Cover image for Sustainable Use of Wood in Construction.
Sustainable Use of Wood in Construction.
Title:
Sustainable Use of Wood in Construction.
Author:
Coulson, Jim.
ISBN:
9781118539651
Personal Author:
Edition:
1st ed.
Physical Description:
1 online resource (214 pages)
Contents:
Sustainable Use of Wood in Construction -- Copyright -- Contents -- Preface -- Acknowledgements -- 1 Some Things You Should Know About Wood, Trees and Forests -- 1.1 Some basic information on how trees grow -- 1.2 Basic tree types - softwoods and hardwoods -- 1.3 The properties of timbers -- 1.4 Different forests and tree types -- 1.5 Rate of growth -- 1.6 Natural forests -- 1.7 Managed forests: Conifers -- 1.8 Managed forests - broadleaves -- 1.8.1 Temperate forests -- 1.8.2 Tropical forests -- 1.8.3 Plantations -- 2 The Concept of Being 'Sustainable' -- 2.1 Being sustainable: A definition and a target -- 2.2 What can we do to help? -- 2.2.1 Where wood is used in our lives -- 2.3 Using the forest resource: The economic argument -- 2.3.1 'Illegal logging' -- 2.4 Legal harvesting -- 2.5 The Timber Trade Federation: Introducing its responsible purchasing policy -- 3 Voluntary Timber Certification Schemes -- 3.1 Some further details on the RPP -- 3.2 Checking legality - I: The Corruption Perceptions Index (CPI) -- 3.3 Checking legality - II: FLEGT -- 3.4 Going beyond FLEGT: MYTLAS -- 3.5 Checking legality - III: Other 'legality' certification schemes -- 3.5.1 TLTV -- 3.5.2 OLB -- 3.6 Checking sustainability: Chain of Custody Certification -- 3.7 FSC and PEFC as Chain of Custody Certifiers -- 3.8 Other Chain of Custody Certification bodies -- 3.9 UKWAS -- 3.10 Third-party assurance -- 3.11 How Chain of Custody schemes operate -- 4 The UK Government and European Regulations : Legally Trading in World Timbers -- 4.1 Checking up on the checkers: The role of CPET -- 4.2 CPET 's help with legality and sustainability requirements -- 4.3 Legality and sustainability: The UK government's definitions -- 4.4 Legal timber sources - the UK government's definition -- 4.5 Sustainable timber sources - the UK government's definition.

4.6 Category A and Category B - 'Proof of Compliance' -- 4.7 Current and future supplies of certified timber -- 4.8 The EUTR: Europe's new and compulsory 'timber legality scheme' -- 4.9 The meaning of 'due diligence' -- 4.10 Satisfying the EUTR -- 4.10.1 Putting together a due diligence system -- 4.10.2 Maintaining the due diligence system -- 4.11 Who actually needs to obey the EUTR ? -- 4.12 The 'first placer on the market' -- 4.13 CE marking and the CPR -- 4.14 CITES: What exactly is it? -- 4.14.1 CITES I -- 4.14.2 CITES II -- 4.14.3 CITES III -- 4.14.4 CITES -listed timbers -- 5 Specifying Sustainable Timber for any Project: Some Important Dos and Don'ts -- With a Bit More About Wood -- 5.1 Using wood in a sustainable way -- 5.2 The government's Timber Procurement Policy (TPP): A brief reminder -- 5.3 Certificates -- 5.3.1 Checking up on the C-o-C -- 5.3.2 'Broken chain' -- 5.4 What if I can't get the timber I want? -- 5.5 The use of recycled timber -- 5.6 Insisting on a particular Chain of Custody 'brand' for your certified timber -- 5.7 Deciding which wood to use -- 5.7.1 Where it's used: indoors or outdoors -- 5.7.2 Moisture content -- 5.7.3 Preservative treatment -- 5.7.4 Stability -- 5.7.5 What it's going to be used for: structural, joinery, fencing, furniture -- 5.7.6 Finishes -- 5.8 Some of wood's other characteristics -- 5.8.1 Colour -- 5.8.2 Texture -- 6 Some Principal Softwoods Used in Construction in the UK: With Their Main Properties and Sustainability Credentials -- 6.1.1 European redwood (Pinus sylvestris) -- 6.1.2 European whitewood (principally Picea abies) -- 6.1.3 Sitka spruce (Picea sitchensis) -- 6.1.4 Western hemlock (Tsuga heterophylla) -- 6.1.5 'Douglas fir' (Pseudotsuga menziesii) -- 6.1.6 Larch (mainly Larix decidua and L. kaempferi/ L. leptolepis) -- 6.1.7 'Western red cedar' (Thuja plicata).

6.1.8 Southern pine (Pinus spp - principally Pinus elliottii and P. palustris) -- 6.1.9 Yellow pine (Pinus strobus) -- 6.1.10 Species groups -- 6.1.11 Spruce-pine-fir -- 6.1.12 Hem-fir -- 6.1.13 Douglas fir-larch -- 7 A Selection of Hardwoods Used in the UK: With Their Main Properties and Sustainability Credentials -- 7.1.1 'Vulnerable' timbers -- 7.1.2 Ash, American (Fraxinus spp) -- 7.1.3 Ash, European (Fraxinus excelsior) -- 7.1.4 Ayan (Distemonanthus benthamianus) -- 7.1.5 Basralocus (Dicorynia guianensis & D. paraensis) -- 7.1.6 Beech, European (Fagus sylvatica) -- 7.1.7 Bilinga: see Opepe -- 7.1.8 Birch, European (mainly Betula pubescens) -- 7.1.9 Cherry, American (Prunus serotina) -- 7.1.10 Chestnut, sweet (Castanea sativa) -- 7.1.11 Cupiuba, see Kabukalli -- 7.1.12 Ekki (Lophira alata) -- 7.1.13 Eucalyptus: see 'Red grandis' -- 7.1.14 Eveuss (Klainedoxa gabonensis) -- 7.1.15 Gedu nohor (Entandrophragma angolense) -- 7.1.16 Greenheart (Ocotea rodiaei) -- 7.1.17 Guariuba (Clarisia racemosa) -- 7.1.18 Idigbo (Terminalia ivorensis) -- 7.1.19 Iroko (Milicia excelsa) -- 7.1.20 Kabukalli (Goupia glabra) -- 7.1.21 Kapur (Dryobalanops spp.) -- 7.1.22 Keruing (Dipterocarpus spp.) -- 7.1.23 Mahogany, African (Khaya ivorensis and K. anthotheca) -- 7.1.24 Mahogany, American (Swietenia macrophylla) -- 7.1.25 Maple (Acer saccharum) -- 7.1.26 Majau (Shorea spp) -- 7.1.27 Massaranduba (Manilkara spp.) -- 7.1.28 Meranti (Shorea spp.) -- 7.1.29 Missanda (Erythrophleum guineense and E. ivorense) -- 7.1.30 Movingui: see ayan -- 7.1.31 Oak, American Red (principally Quercus rubra and Q. falcata) -- 7.1.32 Oak, American white (principally Quercus alba, Q. prinus, Q. lyrata and Q. michauxii) -- 7.1.33 Oak, European (mainly Quercus robur) -- 7.1.34 Obeche (Triplochiton scleroxylon) -- 7.1.35 Opepe (Nauclea diderrichii) -- 7.1.36 Padauk (Pterocarpus soyauxii).

7.1.37 'Red grandis' (Eucalyptus grandis) -- 7.1.38 Sapele (Entandrophragma cylindricum) -- 7.1.39 Tatajuba (Bagassa guianensis) -- 7.1.40 Teak (Tectona grandis) -- 7.1.41 Tali: see Missanda -- 7.1.42 Tiama: see Gedu nohor -- 7.1.43 Tulipwod: see whitewood, American (that is in this chapter, under hardwoods, it is not 'whitewood' the softwood!) -- 7.1.44 Utile (Entandrophragma utile) -- 7.1.45 Walnut, American (Juglans nigra) -- 7.1.46 Walnut, European (Juglans regia) -- 7.1.47 Whitewood, American, or tulipwood (Liriodendron tulipifera) -- 8 Re-use of Timber and Wood Products: The Carbon Cycle, End of Life Disposal and Biomass -- 8.1 The true 'carbon cycle' -- 8.2 End of life disposal of timber and wood-based products -- 8.3 Recycled timber -- 8.4 Disposal of timber in landfill -- 8.5 Burning wood: Fossil fuels versus biomass -- 8.6 Biomass -- 9 Energy Considerations and Construction Materials -- 9.1 Embodied energy -- 9.2 Cradle to grave analysis -- 9.3 Cradle to cradle -- 9.4 BREEAM -- 9.4.1 Assessment criteria -- 9.4.2 Timber's contribution to sustainable building -- 9.4.3 The cost of being sustainable -- Appendix 1 Terms, Abbreviations and Acronyms Used in this Book -- Appendix 2 Timber and Wood Products: Some Helpful Organisations -- Index.
Abstract:
There is a great deal of innovation in the use of wood in construction, from impressive modern buildings to new construction products that reduce build times and improve building performance. As a renewable resource with proven low embodied energy, wood is both an environmentally responsible and a highly practical choice as a construction material.  However, forest management practices vary throughout the world: some are highly effective in delivering a sustainable, long term supply of timber; whereas others are less so, and could result in forest depletion and significant environmental degradation.  Against this background, a number of certification schemes have been developed that seek to ensure that all timber is harvested from sources that are at least legally-sourced, and at best, sustainably managed.       Sustainable Use of Wood in Construction explains how and why wood may be grown sustainably, and how this versatile material can be specified and - most importantly -  sourced, for use in the construction industry. It explains the modern regulatory framework within Europe that seeks to eliminate the use of illegally-harvested wood, and it shows how to ensure that everyone who sells or uses wood for construction is following the rules. Finally, the book explains how, at the end of its first use in construction, wood can be recycled, by reprocessing into another wood-based construction material, or by using it as biomass. Also available Wood in Construction: How to avoid costly mistakes Jim Coulson Paperback, 978 0 4706 5777   Structural Timber Design to Eurocode 5 Second Edition Jack Porteous & Abdy Kermani Paperback, 978 0 4706 7500 7.
Local Note:
Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2017. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
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