BS 8895-1-2013 Designing for material efficiency in building projects Code of practice for Strategic Definition and Preparation and Brief《建设项目材料效率设计 战略定义 准备和摘要实用规程》.pdf

《BS 8895-1-2013 Designing for material efficiency in building projects Code of practice for Strategic Definition and Preparation and Brief《建设项目材料效率设计 战略定义 准备和摘要实用规程》.pdf》由会员分享，可在线阅读，更多相关《BS 8895-1-2013 Designing for material efficiency in building projects Code of practice for Strategic Definition and Preparation and Brief《建设项目材料效率设计 战略定义 准备和摘要实用规程》.pdf（38页珍藏版）》请在麦多课文档分享上搜索。

1、BSI Standards PublicationBS 8895-1:2013Designing for materialefficiency in buildingprojects Part 1: Code of practice for StrategicDefinition and Preparation and BriefPublishing and copyright informationThe BSI copyright notice displayed in this document indicates when the documentwas last issued. Th

2、e British Standards Institution 2013Published by BSI Standards Limited 2013ISBN 978 0 580 77885 8ICS 91.040.01The following BSI references relate to the work on this standard:Committee reference B/209Draft for comment 12/30258601 DCPublication historyFirst published July 2013Amendments issued since

3、publicationDate Text affectedBS 8895-1:2013 BRITISH STANDARDContentsForeword ii0 Introduction and the case for material efficiency 11 Scope 42 Normative references 43 Terms and definitions 55 Strategic Definition 116 Preparation and Brief 17AnnexesAnnex A (informative) Concept and Developed Design d

4、evelopment tooperation, refurbishment and end of life 23Annex B (informative) Example initial project brief 28Bibliography 30List of figuresFigure 1 Material efficiency components relating to material selection duringdesign (materials in) and waste management on site (materials out) 1Figure 2 Materi

5、al efficiency and the waste hierarchy 2Figure 3 Indicative opportunity curve for material efficiency and wastereduction against each stage of a project 3Figure 4 Design for material efficiency process 7Figure 5A Material efficiency process steps during the Strategic Definitionstage: Identification 1

6、3Figure 5B Material efficiency process steps during the Strategic Definitionstage: Investigation 14Figure 5C Material efficiency process steps during the Strategic Definitionstage: Implementation 15Figure 6A Material efficiency process steps during the Preparation and Briefstage: Identification 19Fi

7、gure 6B Material efficiency process steps during the Preparation and Briefstage: Investigation 20Figure 6C Material efficiency process steps during the Preparation and Briefstage: Implementation 21List of tablesTable 1 Strategic Definition: Key tasks, responsibilities and resulting outputsrelating t

8、o material efficiency 16Table 2 Preparation and Brief: Key tasks, responsibilities and resulting outputsrelating to material efficiency 22Table A.1 Concept and Developed Design: Key tasks, responsibilities andresulting outputs relating to material efficiency (BS 8895-2) 24Table A.2 Technical Design:

9、 Key tasks, responsibilities and resulting outputsrelating to material efficiency (BS 8895-3) 25Table A.3 Operation, refurbishment and end of life: Key tasks, responsibilitiesand resulting outputs relating to material efficiency (BS 8895-4) 26Summary of pagesThis document comprises a front cover, an

10、 inside front cover, pages i to ii,pages 1 to 32, an inside back cover and a back cover.BRITISH STANDARD BS 8895-1:2013 The British Standards Institution 2013 iForewordThis document is published by BSI Standards Limited, under license from TheBritish Standards Institution, and came into effect on 31

11、 July 2013. It wasprepared by Technical Committee B/209, General Building Codes. A list oforganizations represented on this committee can be obtained on request to itssecretary.Information about this documentThis document gives recommendations for designing for material efficiency thatare accepted a

12、s good practice by industry leaders and practitioners, and bringstogether the results of practical experience and acquired knowledge for ease ofaccess and use of the information.This code of practice sets out the process for the integration of designing formaterial efficiency into the Strategic Defi

13、nition and Preparation and Brief stagesof the RIBA Plan of Work N1.It is the first part in a projected suite of codes of practice that address specificand interrelated issues and processes of material efficiency in building projectsin line with the RIBA Plan of Work.BS 8895, Designing for material e

14、fficiency in building projects, will eventuallycomprise the following parts. Part 1: Code of practice for Strategic Definition and Preparation and Brief. Part 2: Code of practice for Concept and Developed Design. Part 3: Code of practice for Technical Design. Part 4: Code of practice for operation,

15、refurbishment and end of life.Use of this documentAs a code of practice, this British Standard takes the form of guidance andrecommendations. It should not be quoted as if it were a specification andparticular care should be taken to ensure that claims of compliance are notmisleading.Any user claimi

16、ng compliance with this British Standard is expected to be able tojustify any course of action that deviates from its recommendations.Presentational conventionsThe provisions in this standard are presented in roman (i.e. upright) type. Itsrecommendations are expressed in sentences in which the princ

17、ipal auxiliaryverb is “should”.Commentary, explanation and general informative material is presented insmaller italic type, and does not constitute a normative element.Contractual and legal considerationsThis publication does not purport to include all the necessary provisions of acontract. Users ar

18、e responsible for its correct application.Compliance with a British Standard cannot confer immunity from legalobligations.BRITISH STANDARDBS 8895-1:2013ii The British Standards Institution 20130 Introduction and the case for material efficiency0.1 Material efficiencyMaterial efficiency is one of the

19、 three key resource efficiency goals of any goodpractice sustainability strategy, and involves various components intended toensure the efficient use of materials, waste prevention and reduction, andminimal damage to the environment and depletion of natural resources.Figure 1 sets out the key aspect

20、s of material efficiency and, more specifically,how this is broken down in terms of ”materials in” during the design processand ”materials out” in terms of project delivery. The focus of this code ofpractice is on the ”materials in” aspects, though the design can have asignificant influence on the a

21、bility to implement “materials out” aspects.Figure 1 Material efficiency components relating to material selection during design (materials in)and waste management on site (materials out)Material efficiency on a building project involves the implementation of thewaste hierarchy (see Figure 2) to red

22、uce the use and waste of materialswherever possible, reuse materials and increase the use of materials with ahigher level of recycled content, and recover and recycle any waste that arises,with disposal being the last resort once all other options have been exhausted.BRITISH STANDARD BS 8895-1:2013

23、The British Standards Institution 2013 1Figure 2 Material efficiency and the waste hierarchy0.2 Implementing material efficiency through designOpportunities and solutions for material efficiency arise during planning, design,procurement, construction, refurbishment and use, and at end of life. Howev

24、er,the most effective way to implement material efficiency is to comprehensivelyconsider materials and waste during the design and planning stages of a project.This is when maximum impact can be made.NOTE Figure 3 outlines the opportunity curve for integrating material efficiencyand waste reduction

25、against each stage of a project. The majority of opportunitiesto reduce waste and increase material efficiency exist up-front during the design andplanning stages, when the design can be altered to take into account solutions thatreduce waste and optimize materials. As the design develops through th

26、epreparation and design stages, decisions are taken and the design becomes morefixed, making it more difficult to implement opportunities for waste reduction.Opportunities also exist when the design is already formulated and construction isunder way, particularly under a design and build contract wh

27、ere the contractor hasthe opportunity to put forward alternative design, procurement andconstruction methods that can accrue significant reduction in waste during theconstruction period. However, with other procurement routes the emphasis is moreon waste management and recovery rather than reduction

28、.BRITISH STANDARDBS 8895-1:20132 The British Standards Institution 2013Figure 3 Indicative opportunity curve for material efficiency and waste reduction against each stageof a project0.3 The case for designing for material efficiencyAs illustrated by Figure 3, there is a clear business case for desi

29、gning for materialefficiency at the earliest point possible on a project, but there are furtherdrivers, including:a) cost savings from greater material efficiency and avoidance of increasedwaste disposal and landfill costs;b) reduced resource extraction, processing and consequential carbon dioxide(o

30、r equivalent) emissions from transport and manufacture of materials, aswell as reduced depletion of landfill capacity (environmental drivers);c) commitment to sustainable construction and good environmentalmanagement (corporate responsibility drivers);d) meeting requirements for improved performance

31、 and achievement oftargets, and correlation with parallel environmental rating systems,particularly in relation to the adoption of good waste minimization andmanagement practices (project-specific drivers);e) increased competitive differentiation that improves project efficiencythrough a reduction i

32、n construction costs and programme, particularlywhere waste reduction opportunities can help to meet the prospectiveclients sustainability objectives.NOTE Planning for waste reduction requires a number of disciplines tocontribute and to monitor performance throughout each stage.0.4 The objectives an

33、d intended audience of this standardBS 8895-1 is an industry code of practice for designing for material efficiency,giving recommendations for the processes and project responsibilities fordesigners to incorporate into projects. Creating a standardized and qualifiedapproach for designing for materia

34、l efficiency allows for clients and designteams to integrate the principles of designing out waste (see 4.5), andcommunicate these in a formalized and easily referenced manner.BRITISH STANDARD BS 8895-1:2013 The British Standards Institution 2013 3BS 8895-1 is specifically intended for design teams,

35、 in assisting the client tointegrate the process of designing for material efficiency during the pre-designstages, to set out the strategic direction for material efficiency in a building orrefurbishment project. It is also applicable to the broader project team memberswho can influence material sel

36、ection and, as a consequence, waste producedthroughout a project. As such, the standard emphasizes the need at RIBA Planof Work N1 Stage 0, Strategic Definition, and Stage 1, Preparation and Brief,to consider material efficiency throughout all subsequent project stages.BS 8895-1 is intended to be us

37、ed when the client, in discussion with anyconsultants, first appraises and documents their project needs, aims, resourcesand parameters to produce the initial project brief to be referenced by theclient and design team throughout project design development.It is of particular relevance for the lead

38、designer who, as the driver of thedesign process, instigates the appraisal of the impact of the building orrefurbishment project in terms of construction, demolition and excavation(CD civil and structural engineers;building surveyors; landscape architects; consultants; and manufacturers, whocontribu

39、te to, or have overall responsibility for, any part of the design, or whospecify or alter a design, or who specify the use of a particular method of work ormaterial, such as a design manager or a quantity surveyor who insists on a specificmaterial, or a client who stipulates a particular layout for

40、a particular buildingproject.3.1.1 clientperson who, in the course of business: seeks or accepts the services of another in carrying out a project on behalfof that person; or carries out a project on their own behalf3.1.2 client advisorperson who works on behalf of the client to carry out a project3

41、.1.3 cost consultantrole within the design team that estimates the cost of the materials and labournecessary to complete a project3.1.4 engineerrole within the design team that researches, analyses and plans various buildingcomponents to achieve the required design goalsNOTE The term “engineer” enco

42、mpasses the broad spectrum of engineeringdisciplines within a design team, e.g. civil engineers, mechanical and electricalengineers and structural engineers.3.1.5 lead designerrole within the design team responsible for supervising all design elementsrelated to the project and for leading the transf

43、ormation of the clientsspecification into a design3.1.6 principal contractormain or managing contractor, whose key responsibility is to properly plan,manage and coordinate work during the construction phase of project delivery3.2 construction, demolition and excavation waste (CDb) is classified, or

44、intended to be classified, as “waste” within the definition ofBS EN ISO 14021 (including post-construction waste and returns from thedistribution chain);c) is an offcut or scrap generated within a process where a recovery operationprocess is required prior to its reuse that changes the physical or c

45、hemicalnature of the material (e.g. granulation of extruded plastic or crushing ofwaste blocks);d) is a production residue (by-product) that is not a waste and meets thefollowing criteria:1) the further use of the residue is not a mere possibility, but a certainty;2) the residue does not need any fu

46、rther processing prior to reuse; and3) the residue is produced for further use as an integral part of acontinuing process of production.NOTE Further information is given in the WRAP publication Calculating anddeclaring recycled content in construction products: “Rules of Thumb” guide 4.3.7 site wast

47、e management plan (SWMP)all-encompassing and evolving document for recording, monitoring andmanaging materials and waste associated with all aspects of the project, fromthe project Strategic Definition stage to the Handover and Close Out stageNOTE Even where a site waste management plan is not requi

48、red by law, it stillrepresents a good practice approach.3.8 Strategic Definitionidentification of initial project objectives, business case, strategic brief and otherprimary project requirementsNOTE This may involve a review of alternative sites or options to enable the clientto define the scope of

49、a project before the briefing process can begin.BRITISH STANDARDBS 8895-1:20136 The British Standards Institution 20134 Design for material efficiency process4.1 Identify, Investigate and Implement4.1.1 Designing for material efficiency should be an iterative process thatis repeated throughout the project stages, starting as early as possible toensure that:a) design opportunities are not missed;b) design decisions can be informed by quantified information; andc) the design solutions are embedded in the project.NOTE Each iterati