BOILY — Wind Turbine Blade Processing
Company 03
BOILY
Wind Turbine Blade Processing
BOILY tackles one of the renewable energy sector's most pressing waste challenges — the end-of-life processing of wind turbine blades. 100% material reclamation, zero landfill, and every recovered asset XPRL tokenised for full supply chain transparency.
To Landfill
100% of blade material recovered
Materials Recovered
Fibreglass, foam, steel & resin
Tokenised
Every asset digitally verified
Compliant
Defence-grade processing standards
Zero
Landfill
Blades That
Can't Be Buried.
Wind turbine blades are one of the most problematic waste streams in the global energy transition. Made from fibreglass composite, structural foam, and resin, they cannot be conventionally recycled — and with tens of thousands reaching end-of-life annually, landfill is no longer an option.
BOILY was built to solve this. Our proprietary processing system separates and recovers every material stream from a decommissioned blade — fibreglass, foam, steel fixings, and resin — all graded and returned to the supply chain.
Every recovered tonne is tokenised via XPRL, creating an immutable digital record from point of reclamation to end buyer — giving operators, investors, and regulators full supply chain transparency and verifiable ESG impact data.
Reclaim.
Tokenise.
Return.
Wind Turbine Blade Processing
BOILY specialises in the end-of-life processing of wind turbine blades — one of the most challenging waste streams in the renewable energy sector. Our proprietary process recovers 100% of blade material.
Full Material Reclamation
Fibreglass composite, structural foam, steel fixings, and resin are all separated, graded, and recovered. Nothing enters landfill. Every material stream is processed for re-entry into the supply chain.
XPRL Tokenisation
Every tonne of reclaimed material is tokenised via XPRL at point of recovery — creating an immutable digital record on-chain. Full provenance from blade to buyer, verifiable at every stage of the supply chain.
MOD Compliant Operations
BOILY operates to Ministry of Defence procurement and processing standards. Our documentation and chain of custody protocols meet the highest compliance requirements across defence and civil sectors.
ESG Impact Reporting
Every BOILY operation generates a full ESG impact report — tonnes diverted from landfill, materials recovered by type, carbon offset data, and XPRL token records — ready for your sustainability reporting.
Low Emissions Operations
BOILY's processing methodology is designed for minimal operational emissions. Mobile-first deployment means we come to the blades — reducing transport impact and keeping our site footprint small.
Blade In.
Nothing Wasted.
Blade Assessment
Our team assesses the decommissioned blades on-site — recording dimensions, material composition, condition, and logistical requirements before processing begins.
Mobile Deployment
BOILY deploys directly to the wind farm or storage site. Our mobile processing unit eliminates the need for costly and carbon-intensive blade transportation.
Material Reclamation
Blades are processed through our proprietary system — fibreglass, foam, steel, and resin are separated, graded, and prepared for re-entry into the supply chain. Zero landfill.
XPRL Tokenisation & Sale
Every recovered material stream is tokenised via XPRL — each asset assigned a unique digital token providing immutable provenance. Material is sold back into the supply chain with full audit trail and ESG documentation.
XPRL Tokenisation — Every Asset. Every Tonne.
BOILY uses XPRL tokenisation to assign a unique digital token to every recovered material stream. This creates an immutable, on-chain record of provenance — from the moment of reclamation through grading, sale, and delivery to the end buyer. Operators receive full audit trail documentation and verifiable ESG impact data, ready for regulatory reporting and investor disclosure.
Have blades reaching end-of-life?
Talk to us about processing, material recovery, and XPRL tokenisation.
[email protected]