Your trusted advisor in copper-gold
Ore is getting more complex. Footprints are tighter. Shutdowns are shorter. But it doesn’t have to be difficult.
At Delonix Solutions, we make it easy.
We specialise in practical, multi-disciplinary engineering for gold, copper and nickel processing — designed for real sites, tight schedules and long-term performance.
We’ve made step-change improvements in plant design — now embedded in our Evolution Mineral Processing Technology™.
Already in development across Australia, Brazil, Africa and Asia by mining majors and juniors, this technology can deliver in excess of 40mtpa – fast – with capital savings of more than 30%.
Ask us how we’re cutting cost, plant size and emissions on copper-gold and nickel projects — and how we can do the same for yours.
Whether you’re optimising an existing circuit or building something new, we bring clarity, constructability and collaboration to every stage of your project.
Our copper-gold experience
Delonix Solutions has been engaged by a number of major mining operators for copper project feasibility studies of up to 40mtpa.
This is leveraged by the technologies that we have developed over the years.
How your project benefits from our expertise
- RealClouds Global™ by Delonix Solutions packages advanced 3D scanning, Digital Twin reality capture and surveying services.
- Capture accurate point cloud data and photogrammetry of your processing plants and non-process infrastructure for design purposes and change tracking.
- Model real plant condition and future scenarios, reduce site risks and optimise plant outcomes with accessible, visual datasets.
Improve retrofit accuracy and stakeholder coordination.
- Deliver heavy vehicle workshops, admin offices, fuel depots and supporting infrastructure — integrated with plant operations and layout constraints.
- Support full lifecycle delivery from studies to execution — engineered for scale, simplicity and future growth.
- Increase throughput, maintainability and availability through debottlenecking and sustaining capital programs.
- Perform structural audits and integrate safety improvements for long-term plant resilience.
The experts behind our delivery
Philippe Vatin
Founding Executive Director
Over 20 years in civil, structural and process design across global copper and gold operations, with additional expertise in extractive metallurgy and computational techniques.
Graeme Perkins
Technical Director
Expert with more than 30 years in mechanical engineering, postgraduate degrees in minerals processing, sustaining capital works in gold, nickel plant upgrades, tailings cyanide treatment, backfill and crushing plants in WA’s Goldfields.
Shane Hassan
Engineering Manager
Over 25 years in Australian and international copper, gold, nickel and other commodities across design, studies, project and construction management, commissioning, operations, maintenance and refinery processing.
Dr Leon (Leendert) Lorenzen
Technical Expert – Processing & Advisory
Distinguished senior engineer with over 40 years delivering complex mineral processing, chemical engineering, electrochemistry, reactive systems, hydrometallurgy, waste treatment and biofuels. Maintains the position of Extraordinary Professor at Stellenbosch University in South Africa.
Naim Abou Rjeily
Manager of Projects
Chartered Professional Engineering with over 20 years of international experience delivering mining, mineral processing and infrastructure projects across Australia, Africa, Asia and Europe. Deep expertise in plant design, construction management and project governance.
Fil Resnik
Business Development Manager
Over 25 years across applications engineering, mining and mineral processing, water and wastewater treatment, industrial, power generation, with specialist knowledge in gold processing operations.
Results that make a difference
Reduce cost 30% and more
using proprietary technology and prefabricated systems
Fewer man hours
and safer sites through preassembly and rotable systems
Digital accuracy
for smarter retrofits and safer execution
Lean design
with less rework and faster installation
Designed for uptime
to minimise disruption and maximise availability
