Abstract: A reaction chamber for continuous chemical processing of fibrous material, comprising: an elongate cavity having first and second ends at opposite ends of the elongate cavity and configured to contain the fibrous material and any reagents added to it for chemical processing; an input section at the first end of the elongate cavity, configured to feed fibrous material into the first end of the elongate cavity; an output section at the second end of the elongate cavity, configured to output fibrous material from the second end of the elongate cavity; and a transporter configured to drive fibrous material from the first end to the second end of the elongate cavity.

Abstract: The present invention relates to a recyclable composite having natural (4) and carbon fibers (6) as a reinforcement material and epoxy resin (8) as a matrix. Preferably, the natural fibers are hemp. Furthermore, the present invention relates to a method for producing such a recyclable composite comprising the steps of preparing the composite, vacuum bagging it and then heating it with a heating cable (12). Finally, the present invention relates to a kit having a frame (10), a heating cable (12) and an apparatus box with a thermostat and heat sensors and which can be used for performing the method according to the invention.