Sustainable engineered wood&cork products

Slides:

Advertisements

Similar presentations

Company Profile National specialized in steel-House technology exploitation, designing, construction, National has had invested 2 million USD at first.

Advertisements

HOUSING SOUND INSULATION & SUSTAINABLE DEVELOPMENT Dr Sean Smith Building Performance Centre Napier University Scottish Executive – Victoria Quay BPC.

University of Minho School of Engineering Institute for Polymers and Composites/I3N Uma Escola a Reinventar o Futuro – Semana da Escola de Engenharia -

REVOLUTIONARY BUILDING SYSTEM TM. TIMECOSTENERGY THE PROBLEM A NEED FOR INNOVATION.

P ATHO G ENO M ICS PORTUGAL Partner 9 P ATHO G ENO M ICS PORTUGAL Partner 9 The ERA-NET PathoGenoMics Berlin, 13th October 2004.

Marine, Railway and ground Transportation ACOUSTIC MATERIALS for.

A novel approach to deal with spatial autocorrelation of species data: the maximum independent set* *Under the project S-PerforMA: A Species Performance.

SUSTAINABLE SOLUTIONS IN CONCRETE INDUSTRY

Innovative New Technologies in Building & Construction.

Materials used for the roof structure and joinery components.

University of Minho School of Engineering Territory, Environment and Construction Centre (C-TAC) Uma Escola a Reinventar o Futuro – Semana da Escola de.

NRN Peer-to-Peer Training Workshop “Networking for innovation in the RDPs” 19th March Ghent, Belgium Networking and the EIP in Portugal.

University of Minho School of Engineering ISISE, Department of Civil Engineering Uma Escola a Reinventar o Futuro – Semana da Escola de Engenharia - 24.

CEEAM Components for Energy Efficiency in Transport by Additive Manufacturing Piyal Samara-Ratna Mechanical Engineer & Project Lead Space Research Centre.

SOME OF THE PROPERTIES OF REINFORCED RECYCLED COMPOSITE PANELS NADIR AYRILMIS ZEKI CANDAN DEPARTMENT OF FOREST PRODUCTS ENGINEERING ISTANBUL UNIVERSITY.

1. BACKGROUND Until end of 1970s large laboratories such as PCA, BCA and CERILH carried out basic work on cementitious materials Work in universities.

Summary of D1.1 ISOBIO _ 6 Month Meeting at University of Bath

CORK FLOORING a sustainable choice Alicia Westgerdes HCIA 302 Professor Matthew Ziff March 2, 2009.

Sustainability Research Institute. - TURaS - Transitioning towards Urban Resilience and Sustainability €6.8 m EU FP7 funding Theme: ENV 2011 – Sustainable.

FORESTRY - TO 2020 Tim Rollinson Director General Forestry Commission.

Rocket Launch Long Beach Island Consolidated School District Angela C. Andersen Long Beach Township Recycling Coordinator and Co –author of State Farm.

Architectural acoustics Acoustical materials. Sound absorber: Reapor Expanded Glass Granulate  Description  The sound absorber for challenging environments.

By: Chloe P. Kagi F. Sally L. Roxanne M..  The Cowan's decided to start an eco-friendly business because it is the right thing to do and it appeals to.

Human-Machine Interaction in a CASE Environment Paulo Gomes CISUC – University of Coimbra Portugal IJCAI’03 Workshop on Mixed- Initiative Intelligent Systems.

CE 241 MATERIALS SCIENCE Introduction

Abraham DeSanta Clara Introduction What is wood? How it is produced? Features and properties Timber in structures Softwood and hardwood Harmful.

Ch students per table 2.Workbook & Textbook 3.Pencil / Pen 4.Start when quiet.

Agenda Past & Present Who we are & what we do Activities Challenges.

Beatriz Yordi, Head of Unit on eco-innovation, EACI European Commission 1 February 2008 Financing eco-innovation within the CIP.

Chapter 14. Popular Coordinates well with all styles of furniture Adds beauty and warmth Has some resilience, durability, and resists dents Cost is moderate.

The Low Carbon Existing Homes Challenge and The Green Deal Sara Pearce ConstructionSkills.

Total Resource and Energy Efficiency Management System for Process Industries The sole responsibility for the content of this document lies with the authors.

Creation Clic System Nicolas PERRIN Product Manager.

MAPA Wednesday Webinar Everything you always wanted to know about LEED* *but were afraid to ask.

土木工程概论 Introduction to Civil Engineering 第四章建筑工程 Chapter 4 Building Engineering.

Developing innovative and green solutions for the agriculture, food processing industry and water treatments. FEEDING THE PLANET: BETTER PRODUCTION, WASTE.

FISSAC Project Françoise Bonnet Secretary General, ACR+

ENVIRONMENTALLY RESPONSIBILITY

GREEN INSTRUCT Green Integrated Structural Elements for Retrofitting and New Construction of Buildings Theme: H2020-EEB Type of Action: RIA.

Housing and Interiors I Objective 4.02

Concrete structures FOR BUILDINGS IN A CHANGING WORLD

S. González-García1. , A. Gallego1, S. Berg2, G. Feijoo1 and M. T

Sustainable Business Models class 1 Introduction

Walk the Talk Meeting Tuesday 29 May 2012

Wood Flooring for every Space

Impact of climatic events on cork growth and production

Reclaimed Wood Flooring – imondi

Brute Wall Building System™

nodullär Lightweight Aggregates Waterproofing Thermal Insulation

Vegan accessories do not use any leather, skin, fur or feathers of animals to create products such as bag or belts. Vegan leather and faux leather are.

Multi-objective Analysis For Passengers’ Routing Using Car/Bicycle

COELHO, Marta1,2; PEREIRA, Ricardo2; TEIXEIRA, JA2; PINTADO, Manuela1

On your notes answer the following questions about you/your family:

Background Until end of 1970s large laboratories such as PCA, BCA and CERILH carried out basic work on cementitious materials Work in universities was.

Adjustments required for program or funding changes Options

Nuno Neves1,2, Pedro Tomás1,2, Nuno Roma1,2

Corticeira Amorim Ind SA

Pinus pinaster Aiton. Pinus pinea L.

Floors You need to understand how floors are detailed.

2018 ОНЫ 4 ДҮГЭЭР САРЫН 25-НИЙ ӨДӨР

The package is sustainable… And it shows!

3.04 understand materials and finishes of residential design

Framework for Post-Grant Sustainability Planning

Upscaling Agroecology Through Participatory and Collective Innovation

What is a resource? Why are they important?

3.04 understand materials and finishes of residential design

Presentation transcript:

Sustainable engineered wood&cork products Sofia Knapic, Helena Pereira

Objective To bring together wood and cork knowledge as potential construction materials. To develop new, durable and eco-friendly engineered products.

Technological solutions Wood from pine, oak and eucalyptus. Expanded cork agglomerates. All materials are natural and recyclable enabling this solutions with a favourable ecological footprint. The practical work was developed at CEF, under the Research Group ForTec (Forest products and biorefineries), and within the Research Areas “Wood knowledge and product innovation” and “Cork chain and non-wood forest products”.

Flooring Hardness: 40 N.mm-2 (EN 14354) Swelling: 5,1% (EN 14345) Absorption of mechanical impacts Reduction of sound propagation Low thermal conductivity

Thermal conductivity: 0.044 W/m.K (bark); 0.039 W/m.K (wood chips) Wall covering Hardness: 2.9 Nmm-2 (bark); 1.5 Nmm-2 (wood chips) Thermal conductivity: 0.044 W/m.K (bark); 0.039 W/m.K (wood chips) Expanded cork agglomerates with wood chips Expanded cork agglomerates with bark

Obrigada! ACKNOWLEDMENTS Centro de Estudos Florestais is a research unit supported by the national funding of FCT – Fundação para a Ciência e a Tecnologia (UID/AGR/00239/2013). Funding from FCT is acknowledged by the author with a post-doctoral grant (SFRH/BPD/76101/2011).