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Woodrow Wiest

Tel
+46 10 228 47 68
Email
woodrow.wiest@ri.se
Location
Mölndal
Ask me about
Ask me about
Project

ReLignin: Sustainable additive manufacturing with recycled lignin

ReLignin lays the foundation for material upscaling and introducing fully recyclable material resources, produced from local recycled lignin waste stream and recycled ocean waste (end-of-life fishing nets).
Project

UPWEARS - Sustainable solutions for upgraded smart wearables

Unlocking the potential of a new generation of biobased and hybrid fabrics for sustainable e-textile.
Project

E3D Energy-Efficient Building Facades with 3D-Printed Concrete

The E3D project aims to incorporate 3D-printing into building façade concrete elements, enhancing energy efficiency and sustainability in the Swedish construction industry. By reducing material use and construction time toget…
Project

Developing sustainable and resilient circular economy microfactories

SuRF-LSAM lays the foundation for tomorrow’s global network of circular economy microfactories.
Project

Large Scale Additive Manufacturing of RescueRunner by Safe at Sea

The purpose of the LSAM-SAFE project is to redesign and manufacture the Safe At Seas RescueRunner through large-scale 3D printing to optimize strength and light weight. The material will be a composite material consisting of recyc…
Project

PrintCrete-3D printing of Sustainable Prefabricated Concrete Elements

Printcrete advances 3D printing for prefabricated concrete, bringing efficiency and cost reduction to the Swedish construction industry. By optimizing value chains and involving stakeholders, it ensures market alliance and custome…
Project

3D-printed kayak based on FibraQ-reinforced recycled plastic

The project will verify using Biofiber Tech´s wood fibers (FibraQ) to reinforce recycled plastics and to realize the 3D printing technology for boat/kayak production. FibraQ is a chemical treated, compacted wood fibers which devel…

IRBAM – large scale additive manufacturing with industrial robot

Robotic large-area additive manufacturing and thermoplastic composites enable the creation of complex geometries with precision. Moreover, by minimizing the use of raw materials and promoting recycling, we also reduce our environm…