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Cost & Recovery Estimation Tool

Onshore wind material recovery estimator

Gross and indicative net recovery value for decommissioned onshore wind turbines, after tower sections have been cut and loaded for transport. Adjust merchant margin and distance to scrap yard to explore the range of outcomes.

Asset & market inputs

UK domestic scrap prices, delivered consumer. Fastmarkets / Argus Scrap Markets, March 2026.

turbines
34.5
MW

Merchant margin 30%

Distance to scrap yard / merchant 100 km

Recovery estimate
Material breakdown — gross contribution

What this estimate includes and excludes

Included deductions: Merchant margin (processing, sorting, grading, contamination discount, buyer profit) and flatbed/lowboy haulage from site to scrap yard (fixed loading & site access component plus variable per-km rate).

Not included: Primary dismantling (crane, blade removal, tower felling). Cutting of tower sections into transport-ready lengths. Contractor profit on dismantling works. These are cost items that reduce the operator's net decommissioning position beyond the figure above.

Reference prices & haulage rates

Assessed scrap market prices, March 2026. Source: Fastmarkets and Argus Scrap Markets published assessments — not LME primary metal prices. Electrical steel scrap has no liquid published series at this grade; the figure is an indicative premium over HMS based on industry practice. Actual realisation depends on grade purity, volume, and merchant.

Scrap gradeUK · £/tEEA · €/tUS · $/t
Structural steel — HMS 1&2
Fastmarkets MB-STE-0077 (UK) · MB-STE-0169 E3 Germany (EEA) · AMM East Coast (US)
207300330
Cast iron scrap
30% discount to HMS 1&2 — standard market practice, no independent published series
145210231
Electrical steel — stator/rotor punchings
Indicative ~60% premium to HMS — no liquid published series at this grade
330420380
Copper — heavy & cable grades
Argus Scrap Markets, LME discount basis; mixed generator winding / cable grades
6,5007,6008,600
Aluminium — old cast / mixed cast
Argus Scrap Markets, old cast basis; ~62% LME payable
1,2501,3501,400
Haulage — fixed (loading, site access)
Per tonne of recoverable material
10 /t9 /t8 /t
Haulage — variable (flatbed / lowboy)
44T artic, 23t payload, RHA basis
0.075
/t·km
0.070
/t·km
0.060
/t·km
Methodology

Component masses

Nacelle and hub masses are model-specific, drawn from manufacturer published LCAs (Vestas V112, V136 series), Enercon product specifications, Siemens Gamesa EPDs, and Nordex product documentation. Tower mass scales with hub height using the h1.5 engineering relationship for tubular steel towers, anchored to a model-specific reference mass and height. Foundation steel and concrete are excluded — scope is above-ground turbine components only.

Merchant margin

Applied as a percentage of total gross value before haulage. Covers processing, sorting, grading, contamination discounts, and buyer profit. Range 10–50%: the low end represents a large clean load sold direct to a steel mill with the buyer absorbing most logistics; the high end reflects a small, contaminated or remote load in a thin market. Default 30% is consistent with observed all-in deductions on wind farm scrap transactions where the merchant also covers torch cutting.

Haulage model

Flatbed trucks and lowboy trailers transporting cut tower sections, nacelle sub-assemblies, and hub pieces to scrap merchant or processing facility. Variable rate is derived from benchmark for a 44-tonne artic at 23t payload for heavy steel sections. Fixed component covers crane loading at site, weighbridge, and remote access road premium. EEA and US rates reflect comparable published benchmarks in those markets. Tower is assumed cut to 4–6 m sections before loading.