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Scientific Research and Strategic Partnerships in Bamboo​

Over the years, we have consolidated strategic alliances with leading academic institutions and research centres, contributing to the advancement of scientific knowledge about bamboo through the exhaustive characterisation of its physical and mechanical properties. At the same time, we have established cooperative links with leading organisations in green building and sustainable architecture, creating an interdisciplinary ecosystem where research, innovation and professional practice converge to develop high-impact construction solutions.

Collaborations with Universities and Research Centres

    • We collaborate with universities and research centres in the advanced characterisation of materials, participating in R&D projects that analyse the physical and mechanical properties of bamboo, its durability and structural behaviour.
    • This synergy brings scientific rigour to our work and nurtures the training of new generations of professionals.


    Check out the technical properties of Moso and Guadua bamboo  

    Partnerships with the Green Building and Sustainable Architecture Sector ​

      • We are active members of associations, guilds and organisations dedicated to sustainable construction. This involvement keeps us at the forefront of techniques, regulations and philosophies of bioclimatic and low-impact architecture.
      • Together, we promote the integration of bamboo as a leading material in cutting-edge projects.


      Discover all our bamboo products for your projects

      Knowledge Exchange with Communities and Artisans:

        • We build bridges with local communities that possess traditional knowledge and with specialised artisans and technicians, in a dialogue of knowledge that enriches our methodology.

        The International Bamboo and Rattan Organisation (INBAR) is a multilateral development organisation that promotes environmentally sustainable development using bamboo and rattan.

        We collaborated with INBAR in organising the 1st Iberian Bamboo Symposium, as well as participating in talks and webinars on the promotion and use of bamboo for sustainable development.


        Theoretical and practical workshop on building with bamboo 2019. Construction of a bamboo greenhouse structure on the premises of the Faculty of Agricultural Engineering.

        Formamos parte del grupo de fundación de la Asib, Asociación ibérica del Bambú, creada con la intención de conectar a todos los actores interesados en promover el uso del bambú, especialmente en la Península Ibérica (España y Portugal), y favorecer su divulgación en todos sus aspectos, ayudando a crear sinergias y planes conjuntos, cuyo impacto siempre será mayor que a nivel individual. Junto con la Asociación hemos organizado y desarrollado el II Simposio Ibérico del bambú en Lisboa y las Jornadas del bambú en Valencia

        Theoretical-Practical Workshop II Iberian Bamboo Symposium. In collaboration with Asib.

        Study of bamboo and its use in construction. Mechanical characterisation.

        Fernández Sánchez, Alba

        The research carried out in this thesis has revealed the resistance values of the species analysed, determining how they respond to the climatic conditions of Granada.


        Bedoya Beltran, Erika Viviana

        Bamboo is a material that has traditionally been used in the construction industry, especially in traditional ways. However, it has now attracted interest in new areas of architecture and construction, with one caveat. Fire resistance. Because it is a fast-growing material that does not affect biodiversity, has the capacity to sequester carbon dioxide, and is not prone to deforestation, it is often considered a sustainable material. Therefore, we have determined that research on bamboo would be a valuable contribution to the field of construction. For the development of the research, we used two species of bamboo. Guadua Angustifolia, native to Latin America, and Phyllostachys Pubescens, native to China, and subjected them to fire testing. During the experimental procedure, the fire behaviour of both species was characterised by applying Epiradiator or drip tests and determining the oxygen limit index. For this study, both fire-retardant and non-fire-retardant species were evaluated. The following commercial products were used as flame retardants: Ignimad® (phosphate-based) and Solubor® (boron salt-based), impregnated by autoclave. The results obtained have demonstrated a significant improvement in fire behaviour for both species of bamboo, opening up the possibility for it to be considered in the construction industry. ​

        Study of the physical and mechanical characteristics of different varieties of bamboo - Luisa Molari, Engineer.

        MECHANICAL BEHAVIOUR OF BAMBOO IN BUNDLES AS THE SECTION GEOMETRY VARIES: an experimental and numerical analysis

        CANDIDATE: Kiara Perolli

        SPEAKER: Prof.ssa Ing. Luisa Molari

        CORRELATOR/CORRELATORS

        Ing. Silvia Greco, Ing. Giovanni Donini

        Academic Year 2023/2024

        ​

        Óscar González Yebra

        Characterisation of Guadua bamboo (Guadua Angustifolia) for design and industrialisation in Spain

        Nowadays, leaving future generations with a viable environment that does not exceed its carrying capacity has become one of humanity's main concerns. In this regard, this proposal arises as a search for the possibilities of the Guadua bamboo species (Guadua Angustifolia) as a viable and sustainable alternative material for design and industrialisation in Spain. It is due to a lack of dissemination and knowledge that it continues to be commonly perceived as merely exotic. *** Translated with www.DeepL.com/Translator (free version) ***

        To this end, this research project carries out a technical-mechanical and environmental characterisation using a deductive method that analyses the mechanical properties, technological advances and sustainability of the material. Furthermore, the design of a modular structure using Guadua is proposed as a case study, highlighting the environmental advantages over other conventional materials.

        In conclusion, it is a resistant, versatile and environmentally friendly material that, if discovered, can be successfully exploited thanks to its properties. Not only as a structural material but also in various industries, including furniture manufacturing, as it can advantageously replace wood in all sectors where it is used.

        Doctoral thesis by Asier Elejoste

        Characterisation of bamboo, modification using impregnation techniques, and design of sustainable structures.

        Year: 2024 University: University of the Basque Country / Euskal Herriko Unibertsitatea (UPV/EHU)

        Persons in charge of management: Dr Cristina Peña and Dr Amaia Butrón

        Bamboo is a biodegradable and compostable material with exceptional properties. This workshop demonstrates how bamboo has ideal characteristics for building a boat. Three techniques for working with bamboo were practised: cutting, joining and bending.

        Concurso de diseño estructura desmontable "The Basement" - Diseño de ejecución y fabricación