000			01810nam a2200217Ia 4500
005			20191029112135.0
008			160802s9999 xx 000 0 und d
020			_a9780415531092 _qhbk
041			_aeng
082			_a658.202 _bAPP-S
100			_aAppleby, Paul _96515
245			_aSustainable retrofit and facilities management / _cPaul Appleby
260			_bRoutledge, _c2013. _aOxon:
300			_axxiii, 358 p.
500			_aInclude bibliography and Index
505			_a Part 1: Background 1.1 Introduction and Scope 1.2 Policy and Legislation 1.3 Assessment Tools Part 2: Strategy 2.1 Reasons to Retrofit: Refurbishment versus New Build 2.2 Post Occupancy Evaluation 2.3 The Cost of Sustainable Refurbishment and Management 2.4 Carbon Reduction Strategy 2.5 Community Energy and Infrastructure 2.6 Sustainable Facility Management Strategy 2.7 Retrofit as Part of Sustainable Facility Management Part 3: Sustainable Retrofit 3.1 Retrofit of Building Fabric 3.2 Retrofit of Building Services and Controls 3.3 Retrofitting Renewable Technologies 3.4 Indoor Environment and Hygiene Issues 3.5 Water Saving Measures 3.6 Measures to Reduce and Recycle Waste 3.7 Catering for Sustainable Transport Strategies 3.8 Material Impacts in Refurbishment 3.9 Enhancing Ecology by Refurbishment Part 4: Sustainable Facility Management 4.1 Energy Management 4.2 Water Management 4.3 Waste Management 4.4 Air and Environmental Quality Management 4.5 Legionellosis Prevention and Hygiene 4.6 Reducing Vehicle Use 4.7 Sustainable Maintenance 4.8 Sustainable Procurement and Soft FM 4.9 Ecological Management 4.11 Case Histories for Sustainable FM
650			_aBuildings _x Repair and reconstruction _918649
650			_aSustainable buildings. _918650
650			_a Buildings _xEnergy conservation. _918651
942			_cBK
999			_c5398 _d5398