successful outcome.”
About Delonix Solutions
Delonix Solutions is a Perth-based mineral processing engineering company founded in 2011, delivering projects under the EPC, EPCM, BOO and BOOT models across Australia and international markets. Delonix Solutions specialises in crushing, screening, comminution and conveying systems, integrating ROM walls, stockpiles and ore reclaims, and has developed a proprietary whole-of-system modular design methodology for high-throughput, low-head circuits. Its multi-disciplinary team spans structural, mechanical, civil, piping, electrical and instrumentation engineering, and has delivered large-scale ore processing and materials handling infrastructure for major mining operations in Australia and Africa.
