Mineral Resources Business Model Canvas

Alliances with haulage, port and shipping providers unlock export capacity—seaborne trade moves about 80% of global trade by volume—critical for miners handling Australia's ~900 Mt iron ore exports in 2024. Take-or-pay port and shipping contracts (commonly 5–20 Mtpa tranches) ensure throughput reliability and predictable cashflows. Joint operational planning reduces demurrage and bottlenecks, while targeted co-investments in berths and rail expansion enable scalable capacity during peak cycles.

Global lithium JVs and long-term iron ore offtakes stabilise volumes and pricing, aligning capex and processing to support spodumene and ore markets in 2024. Port, rail and shipping contracts (5–20 Mtpa tranches) secure export capacity for Australia’s ~900 Mt iron ore exports (2024). OEM and performance-based maintenance raised fleet utilisation ~20% and cut lifecycle costs ~22% (2024).

Haulage, stockyard management and port loading for iron ore and lithium focus on meeting the 62% Fe seaborne benchmark and battery‑grade lithium carbonate purity >=99.5% through controlled blending and segregation. Voyage planning and freight contracting (spot and time‑charter mix) target minimized landed cost and schedule risk. Real‑time visibility systems coordinate flows and have been shown to cut terminal dwell and delays by up to 30% in industry studies.

Contract crushing/processing 500–2,000 tph with 95% uptime SLAs; CI lifts utilization 5–10% and recovery 0.5–2% (2024 benchmarks); TRIFR <3.0.

Resource drilling 50,000–150,000 m campaigns feeding bankable studies; staged EPC capex to commissioning; grade control optimizes strip ratio.

Logistics, blending and offtake secure 62% Fe and >=99.5% Li2CO3; contracts 3–10 yrs; DSO 30–90 days; terminal dwell cut ~30%.

Private haul roads (often 50–300 km) and leased storage with port access are core; major bulk terminals (eg Port Hedland ~562 Mtpa in 2023) set benchmark throughput. Shiploaders and stacking-reclaiming systems commonly operate 5,000–10,000 tph; rail and shipping contracts are typically framed in 1–50 Mtpa bands. Integrated inventory and grade-control systems provide real-time stock tracking and blend control across the chain.

Owned/JV tenements secure Tier-1 iron ore and lithium pipelines (iron ore ~2.3bn t; lithium LCE ~1.2Mt, 2024) with >15y permits. Plant and fleet (0.5–5 Mtpa modules; 50–200 units) target >92% availability; ERP adoption 65% and TRIFR down 18% (2024) support productivity. Balance sheet: liquidity buffer 15–25% capex, hedge coverage 20–50% near-term production.

Large-scale spodumene production (circa 1 Mt concentrate output in 2024) with JV pathways into lithium chemicals secures upstream-to-chemicals integration, supporting battery value chains facing ~11m EVs sold in 2024; technical collaborations ensure spec evolution compliance, and staged expansion optionality aligns capacity with expected multi‑year demand growth (>30% y/y in lithium demand in 2024).

Single-provider BOO reduces interfaces, cutting typical industry cost overruns ~30% and schedule delays ~40%. Low-cost quartile position with 62% Fe product into a ~1.6bn t seaborne market (2024) and ~1 Mt spodumene output secures integration into the ~11m EV market (2024). Availability >90%, recoveries +1–5pp, CI >10% and pilot CO2e cuts up to 30% improve EBITDA visibility.

Co-development and JV governance allocate shared investment and decision rights—commonly 50:50 equity in lithium ventures—aligning capital for projects with typical greenfield capex of US$500–1,500m as the 2024 global lithium demand reached ~620 kt LCE. Structured governance committees conduct quarterly budget and expansion reviews. Information symmetry across partners enables faster, quarter-scale responses. Pre-agreed dispute resolution frameworks reduce operational friction.

Long-term 5–10y contracts with KPIs (availability 95–98%, on-time 95%) and 10–30% gainshare align incentives; dedicated technical teams with quarterly audits and 24h escalation maintain quality; digital portals deliver real-time assays and logistics; trials reduced rejects 18% and improved throughput 9% (2024).

Competitive bids to miners and developers in 2024 prioritize cost and demonstrable safety records, with many tenders requiring ISO 45001 certification and public incident reporting. Demonstrations of past performance and safety metrics drive shortlist decisions, and pilot engagements of 30–90 days commonly precede full-scale contracts. Clear, quantified scopes reduce execution risk and limit costly change orders during delivery.

Multi-channel sales mix combines in-house commercial offtake (50–80% of plant output) with long-term contracts (tenors 7–10 years) and spot/tender sales to mills and converters; relationship management and quarterly reviews sustain repeat business. Pricing is index-linked with differentials ≈ $5–25/t and take-or-pay 60–90% for volume certainty. Digital data rooms and portals (mining digital market ≈ US$2.6bn in 2024) enable secure negotiations and real-time shipment updates.

Third-party miners increasingly outsource crushing and processing to control opex and capex, with 2024 industry surveys reporting about 62% of mid-tier operators using contract processing for at least part of their throughput; they demand predictable per-ton costs and >95% uptime SLAs, flexible scalable capacity to handle ore variability, and strict safety and regulatory compliance as non-negotiable requirements.

Steel mills (seaborne iron ore ~1.4bn t in 2024; 62% Fe ~USD110/t) need cost-competitive, long-term supply; refiners/battery players demand 5–15y offtakes and ESG traceability; mid-tier miners outsource processing (~62% use contract processing in 2024) for predictable per-ton costs; traders hold 4–12w inventory and provide market optionality; industrial energy buyers hedge 70–100% peak load.

People and safety expenditures represent 20–35% of operating costs in mineral operations in 2024, driven by workforce wages, benefits and retention programs. Training budgets rose about 8% in 2024 to cover competency, upskilling and safety drills, while PPE averages roughly 800–1,200 per worker annually. Camp operations and travel consume 5–10% of opex, and recruitment for growth projects can cost ~15,000 per hire.

Mining & processing drive 60–80% of OPEX (consumables 25–35% of OPEX in 2024), with continuous-improvement targets of 5–10% unit-cost reduction. Logistics add 15–30% of delivered cost; freight ~US$5–20/tonne and demurrage US$10–30k/day (2024). People, safety and compliance consume 20–35% OPEX; royalties 2–8% of revenue and rehab provisions 1–5% CAPEX.

Spodumene concentrate sales under offtake generated near-term cashflow, with SC6 contract realizations averaging about $4,000–5,000/t in 2024. Profit share and dividends from JV downstream processing contributed steady income, often 10–30% of JV net profits depending on equity. Expansion premia arise as capacity scales, lifting project IRRs by several percentage points. Floor-price mechanisms in some contracts protected margins during weak patches.

Fee-based processing yields US$2–6/t plus US$0.10–0.50/t incentives; BOO contracts 5–20 yrs. Seaborne iron ore 2024 ~1.6bn t; 62% Fe benchmark ~USD110/t FOB. Spodumene SC6 realizations ~USD4,000–5,000/t (2024); JVs share 10–30% profits. Logistics 3–8 USD/t; energy/by-product sales 20–40% of plant revenue; EU ETS ~90 EUR/tCO2 (2024).