Sustainable Mediterranean Construction

THE HEALING COLTURE

Autori: 

Michele Castaldo

Keywords: 

bioplastics, CO2 absorption, environmental sustainability, hemp, texile

File Size 8 MB
Downloads 3

Excerpt

«Hemp is a sustainable and environmental friendly crop that can provide valuable raw materials to a large number of industrial applications. Traditionally harvested at full flowering for textile destinations, nowadays hemp is mainly harvested at seed maturity for dual-purpose applications and has a great potential as multipurpose crop. However, the European hemp fiber market is stagnating if compared to the growing market of hemp seeds and phytocannabinoids.
To support a sustainable growth of the hemp fiber market, agronomic techniques as well as genotypes and post-harvest processing should be optimized to preserve fiber quality during grain ripening, enabling industrial processing and maintaining, or even increasing, actual fiber applications and improving high-added value applications»1.
«Climate change (increases in temperature, changes in precipitation and decreases in ice and snow) is occurring globally and in Europe; some of these observed changes have established records in recent years»2.
Hemp farming is able to efficiently mitigate the climate change interfering with the causes of the Changes. A renewable resource is also defined “sustainable” if the reproduction rate is equal or higher than the consuming rate. This concept implies the need of a rational use of the renewable resources; water and greenwood are nowadays renewable resources used in an unsustainable way. The hemp production chain is an excellent example of circular economy, a sustainable chain from the environmental, social and economic point of view. Hemp farming heals the environment during the growing phase, for several reasons.

Anteprima

SMC Special Issue N.03 2019

SMC MAGAZINE SPECIAL ISSUE N. THREE/2019

WHOLE BOOK

001_COVER AND INDEX

009_ Introduction
Paola De Joanna

PART I
TENSILE MEMBRANE TODAY

017_Membranes: a challenge for Environmental Sustainability
Luca Buoninconti

027_Architectural Membranes for improving the functional performance of buildings
Paulo Mendonça, Racquel Macieira

039_Educational Objectives from an Architectural Studio on Nature & Space Structures
Nikos P. Tsinikas, Dimitris Antoniou, George Dimopoulos, Dimitris Kontaxakis, Ioanna Symeonidou

049_A first step into Nonlinear Statics
Enrico Babilio, Luca Buoninconti

PART II
SUSTAINABILITY AND TECHNOLOGICAL INNOVATION

059_Tensile architecture and sustainable approach
Dora Francese

079_Frei Otto and Tensile Structures
Sergio Pone

087_The healing colture
Michele Castaldo

091_In search of lightness. Past, present and future of membrane space structures
Giuseppe Vaccaro

PART III
APPLICATION ON A CASE STUDY EXPERIENCE

109_PROJECTS

116_LIST OF AUTHORS

L’ultimo numero della Rivista
SMC n. 19 | 2024