A new direction for
retired turbine blades.

The challenge is inside the composite.

Many blades combine glass or carbon reinforcement with a resin system and other construction materials. The ingredients work together during service, but the resulting composite does not come apart like a simple metal assembly.

A useful recovery pathway has to address both logistics and material quality. Blade design, resin type, preparation and the intended destination all influence the practical route.

Look for the next use within the structure.

JENROVA evaluates prepared blade-composite feedstocks using dry material liberation, with no added process chemicals and no hammer mills in the liberation stage. Oversized components need an agreed preparation and handling route before processing.

The objective is to create and characterize material fractions suitable for further separation or an industrial application. Fiber length, resin content and other properties must be measured; recovered composite material is not automatically equivalent to virgin reinforcement.

Recovery becomes meaningful
when material has a next use.

Possible destinations include tested composite ingredients and other qualified industrial applications. A new use must be demonstrated against the receiving customer’s specification; we do not assume every blade becomes a new blade.

Who we work with

Wind asset owners, repowering and decommissioning contractors, blade manufacturers and composite material buyers.