Local Production and Urban Regeneration: Experimentation of a wooden building component - Boards

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UNIVERSITY “G.D’ANNUNZIO” - CHIETI PESCARA - MASTER’S DEGREE IN BUILDING ENGINEERING AND ARCHITECTURE Thesis supervisor: Prof. Archt. Maria Cristina Forlani - Correlators: Archt. PhD Luciana Mastrolonardo, Prof. Eng. Alberto Viskovic

LOCAL PRODUCTION AND URBAN REGENERATION: Experimentation of a wooden building component

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>>TARGETS

Design of a sustainable building component that can trigger virtuous industrial short chains Thesis_TOPIC +

Premise Contextual Situation Anthropic Actions: Energy Anthropic Actions: Industrial Production Anthropic Actions: Environment Future Scenarios

State of the Art

CHARACTERISTICS OF A MATERIAL IN A SUSTAINABILITY FRAMEWORK

Existing Technique Analysis Innovative Construction Systems Criticism and Conclusions

Sustainability of the Whole Production Process

Building System PE2014A000026 [Patent in progress] Design of the Constructive System Features and Innovation Thermoacoustic Performances Mechanical Performance Production Cycle Life Cycle Assessment Economic Evaluations

Simplicity of the Entire Production Process

Case Study - ATER District in Preturo, L’Aquila

FEATURES

Know the Existing Phenomenology of Seismic Damage Intervention Strategies Project and Requalification Energy Performance Water Resource Management Energy Production Management

ASSUMPTIONS

Conclusions Considerations on the Building Component Summary of Performance Comparison Final considerations

O2

Reproducibility

Attention to the Industrial Waste Cycle

Recyclability

Possibility of prefabrication

Traceability

Recycling of Production Waste

Prefabbricabilità

Availability

Energy for Renewable Sources Production

"Dry" Assembly Methodology

Cheapness

Possibility of Production by SMEs

Structural Performance Efficiency

Easy Machinability

Ability to Activate Related Production Chain [Induced]

Thermo-acoustic Performance Efficiency

Biodegradation

Production Standardization

High plant integration

WOOD OF PAULOWNIA

PRODUCTION CYCLE

COMPONENT

It grows in most of the climate zones Best CO2 Absorbing Plant Heavy Metal Fixing Machine and PM10 KUP - Rapid Rotation Plantation Excellent mechanical properties Excellent thermal-acoustic properties Wood Suitable for Outdoor Use

A simple production methodology allows the production of this component even in small production plants, so as to be able to insert the new product easily into the portfolio of existing producers, without damaging the existing entrepreneurial fabric, indeed expanding its know-how. The study of the entire industrial cycle also makes it possible to minimize the environmental impact by assuming not a second life for production waste, but infinite lives in cyclic processes.

The idea of the product is embodied in a wooden panel that can serve as both a horizontal and a vertical closure, suitable for both structural use and use in the casing. Its particular shape makes it highly integrable with plant systems, simplifying their construction. The simplicity of installation makes realization quick and cheap. Compared to existing products, the characteristics of the product point in a significant way also to the saving of the components and to the analysis and optimization in the installation process.

PM10 CO2

CO2 PM10

COV CnHm

Pb

Cd

Pb

Cd

BIOMASS

Hg

Hg PAULOWNIA FOREST

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SAWMILL

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PRODUCT FEATURES

URBAN REGENERATION

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CHARACTERISTICS OF PRODUCTION PROCESSES AT LOW ENVIRONMENTAL IMPACT

CARPENTRY

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NOX


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