For wind asset owners & decommissioning service providers

Your retiring blades can enable affordable power in remote islands

Reverlast repurposes decommissioned wind turbine blades into nearshore floating solar infrastructure. The highest value-adding end-of-life route is quickly becoming available at scale; no incineration, no landfill, and only minimal cutting.

Economics

The better deal: price-matched decommission costs

Blade end-of-life is a cost center. Repurposing with Reverlast can turn it into a competitive advantage.

Your blades have value to us

Because wind turbine blades are the core raw material for our product, we can offer gate fees that are below conventional recycling and recovery routes.

As a rule of thumb, we can always price-match with a 20% discount to existing blade decommissioning project costs.

The larger we grow our operations, the more we are able to reduce our intake fees.

Request a quote
Status Quo Recycling, per onsite blade on the ground 12 000 - 24 000 US$
Reverlast currently, per onsite blade on the ground 10 000 - 20 000 US$
Reverlast repurposing scaled Significantly lower

HOW IT WORKS FOR YOU

Our model is built around your operations

Your existing decommissioning provider handles blade removal, and we take over once blades are on the ground and ready for transport. No changes to your workflow. Ideally, we coordinate with you or your service provider on logistics and blade specifications 3–24 months before decommissioning. The earlier the conversation, the smoother the handoff.

Johannes Peace from Reverlast inside a decomssioned wind turbine blade

Waste hierarchy

Repurpose sits at the top

The waste hierarchy pyramid ranks end-of-life routes by environmental and economic value. Repurposing preserves the most embodied energy and avoids potential unwanted particle releases from blade processing.

01
Repurpose
Use the blade structure as-is in a new application
Reverlast
02
Recycle
Break down into recovered fibers or fillers
Emerging
03
Recovery
Burn for energy or co-process in cement kilns
EU status quo
04
Disposal
Landfill or incineration without energy recovery
Being banned

Why repurposing is the optimal route

Every other end-of-life method requires cutting, shredding, or thermally/chemically decomposing the blade. This destroys the composite's structural properties and consumes significant energy in the process. Mirroring this, the resulting end products have challenges in reaching favorable value levels in their respective markets.

Reverlast's approach preserves the blade's engineered strength, corrosion resistance, and geometry intact. The same properties that made the blade perform for 20+ years in harsh spinning outdoor conditions make it an exceptional structural semi-product for marine solar, and ultimately a valuable end product.

Valuable end-product
Minimal cutting and shredding required
No pricy thermal decomposition or chemical solvents
Lowest processing emissions of any end-of-life route

Let's talk about your blades

Whether you're planning a decommissioning project or exploring end-of-life options for future blade volumes, we'd like to hear from you.

Contact us

Or call directly: +358 400 83 00 82

Johannes Peace from Reverlast inside the root part of wind turbine blade