Limeboo: Lime as a Replacement for Cement in Wall-Framing Systems with Bamboo-Guadua (Bahareque Encementado)

Hector Archila Santos, Giovanni Pesce, Martin Ansell, Richard Ball

Research output: Contribution to conferencePaper

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Abstract

Traditional construction systems with the bamboo species Guadua angustifolia Kunth
(Guadua) are standardized under the Colombian code for seismic-resistant buildings [1]. These
systems are regarded as highly environmentally friendly due to their intensive use of Guadua in the
supporting structure and walls. In particular, the plastered cane building system or ‘bahareque
encementado’, which provides a low-cost and low-technology alternative for two-storey dwellings,
commonly uses round Guadua for the frame and riven Guadua boards (esterilla) for covering the
frame. However, this wall-framing system relies heavily on cement renders for providing combined
structural action to resist lateral loads, protecting the material against weathering and ensuring a flat
surface for construction finishes. Thick cement renders contribute greatly to the wall mass and
together with the foundations result on the highest negative environmental impact in traditional wallframing
construction with Guadua. Therefore, the reduction of the use of cement or its complete
replacement for alternative binders in the wall-framing 'bahareque' system is a key point for
environmental improvement. Widely available materials such as lime, which have less energy
intensive production-processes present an alternative to cement. Moreover, lime offers improved
breathability within the building and behaves more elastically than cement. This paper explores the
potential use of lime as a replacement for cement mortars in 'bahareque' systems and analyses
Guadua’s anatomical and chemical features when mixed with lime. The paper describes a “cold
process” in which no high temperatures are involved for the improvement of the bonding between
lime and bamboo.
Original languageEnglish
Publication statusPublished - 11 Aug 2015
Event16th International Conference on Non-conventional Materials and Technologies (NOCMAT 2015) - Winnipeg, Canada
Duration: 10 Aug 201513 Aug 2015

Conference

Conference16th International Conference on Non-conventional Materials and Technologies (NOCMAT 2015)
CountryCanada
CityWinnipeg
Period10/08/1513/08/15

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Bamboo
Lime
Cements
Weathering
Mortar
Binders
Environmental impact
Costs

Cite this

Archila Santos, H., Pesce, G., Ansell, M., & Ball, R. (2015). Limeboo: Lime as a Replacement for Cement in Wall-Framing Systems with Bamboo-Guadua (Bahareque Encementado). Paper presented at 16th International Conference on Non-conventional Materials and Technologies (NOCMAT 2015), Winnipeg, Canada.

Limeboo: Lime as a Replacement for Cement in Wall-Framing Systems with Bamboo-Guadua (Bahareque Encementado). / Archila Santos, Hector; Pesce, Giovanni; Ansell, Martin; Ball, Richard.

2015. Paper presented at 16th International Conference on Non-conventional Materials and Technologies (NOCMAT 2015), Winnipeg, Canada.

Research output: Contribution to conferencePaper

Archila Santos, H, Pesce, G, Ansell, M & Ball, R 2015, 'Limeboo: Lime as a Replacement for Cement in Wall-Framing Systems with Bamboo-Guadua (Bahareque Encementado)', Paper presented at 16th International Conference on Non-conventional Materials and Technologies (NOCMAT 2015), Winnipeg, Canada, 10/08/15 - 13/08/15.
Archila Santos H, Pesce G, Ansell M, Ball R. Limeboo: Lime as a Replacement for Cement in Wall-Framing Systems with Bamboo-Guadua (Bahareque Encementado). 2015. Paper presented at 16th International Conference on Non-conventional Materials and Technologies (NOCMAT 2015), Winnipeg, Canada.
Archila Santos, Hector ; Pesce, Giovanni ; Ansell, Martin ; Ball, Richard. / Limeboo: Lime as a Replacement for Cement in Wall-Framing Systems with Bamboo-Guadua (Bahareque Encementado). Paper presented at 16th International Conference on Non-conventional Materials and Technologies (NOCMAT 2015), Winnipeg, Canada.
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abstract = "Traditional construction systems with the bamboo species Guadua angustifolia Kunth(Guadua) are standardized under the Colombian code for seismic-resistant buildings [1]. Thesesystems are regarded as highly environmentally friendly due to their intensive use of Guadua in thesupporting structure and walls. In particular, the plastered cane building system or ‘baharequeencementado’, which provides a low-cost and low-technology alternative for two-storey dwellings,commonly uses round Guadua for the frame and riven Guadua boards (esterilla) for covering theframe. However, this wall-framing system relies heavily on cement renders for providing combinedstructural action to resist lateral loads, protecting the material against weathering and ensuring a flatsurface for construction finishes. Thick cement renders contribute greatly to the wall mass andtogether with the foundations result on the highest negative environmental impact in traditional wallframingconstruction with Guadua. Therefore, the reduction of the use of cement or its completereplacement for alternative binders in the wall-framing 'bahareque' system is a key point forenvironmental improvement. Widely available materials such as lime, which have less energyintensive production-processes present an alternative to cement. Moreover, lime offers improvedbreathability within the building and behaves more elastically than cement. This paper explores thepotential use of lime as a replacement for cement mortars in 'bahareque' systems and analysesGuadua’s anatomical and chemical features when mixed with lime. The paper describes a “coldprocess” in which no high temperatures are involved for the improvement of the bonding betweenlime and bamboo.",
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