The $125/Tonne Margin Trap
Navigating Queensland’s 2026 Soil & Logistics Gap on the Bruce Highway Corridor
Queensland’s $180 billion infrastructure pipeline has entered the “2026 Procurement Thickening.” Beyond workforce training mandates, the management of surplus material (Spoil) under MRTS04 Section 11 is now the primary driver of project profitability.
Get the soil classification wrong on the Bruce Highway in 2026 and you’ll burn $125 per tonne of levy-rated spoil before your first dozer rolls. A 10,000-tonne Type 4 mis-call is a $1.25 million hole in your P&L.
Warning: The 22 hotspots Gympie → Cairns aren’t just construction jobs anymore. They’re levy pressure tests where haul distance, soil type and procurement scores decide if you survive or bleed margin.
1. The $125/Tonne Levy: The Scheduled Margin Killer
As of January 2026, the Queensland Waste Disposal Levy is a non-negotiable financial weight on every civil project in the state.
| Waste Type | Levy Area | 2025-26 | 2026-27 | 2027-28 |
|---|---|---|---|---|
| General Levy | Metro (Level 1) | $125 | $135 | $145 |
| Contaminated Earth | Metro (Level 1) | $125 | $135 | $145 |
| Regulated Cat 1 | Metro (Level 1) | $205 | $215 | $225 |
| General Levy | Regional (Level 2) | $97 | $107 | $117 |
The Source Rule: Waste generated in a Metro area (Level 1) attracts the Metro rate regardless of where it is disposed of. The 125km Trap: Bruce Highway pressure zones >125km from disposal capacity turn every Type 3/4 tonne into levy + fuel + time kill.
2. MRTS04 Section 11: Four Soil Types → Four Levy Risks
Correct classification is the only defense. TMR classifies earthworks material into four technical types under MRTS04 Section 11:
TYPE 1: Select Fill
High-quality structural material. Durable, well-graded. Zero levy if reused on-site.
TYPE 2: General Fill
Suitable for embankments & landscaping. Compacts reliably. Low risk if segregated.
TYPE 3: Marginal Material
Plastic or dispersive soils. Requires specialized treatment or expensive disposal. High Risk.
TYPE 4: Spoil/Contaminated
Non-conforming or hazardous material. Attracts full $125/tonne Metro levy.
Annexure MRTS04.1 Warning: Acid sulfate soils are flagged as high-risk. Cross-contaminate Type 1/2 with Type 4, and your “free fill” becomes levy waste.
3. The Procurement Bind: W2R and Local Benefits
The Queensland Procurement Policy 2026 hard-wires waste management into your tender score:
Local Benefits Test: Projects reward contractors with a 30% evaluation advantage for using local supply chains within a 125km radius. Haul beyond 125km and you lose both on levy costs AND tender scoring.
Mandatory W2R Schedule (C7810.S12.TIC): Tenderers must now nominate the percentage of recycled materials (RCC, RAP, Crumb Rubber) they will use or justify any decision not to maximize diversion.
MRTS04 Compliance
W2R Mandatory Compliance Checklist
TIC & MIC TMR Contract Requirements
- C7810.S12.TIC: Tender Schedule completed with recycled content % targets.
- MRTS51 Compliance: Waste 2 Resource Calculator (Actuals) ready for submission.
- MRTS04 Classification: Spoil pre-classified by geotechnical testing (Types 1-4).
- 125km LBT: Disposal and recycling partners verified inside Local Benefit Zone.
4. Exit the Trap: Four Contractor Moves
- Soil Risk First: Build conservative Type 3/4 allowance based on corridor geology + MRTS04. Don’t price on best-case.
- Draw 125km Circles: List all landfills, recyclers, and quarries inside the radius for each hotspot you’re bidding.
- Procurement Weapon: Local partners within 125km = Local Benefits score + levy-safe operations. Double win.
- W2R Compliance: Nominate RCC/RAP/crumb rubber percentages per TN193. This is now tender differentiation.
Need Local Partners Inside 125km?
Browse earthmovers, recyclers, and disposal facilities by region in our contractor directory.
Sources & Statutory References
- Waste Levy Rates 2025-26 – QLD Government
- MRTS04 General Earthworks – Transport and Main Roads
- Local Benefits Test Guidelines – QLD Housing & Public Works
- WRR Act 2011 s37 – Queensland Legislation
- TN193 Waste to Resource – TMR Technical Notes