3RINCs & SWAPI 2014 The application of MFA/SFA for decision making in resource and waste management
|
|
- Godwin Ford
- 5 years ago
- Views:
Transcription
1 3RINCs & SWAPI 214 The application of MFA/SFA for decision making in resource and waste management Paul H. Brunner Vienna University of Technology
2 First MFA by Santorio 16 th century: human metabolism input = output? 2/2
3 The balance does not close what happens at night? 3/2
4 Typical lessons learned from Santorio and early MFA: 1. How to measure? > MFA and balance principle 2. Balance does not close! > uncertainty > systems understanding 3. What do the results serve for? > cure the patient > MFA requires a goal! 4/2
5 Following generations of MFA ( ) Regional and national MFA > Metabolism of cities (Duvigneaud et al, 1977) > National TMR MFA (Wuppertal Institute a.o.) Mainly descriptive, not on an operational level yet 5/2
6 From MFA to SFA (198 2) Substance level > crucial for resources and environment Regional SFA > Ayres, Stigliani, Baccini, and others MFA/SFA on all scales: > molecular to global > static to dynamic (cf. ES&T Müller et al, 214) Software STAN, SIMBOX, and others 6/2
7 MFA/SFA today Exploration phase completed! MFA/SFA a tool for: > problem solving > decision making MFA/SFA applied for: > Resource management > Waste management > Environmental management MFA/SFA requires assessment methods like LCA! 7/2
8 Example 1: Decision making for plastic recycling PBDE/BFRs in video tapes (5/5) (Hirai et al, BFR 27.) PBDE in children toys (Chen et al, ES&T, 29) PBDEs in coffee cup (J. Samsonek & F. Puype, FAC, 213) 8/2
9 Identifying the problem by MFA/SFA of cpentabde 9/2
10 PBDE in plastics clean cycles and safe final sinks? Eol vehicles.6 t/y X consumption waste construction wastes management 2.6 t/y stock 76 t ( 3.2) stock?? (+ 2.6) X X key system for control recycling X Vyzinkarova et al, 213 Vienna city limits, 212 1/2
11 Ex. 2: From single processes to complex systems Decision making in waste management How to find the best waste management system? Define goals Select indicators and criteria (resources & emissions) Comprehensive MFA/SFA model (flows and stocks > resources & emissions) Evaluation of results (LCA, SCE, and others) Scenario analysis > Optimized wm system > transparent and reproducible process > acceptance of stakeholders 11/2
12 MFA / SFA for decision making in waste management I Import: 57, kt/yr Stock 12, kt/yr Export 45, kt/yr 4,4 Recycling Emissions transport Maintenance resource OT Waste OT 45 16, Other (OT 12, , Re-use Waste export Emissions OT Products OT Export OT Resources for maintenance Waste 7,6 49, Contribution waste and maintenance resources Waste TT Maint. res. TT Waste CTP-TT Waste OT-BT Waste BT Maint. res. BT Waste OT-TT 2,4 6, 16 Waste BT-TT 28 3,4 2, Thermal (TT) 93 Biological (BT) 9, ,1 Emissions TT Products TT Export TT Emissions BT Products BT Export BT Imported waste 11 Goods Flows in 1, t/yr Stock in 1, t Waste TT-LF Waste OT-LF Waste LF Maint. res. LF Waste CPT Maintenance resource CPT Waste BT-LF 84 1,2 9,4 1, Landfill (LF) +12, 16 Chemicophysical (CPT) 1, Emissions LF Products LF Export LF Emissions CPT Products CPT Export CPT System boundary Waste Management Austria, 21 12/2
13 MFA / SFA for decision making in waste management II Import: 3,5 kt/yr Stock kt/yr Export 3,5 kt/yr Waste OT-BT 28 Waste input to biological Waste to sorting 2,3 Sorting Maintenance resource CP Waste CP 1,5 Digestate 2 Maintenance 26 resource BP Waste BP 79 WastedirecttpBP 57 Composting plant (CP) Biogas plant (BP) Sorting waste 68 Products CP 76 Residues CP 14 Emissions CP 84 Products BP 38 Digestate BP 73 Emissions CP Output from biological Transport BT 1,4 Transport from biological Waste BT-LF Waste BT-TT Maintenance resource to BT WastetoBT 3,4 WastetoMBT 55 Input mechanicalbiological waste (MBT) Waste MBT 55 Waste MBTm-MBTb MBTmechanical (MBTm) 25 MBTbiological (MBTb) Products MBTm 11 Waste MBTm 28 Emissio. MBTm Products MBTb Waste MBTb 18 Emissions MBTb ,1 Emissions BT Products BT Goods Flows in 1, t/yr Stock in 1, t Subsystem Biological, 21 13/2
14 MFA / SFA tomorrow MFA/SFA for optimizing the Metabolism of the Anthroposphere > the activity concept using MFA/SFA > more service and less material turnover Linking MFA and economics > using MFA/SFA to optimize industrial processes 14/2
15 The activity concept using MFA Material turnover in European private households to satisfy basic human needs activity input output stock [t/c.y] sewage off gas solid residues [t/c.y] [t/c] to nourish 5,7,9 4,7,1 <,1 to clean 6 6,2,1 to reside 1 7, to transport 1 6 1, Total turnover , /2
16 Activity concept How to satisfy basic human needs in view of changing technology and economy? Example to transport 16/2
17 Activity concept How to satisfy the need for transportation in view of limited resources of Lithium? energy density [Wh/kg] Pb accumulators,1 conventional condensators, power density [W/kg] *Signorelli, Schindall, Kassakian LithiumPo Ultra condensators 1 kw/kg 6 Wh/kg nanotube* condensators 1. 17/2
18 MFA / SFA tomorrow Optimizing the Metabolism of the Anthroposphere > the activity concept using MFA/SFA > more service and less material turnover Linking MFA and economics > using MFA/SFA to optimize industrial processes 18/2
19 Linking material flows and cost flows Import 45 /p Change in stock -26 /p Export 476 /p Educt 1 Educt 2 Solvent 1 Solvent 2 Solvent 3 Educt 3 Educt 4 Educt 5 Educt 6 Educt 7 Educt 8 Educt 9 Educt 1 Solvent 3 Solvent 2 Educt 11 Educt 12 Educt 13 Auxilary material 1 Solvent Subsystem production Intermediate product Subsystem production intermediate product 2 Semifinished product Semifinished product 22 8 Production semifinished product Production intermediate product 5 Semifinished product Semifinished product 5 Auxillary material 2 Auxillary material 3 Auxillary material 4 Auxillary material 5 Production intermediate product 12 Disposal cost for evaporated solvents 7 Disposal cost for evaporated solvents 7 2 Disposal costs Aux. material Semifinished product Production 438 intermediate Production product 13 final good Thermal postcombustion -14 Disposal costs 16 1 Waste management -12 Panel Flows [ /unit of good] System boundary production of panels, /2
20 Conclusions Input equals output transparent and rigid methodology Substance level decisive All scales from household to planet Future indispensable tool for : > early recognition > assessing and solving metabolic problems > designing new strategies and concepts > new knowledge base about metabolism > governance! 2/2
21 Recycling is not is the final sink
22 Activity to clean which substances are appropriate? NPnEO Input:.3 Mol/c.y NP NPnEO sewering system 4 18 sewage plant,7 1 Surface waters 5 n.d. Nonylphenol [ g/c.y ] (figures in italic stand for NPnEO) system boundary phh > sludge " sludge 27 NP Ouput:.12 Mol/c.y Nonylphenolpolyethoxylat NPnEO (O ) n OH cultivated soil +3 (3 mg/m²y) 24 C 9 H 19 22/2
23 MFA / SFA for decision making in waste management III From MFA to SFA: carbon flows from thermal waste Import: 1,7 kt/yr Stock kt/yr Export 1,7 kt/yr Waste to TT Maintenance resource TT 1,7 ~ Waste input to thermal Maintenance resource TT MSW Waste TT MSW 62 Maintenance resource TT Waste TT 1,1 Thermal MSW Thermal other waste Products TT MSW Waste TT MSW 8.1 Emissions TT MSW 61 Products TT Waste TT 54 Emissions TT 1, Waste output from thermal Transport TT 43 Transport to landfill 1, Emissions TT Products TT Export TT Waste TT-LF System boundary Thermal Austria, 21 Carbon Flows in 1, t/yr Stock in 1, t 23/2
24 The application of MFA for decision making in resource and waste management Analysis, evaluation, design (examples for all three) Goal oriented, the phase of methodological development is over: there must be a problem stated in order to solve it with MFA Which problems can be solved: all problems, but for which MFA is effective??? 1. The law on conservation of matter: input equals output 2. What is MFA: goods and substances 3. All scales from person to planet 4. For waste management 5. For regional materials management 6. Environmental management 7. Resource management 8. For governance (V.EFB) Mention the surprise about nutrients (MFA of private hh) Mention the surprise of stocks (Lohm) when there were deltas in MFA between I/O
Recycling and Final Sinks Key Issues for Sustainable Waste and Resources Management
Recycling and Final Sinks Key Issues for Sustainable Waste and Resources Management Paul H. Brunner Institute for Water Quality, Resources and Waste Management Vienna University of Technology CONTENT 1.
More informationUrban Metabolism and Waste Management. Paul H. Brunner Vienna University of Technology, Austria
Urban Metabolism and Waste Management Paul H. Brunner Vienna University of Technology, Austria The last 100 years: unprecedented growth in materials Germany 1920 Japan 2010 2/19 and energy flows! England
More informationWASTE MANAGEMENT, A KEY ELEMENT FOR ENVIRONMENTAL PROTECTION AND RESOURCES CONSERVATION
WASTE MANAGEMENT, A KEY ELEMENT FOR ENVIRONMENTAL PROTECTION AND RESOURCES CONSERVATION Paul H. Brunner Institute for Water Quality, Resources and Waste Management Vienna University of Technology 1040
More informationThermal Treatment an Essential Element of Sustainable Waste Management. Paul H. Brunner Vienna University of Technology
Thermal Treatment an Essential Element of Sustainable Waste Management Paul H. Brunner Vienna University of Technology www.iwa.tuwien.ac.at The beginning Paul H. Brunner, TU Vienna 2/24 and not the end
More informationfor Environmental and Resource Management
Application of Material Flow Analysis for Environmental and Resource Management Paul H. Brunner Vienna University of Technology Institute for Water Quality, Resources and Waste Management http://www.iwa.tuwien.ac.at
More informationUrban Mining: Recycling or more?
Urban Mining: Recycling or more? Paul H. BRUNNER Vienna University of Technology, Austria Urban Mining Forum, Taipeh, October 21st, 2011 Foto courtesy of Morf & Böni Content What is urban mining? Why urban
More informationA waste management planning based on substance flow analysis
A waste management planning based on substance flow analysis Umberto ARENA and Fabrizio Di GREGORIO Department of Environmental, Biological and Pharmaceutical Sciences and Technologies Second University
More informationSanitary Landfills a Key Component of Waste Management in Transition Economies Johann Fellner, David Laner, Jakob Leder & Paul H.
Sanitary Landfills a Key Component of Waste Management in Transition Economies Johann Fellner, David Laner, Jakob Leder & Paul H. Brunner Institute for Water Quality, Resources and Waste Management Key
More informationMFA Case Studies for Industries
MFA Case Studies for Industries Paul H. Brunner Vienna University of Technology Institute for Water Quality, Resources and Waste Management http://www.iwa.tuwien.ac.at P.H. Brunner 1/25 MFA for strategic
More informationResources and Environmental Management
Incentives and case studies for MFA in Resources and Environmental Management Paul H. Brunner Vienna University of Technology Institute for Water Quality, Resources and Waste Management http://www.iwa.tuwien.ac.at
More informationMFA Case Studies for Industries
MFA Case Studies for Industries Paul H. Brunner Vienna University of Technology Institute for Water Quality, Resources and Waste Management http://www.iwa.tuwien.ac.at t i t P.H. Brunner 1/25 MFA for strategic
More informationRecycling and Sustainability
Recycling and Sustainability Prof. Dr. Paul H. Brunner paul.h.brunner@tuwien.ac.at ac at ISWA World Congress November 15 17, 2010 Hamburg, Germany First goal of wm: direct materials to appropriate final
More informationWhy do we Need a New Knowledge Base for Goal Oriented Waste Management?
NEWA 2008 Why do we Need a New Knowledge Base for Goal Oriented Waste Management? Paul H. Brunner Vienna University of Technology Institute for Water Quality, Ressource and Waste Management www.iwa.tuwien.ac.at
More informationTheory and practice of waste management in EU: trends and perspectives
Theory and practice of waste management in EU: trends and perspectives Paul H. Brunner Vienna University of Technology Institute for Water Quality, Resources and Waste Management http://www.iwa.tuwien.ac.at
More informationSystem Definition AWAST. Report (Vers. 1.7)
System Definition AWAST Report (Vers. 1.7) Project AWAST Aid in the Management and European Comparison of Municipal Solid WASte Treatment methods for a Global and Sustainable Approach Project Nr. EVK4-CT-2000-00015
More informationFORWAST Final Meeting Copenhagen, November 25, 2009
Waste Management Scenarios for the Next 25 Years FORWAST Final Meeting Copenhagen, November 25, 2009 Paul H. Brunner Edi Munawar Institute for Water Quality, Resources and Waste Management Vienna University
More informationModeling the cadmium flows in Australia
Modeling the cadmium flows in Australia Suphaphat Kwonpongsagoo,*, Ruth Scheidegger, and Hans-eter Bader Department of Sanitary Engineering, Faculty of ublic Health, Mahidol University, Bangkok, 0400 Thailand
More informationWaste management in Austria Waste legislation in Austria. Seite
Waste management in Austria Waste legislation in Austria Seite 1 08.06.06 Overview Austrian situation» Waste generation» Waste treatment» Waste management plants Austrian waste legislation Seite 2 Seite
More informationASSESSMENT OF PLASTIC FLOWS AND STOCKS IN SERBIA USING MATERIAL FLOW ANALYSIS
Vuji}, G. V., et.al.: Assessment of Plastic Flows and Stocks in Serbia Using Material Flow S89 ASSESSMENT OF PLASTIC FLOWS AND STOCKS IN SERBIA USING MATERIAL FLOW ANALYSIS by Goran V. VUJI] a, Nebojša
More informationAdvanced Waste Management and climate protection - Experiences in Germany Workshop Waste and Climate Change New Delhi
Advanced Waste Management and climate protection - Experiences in Germany Workshop Waste and Climate Change New Delhi 7.11.2012 Volker Weiss Federal Environment Agency Germany 2 Federal Republic of Germany
More informationThe Austrian P-budget as a basis for resource optimization
The Austrian P-budget as a basis for resource optimization Paper in preparation L. Egle 1,2, O. Zoboli 2, S. Thaler 1,2, H. Rechberger 1,2, M. Zessner 1,2 1) Institute for Water Quality, Resource and Waste
More informationClean Cycles and Safe Final Sinks
Clean Cycles and Safe Final Sinks Prof. Dr. Paul H. Brunner paul.h.brunner@tuwien.ac.at ac at EcoKnowledge 2010 November 3 4, 2010 Lahti/Vierumäki, Finland Typhoid Mortality in Berlin 1854-1890 50 Mortality
More informationToyama Framework on Material Cycles
Toyama Framework on Material Cycles We, the G7 Ministers and high representatives, and European Commissioner responsible for the environment, based on our discussion on resource efficiency and the 3Rs
More informationAnthropogenic Metabolism and Environmental Legacies
Anthropogenic Metabolism and Environmental Legacies Paul H Brunner and Helmut Rechberger Volume 3, Causes and consequences of global environmental change, pp 54 72 Edited by Professor Ian Douglas in Encyclopedia
More information50/2015 Rechberger, H.; Zoboli, O.; Zessner, M. (2015) Historical analysis of Phosphorus flows in Austria In Proceedings: International Workshop
50/2015 Rechberger, H.; Zoboli, O.; Zessner, M. (2015) Historical analysis of Phosphorus flows in Austria In Proceedings: International Workshop Mining the Technosphere - Drivers and Barriers, Challenges
More informationScenarios of Waste Management for a Waste Emergency Area
Scenarios of Waste Management for a Waste Emergency Area A Substance Flow Analysis Maria Laura Mastellone, Paul H. Brunner, and Umberto Arena Keywords: incineration industrial ecology material flow analysis
More informationBiological Treatments
Biological Treatments Key issues in choosing appropriate technologies Boris Efremenko VEOLIA Environmental Services Athens - March 2007 Which waste can be treated with Biological Treatments? Types of wastes
More informationDATA UNCERTAINTY AND CONSEQUENCES FOR DECISION MAKING
DATA UNCERTAINTY AND CONSEQUENCES FOR DECISION MAKING David LANER and Helmut RECHBERGER Institute for Water Quality, Resource and Waste Management, Technische Universität Wien, Karlsplatz 13/226, 1040
More informationHANDBOOK OF MATERIAL FLOW ANALYSIS
HANDBOOK OF MATERIAL FLOW ANALYSIS For Environmental, Resource, and Waste Engineers Second Edition HANDBOOK OF MATERIAL FLOW ANALYSIS For Environmental, Resource, and Waste Engineers Second Edition Paul
More informationMINING THE TECHNOSPHERE
International Workshop MINING THE TECHNOSPHERE Drivers and Barriers, Challenges and Opportunities October 1 2, 2015 Vienna University of Technology CONTENT Besides the exploitation of natural deposits
More informationMATERIAL RECYCLING AND BIOLOGICAL WASTE TREATMENT FOR BIOGAS AND NUTRIENT RECOVERY Important parts in a CO2 smart and circular economy
MATERIAL RECYCLING AND BIOLOGICAL WASTE TREATMENT FOR BIOGAS AND NUTRIENT RECOVERY Important parts in a CO2 smart and circular economy PROFESSOR TORLEIF BRAMRYD Material recovery Waste avoidance Waste
More informationCircular Economy Challenges in MENA.
Circular Economy Challenges in MENA Outline Background Situation Analysis: Waste Management in Oman Planning & Implementation: MSW, HW, and Diversion Strategies Evaluate & Improve: Moving Towards Excellence
More informationDevelopment of European Legislation for Biowaste. Josef Barth, European Compost Network ECN
Development of European Legislation for Biowaste Josef Barth, European Compost Network ECN About the European Compost Network ECN Exchange of Experience Circulation of Information Common Strategies Exchange
More informationDISTRIBUTION OF HEAVY METALS IN BLAST FURNACE IN- AND OUPUTS WITH RESPECT TO THE UTILISATION OF WASTE PLASTICS
DISTRIBUTION OF HEAVY METALS IN BLAST FURNACE IN- AND OUPUTS WITH RESPECT TO THE UTILISATION OF WASTE PLASTICS Verena TRINKEL, Helmut RECHBERGER, Johann FELLNER Christian Doppler Laboratory for Anthropogenic
More informationHydrous pyrolysis of digestate as alternative to post composting in a biowaste anaerobic digestion facility
Engineering Conferences International ECI Digital Archives Biochar: Production, Characterization and Applications Proceedings 8-20-2017 Hydrous pyrolysis of digestate as alternative to post composting
More informationCITIES: TOMORROW S MATERIAL RESERVOIRS
European Geosciences Union General Assembly GEOSCIENCE INFORMATION FOR TEACHERS (GIFT) WORKSHOP Austria Center Vienna, 12-15 April 2015 CITIES: TOMORROW S MATERIAL RESERVOIRS Helmut RECHBERGER Institute
More informationThe EEA waste model Past, Present & Future
The EEA waste model Past, Present & Future Emmanuel Gentil, Ph.D. Copenhagen Resource Institute Christian Fischer and Emmanuel Gentil Warmest May on record in northern hemisphere 2 Original scope of the
More informationMechanical Biological Treatment
Mechanical Biological Treatment Challenges and opportunities Prof Paul Bardos, r3 environmental technology ltd www.r3environmental.com Contents MBT: a new name for an old approach MBT in the UK SWOT Challenges
More informationATHENS June th International Conference On Sustainable Solid Waste Management
WASTE MANAGEMENT PILOT STUDIES AND CHALLENGES FOR MUNICIPALITIES DR. DIMITRIS MALAMIS Unit of Environmental Science & Technology School of Chemical Engineering National Technical University of Athens ATHENS
More informationGuidance for environmental permit applications: Part D2 Application for transfer (installations, waste operations and mining waste operations only)
Guidance for environmental permit applications: Part D2 Application for transfer (installations, waste operations and mining waste operations only) Please read these guidance notes carefully before you
More informationLow-carbon society development in Bangkok
Low-carbon society development in Bangkok Ms. Nuanphan Phawawes Contents 1. Introduction of Bangkok 2. Environmental Situations 3. Bangkok Development Plan & Policies 4. Environmental Management 5. BMA
More informationClassification of Waste Treatment Operations
Classification of Waste Treatment Operations Brigitte Karigl, Environmental Agency Austria Ellen Gerlach, Environmental Protection Agency Sachsen-Anhalt Workshop, 22.06.2016 Activity M 60/1 1 Content of
More informationMFA-MANUAL (Vers. 1.91) Guidelines for the Use of Material Flow Analysis (MFA) for Municipal Solid Waste (MSW) Management
MFA-MANUAL (Vers. 1.91) Guidelines for the Use of Material Flow Analysis (MFA) for Municipal Solid Waste (MSW) Management Project AWAST Aid in the Management and European Comparison of Municipal Solid
More informationA Decision Support Tool for Regional Biomass Waste Management and its Application in Regional Australia
A Decision Support Tool for Regional Biomass Waste Management and its Application in Regional Australia Napat Jakrawatana, School of Civil and Environmental Engineering. UNSW, Australia Iain MacGill, School
More informationValorisation of organic household waste & greenery cuttings
Valorisation of organic household waste & greenery cuttings Olaf Fennis - Attero June 9, 2015, Brussels Agenda Introduction Situation in the Netherlands Situation in (North-West) Europe Case study Saarland
More informationImplementing a Biowaste Strategy in Bulgaria. Walter HAUER Technisches Bür o H A U ER
Implementing a Biowaste Strategy in Bulgaria Walter HAUER Technisches Bür o H A U ER Umweltwirtschaft GmbH A-210 0 Korneuburg, Brückenstraße 6 + 4 3 226 2/ 6 2 223 w w w. tbha uer. at Biowaste Study Tour
More informationWaste management options and climate change - the case of biowaste
Waste management options and climate change - the case of biowaste Keith A Brown AEA Technology Workshop Biological treatment of biodegradable waste - Technical aspects Brussels - 8th-10th April, 2002
More informationPhosphorus in Denmark: national and regional anthropogenic flows
Downloaded from orbit.dtu.dk on: Jan 1, 01 Phosphorus in Denmark: national and regional anthropogenic flows Klinglmair, Manfred; Lemming, Camilla; Jensen, Lars Stoumann; Rechberger, Helmut; Astrup, Thomas
More informationChemical Process and Energy Resources Institute Centre for Research and Technology Hellas
Chemical Process and Energy Resources Institute Centre for Research and Technology Hellas AN ENVIRONMENTAL ASSESSMENT FOR ANAEROBIC DIGESTION OF BIOWASTE BASED ON LIFE CYCLE ANALYSIS PRINCIPLES Session
More informationNew Calculation Method for Measurement of Recycling Rates and Influence on Recycling Quotas
New Calculation Method for Measurement of Recycling Rates and Influence on Recycling Quotas Thomas Obermeier, Sylvia Lehmann German Association of waste management Content Legislative Basis Methods for
More informationProblem Statements. Past and on Going Efforts
1 Problem Statements Indonesia has declared a commitment to reduce 26% GHG emission using self-efforts and 41% GHG emission using international assistances by 2020. Waste sector ranked the fourth biggest
More informationLong-Term Assessment of Waste Management Options a New,
Long-Term Assessment of Waste Management Options a New, Integrated and Goal-Oriented Approach Gernot Döberl, Renate Huber, Paul H. Brunner Institute for Water Quality and Waste Management, Vienna University
More informationOn the Road to a Circular Economy in Europe - The Contribution of EU Waste Policy. Julius Langendorff, European Commission, DG ENV
On the Road to a Circular Economy in Europe - The Contribution of EU Waste Policy Julius Langendorff, European Commission, DG ENV SEMINAR RELAGRES17 Mataró, 12 June 2017 Outline: The Commission's Circular
More informationFlorida s food waste problem. 1.7 million tons reported in 2007 ~5% of total municipal solid waste (MSW) Only 1% recycled
Florida s food waste problem 1.7 million tons reported in 2007 ~5% of total municipal solid waste (MSW) Only 1% recycled Florida food waste sources 80,935 food service vendors 9,789 food store producing
More informationResource Efficiency. ResourceWise June Presentation by Karolina Fras, European Commission, DG Environment.
Extraction: 16 tons The Life-cycle Growing technosphere To physical stock: 10 tons Disposal: 6 tons Source Environment Sink Threats to ecosystem services! Resource Efficiency ResourceWise 2011 1 June 2011
More informationIMPLEMENTATION OF SMM IN INDONESIA PERSPECTIVE
IMPLEMENTATION OF SMM IN INDONESIA PERSPECTIVE Ujang Solihin Sidik MSW Management Ministry of the Environment Indonesia us.sidik@gmail.com The OECD Global Forum on SMM Mechelen Belgium, 25-27 October 2010
More informationAnaerobic Digestion not just biogas production. FARM BIOGAS Methane consulting cc
Anaerobic Digestion not just biogas production FARM BIOGAS Methane consulting cc Use of fire - the greatest achievement of the human race FARM BIOGAS Methane consulting cc Reduction of GHG s emission FARM
More informationEuropean recycling guidelines and management of organic waste at landfills
European recycling guidelines and management of organic waste at landfills Herman Huisman RWS Environment Acodal, Expo Residuos Bogota July 9th 2014 Content EU Policy framework waste hierarchy targets
More informationMunicipal Council Ratnapura Sri Lanka
Municipal Council Ratnapura Sri Lanka Municipal Council Ratnapura Sri Lanka 1. Current situation of SWM at Ratnapura MC General information on Ratnapura MC Population: 54,373 Land Extend: 22.8 sqkm No.
More informationLABORATORY 8: WASTE AND RECYCLING AT PLU Due November 7 th or 9 th
Conservation Fall 2011 Name: Lab Day (circle one): Monday Wednesday Purpose: LABORATORY 8: WASTE AND RECYCLING AT PLU Due November 7 th or 9 th Human civilization generates a large amount of waste. As
More informationMaterials Management: Changes and Challenges in the Recycling Stream. Susan Robinson ASTSWMO, August 2017
Materials Management: Changes and Challenges in the Recycling Stream Susan Robinson ASTSWMO, August 2017 Market update: China, paper, plastic & more Market volatility and uncertainty are key works for
More informationNATIONAL WASTE STREAM PROFILES
Overview NATIONAL WASTE STREAM PROFILES Key fact: In 2010 11, the Construction and Demolition (C&D) waste stream represented both the greatest amount of waste generated and, at 66 per cent, the highest
More informationBio-waste Management in Europe:
Bio-waste Management in Europe: capturing of bio-waste in cities and municipalities Henrik Lystad, Chair European Compost Network ECN e.v. European Compost Network Vision Living well within the limited
More informationLARNAKA SOLID WASTE MANAGEMENT
LIFE2015/ENV/PT/000609 LARNAKA SOLID WASTE MANAGEMENT / Acting Municipal Secretary, Solid Waste Management (1) The facility is designed to handle mixed municipal solid waste (MSW) and is located 10km from
More informationNEW YORK STATE: WASTEWATER DIGESTER POTENTIAL. June 6, 2016 George Bevington
NEW YORK STATE: WASTEWATER DIGESTER POTENTIAL June 6, 2016 George Bevington SSO Mandate? Source Separation of Organics (SSO) from the solid waste stream already mandated at adjacent states Institutions
More informationUrban Organic Waste Management Option for Climate Change Mitigation in Developing Asia Countries: A case study on composting
(Waste Management and Resources Project) Urban Organic Waste Management Option for Climate Change Mitigation in Developing Asia Countries: A case study on composting Dr. Janya SANG-ARUN Researcher, Waste
More informationEnergy from Waste and Biomass
Energy Materials Energy from Waste and Biomass John Oakey Cranfield University Summary UK Context The Opportunity Technology Options UK Market R&D Challenges Conclusions UK Context Energy security Cost
More informationNAMA in the Waste Sector: Waste to Resources for Cities in Vietnam
NAMA in the Waste Sector: Waste to Resources for Cities in Vietnam Dr. Do Tien Anh, Acting Director Climate Change Research Center Viet Nam Institute of Meteorology, Hydrology and Climate Change Ha Noi,
More informationMunicipal Solid Waste Update
Municipal Solid Waste Update COLOMBIA Diana M. Rodríguez GMI Municipal Solid Waste Subcommittee Meeting Vancouver, Canada, 13 March 2013 1 Regulatory Update Modification of Decree 1713/02: Establishes
More information1. It closes biological material cycles, and reduces the linear economy of landfilling waste;
Final call to adopt binding requirements for separate collection of bio-waste as a prerequisite for recycling within the EU Circular Economy / Waste Package Compost & Biogas Association Austria European
More informationClimate Change Mitigation Potential in the Solid Waste Management Sector in Developing countries: Case study in Hanoi city, Vietnam
Climate Change Mitigation Potential in the Solid Waste Management Sector in Developing countries: Case study in Hanoi city, Vietnam Student: Hoang Trung THANH ID: 201326035 Supervisor: Prof. H. Yabar Graduate
More informationPOLICIES AND PRACTICES FOR PLASTIC WASTE MANAGEMENT IN THAILAND
POLICIES AND PRACTICES FOR PLASTIC WASTE MANAGEMENT IN THAILAND Session 3: Hazardous substances, plastic waste and micro-pollutants of waters and their effects on nature Content: - Status and situation
More informationCANADA-WIDE APPROACH FOR THE MANAGEMENT OF WASTEWATER BIOSOLIDS. October 11, 2012 PN 1477
CANADA-WIDE APPROACH FOR THE MANAGEMENT OF WASTEWATER BIOSOLIDS October 11, 2012 PN 1477 Canadian Council of Ministers of the Environment, 2012 Table of Contents 1. Context... 1 2. Policy Statement and
More informationBio-waste Key elements of the EU framework legislation
Bio-waste Key elements of the EU framework legislation 17 May 2012, Sofia Franka Boldog Austrian Federal Ministry of Agriculture, Forestry, Environment and Water Management Seite 1 08.06.06 Overview Relevant
More informationEU legal context of glass recycling
EU legal context of glass recycling (28 November 2014) information and state of play review of recycling targets in EU waste legislation 1. Legal regimes 2. Review process 3. Extended Producer Responsibility
More informationThis is a draft revision of the briefing, and any comments are welcome please them to Becky Slater on
January 2009 Briefing Pyrolysis, gasification and plasma This is a draft revision of the briefing, and any comments are welcome please email them to Becky Slater on becky.slater@foe.co.uk. Introduction
More informationSustainable management of railway infrastructure a case study in analyzing the fate of copper along railway tracks
Challenge B: An environmentely friendly railway Sustainable management of railway infrastructure a case study in analyzing the fate of copper along railway tracks a) Ulrich Kral a), Paul H. Brunner a)
More informationFood Waste Recycling: Management of. Sustainable. Resources. 18 May 2017 HKQAA Symposium 2017
Food Waste Recycling: Sustainable Management of Resources 18 May 2017 HKQAA Symposium 2017 1 Food Waste in Hong Kong in 2015 Paper 22.2% Plastics 21.5% Food Waste ~3,380tpd (~33% of MSW) Putrescibles 38.6%
More informationSELECTED MATERIAL STOCKS AND FLOWS - THE CASE OF ALUMINIUM
SELECTED MATERIAL STOCKS AND FLOWS - THE CASE OF ALUMINIUM Hanno BUCHNER*, David LANER* #, Helmut RECHBERGER #, Johann FELLNER* * Christian Doppler Laboratory for Anthropogenic Resources, Institute for
More informationThe status of Mechanical and Biological Treatment (MBT)
The status of Mechanical and Biological Treatment (MBT) BEACON - Perugia Italy 23 rd May 2008 Presentation summary VEOLIA ENVIRONMENT Overview What is MBT? Input and output materials of an MBT plant Drivers
More informationCARBON FREE BOSTON. Waste Technical Advisory Group July 31, 2018
CARBON FREE BOSTON Waste Technical Advisory Group July 31, 2018 MEETING GOALS Inform TAG members about overall project scope, people, process, and timeline Inform TAG members about overall model structure
More informationCombining MFA, LCA and optimization techniques to improve MSW management in Switzerland
Engineering Conferences International ECI Digital Archives Life Cycle Assessment and Other Assessment Tools for Waste Management and Resource Optimization Proceedings 6-7-2016 Combining MFA, LCA and optimization
More informationIMPACT OF WASTE ON HEALTH AND THE ENVIRONMENT. CURE Jaipur, Rajasthan
IMPACT OF WASTE ON HEALTH AND THE ENVIRONMENT CURE Jaipur, Rajasthan Able to Understand Awareness on the potential solid waste (hazardous, non hazardous and mixed waste) disposal poses to human health
More informationWASTE-TO-ENERGY. ENERGY/CLIMATE GROUP SUSTAINABILITY OPPORTUNITIES Exploring Sustainability at the Cross-roads of Science and Technology
WASTE-TO-ENERGY ENERGY/CLIMATE GROUP SUSTAINABILITY OPPORTUNITIES Exploring Sustainability at the Cross-roads of Science and Technology Group Members: Veronica Carlsson, Stefanía Ósk Garðarsdóttir, Toni
More informationWaste Statistics 2017
Waste Statistics 2017 Released Date: October 2015 Contents INTRODUCTION... 3 WASTE IN ABU DHABI EMIRATE... 4 NON-HAZARDOUS WASTE... 5 SOLID WASTE GENERATION... 5 SOLID WASTE DISPOSAL... 8 MUNICIPAL SOLID
More informationSession Waste 8: Waste statistics
Session Waste 8: Waste statistics statistics Reena Shah United Nations Statistics Division Workshop on Environment Statistics (Abuja, Nigeria, 19-23 May 2008) Waste Statistics 1. Environmental Impact of
More informationEvaluating the Municipal Solid Waste Management Approach of a City using Material Flow Analysis
Evaluating the Municipal Solid Waste Management Approach of a City using Material Flow Analysis S. O. Masebinu 1,*, E. T. Akinlabi 2, E. Muzenda 3, A. O. Aboyade 4 and C. Mbohwa 5 1,2,3,4,5 Faculty of
More informationTechnology Fact Sheet Mechanical-biological treatment (MBT) i
Technology Fact Sheet Mechanical-biological treatment (MBT) i 1) Introduction A mechanical biological treatment system is a waste processing facility that combines a waste sorting facility with biological
More informationThe Polish National Waste Management Plan 2014
1. Introduction... 21 2. Identification of problems in waste management... 22 3. Adopted aims in waste management... 23 4. Lines of action for waste prevention and shaping of waste management system...
More informationWASTE IS VALUE SUSTAINABLE WASTE AND RESOURCE MANAGEMENT IN DENMARK
WASTE IS VALUE SUSTAINABLE WASTE AND RESOURCE MANAGEMENT IN DENMARK 1. OUR APPROACH 2. DANISH WASTE POLICY 3. COLLECTION AND SORTING 4. PRE-TREATMENT AND RECYCLING 5. ORGANIC WASTE 6. NON-RECYCLABLES 1The
More informationWASTE IS VALUE SUSTAINABLE WASTE AND RESOURCE MANAGEMENT IN DENMARK
WASTE IS VALUE SUSTAINABLE WASTE AND RESOURCE MANAGEMENT IN DENMARK 1. OUR APPROACH 2. DANISH WASTE POLICY 3. COLLECTION AND SORTING 4. PRE-TREATMENT AND RECYCLING 5. ORGANIC WASTE 6. NON-RECYCLABLES 1The
More informationThe future of waste management sector
Waste Management 2030 + The future of waste management sector Antonis Mavropoulos ISWA STC Chair mavropoulos.blogspot.com Scope of lecture To outline main forces that will shape the future of SWM To highlight
More informationPotential Future Changes in Waste Collection and Disposal Practices
Potential Future Changes in Waste Collection and Disposal Practices Presented by Robert E. Dick, PE SWANA Old Dominion Chapter Regulatory Training Session Richmond, VA October 17, 2013 OVERVIEW Past Industry
More informationAssessment of Alternative Waste Management Technologies
Assessment of Alternative Waste Management Technologies Project Progress Report Waste Management Planning Steering Committee November 18, 2013 Project Overview Current Tasks Waste Feedstock Review Review
More informationTriclocarban, Triclosan, Polybrominated Diphenyl Ethers, and 4-nonylphenol in Biosolids and in Soil Receiving 33-year Biosolids Application
Triclocarban, Triclosan, Polybrominated Diphenyl Ethers, and 4-nonylphenol in Biosolids and in Soil Receiving 33-year Biosolids Application Kang Xia Associate Professor Dept. Crop & Soil Environ. Sci.
More informationBiodegradable Municipal Waste Landfill Ban
Biodegradable Municipal Waste Landfill Ban Purpose This document provides guidance on the ban on landfilling Biodegradable Municipal Waste (BMW). It describes BMW, why it will be banned, how to decide
More informationSardinia Symposium Solid Waste Life-Cycle Modeling Workshop. Anaerobic Digestion. Anders Damgaard, Ph.D. Senior Researcher S WOLF
Anaerobic Digestion Anders Damgaard, Ph.D. Senior Researcher S WOLF go.ncsu.edu/swolf www.easetech.dk 1 Significance of anaerobic digestion Rapidly developing as main technology for wet household organics,
More informationEcological urban design through Material and Energy Flow Analysis and Life Cycle Assessment: from an architect s perspective
3 Ecological urban design through Material and Energy Flow Analysis and Life Cycle Assessment: from an architect s perspective Z. C. Cai1,2 & R. Wennerstern2 1 School of Architecture, Southeast University
More informationWaste Statistics 2015
Waste Statistics 2015 Released Date: October 2015 Contents INTRODUCTION... 3 WASTE IN ABU DHABI EMIRATE... 4 NON-HAZARDOUS WASTE... 5 SOLID WASTE GENERATION... 5 SOLID WASTE DISPOSAL... 8 MUNICIPAL SOLID
More informationEnergy from waste in Flanders (Belgium) Lecturer: Paul De Bruycker Date: June 12th, 2008 Location: 4th CEWEP Congress, Bordeaux
Energy from waste in Flanders (Belgium) Lecturer: Paul De Bruycker Date: June 12th, 2008 Location:, Bordeaux Flanders in 2006 6,1 million inhabitants 3,4 million tonnes/year of municipal solid waste (560
More information