EPA Tools to Reduce Waste in Schools
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Rethinking the Waste Hierachy
R ethinking the Waste H i erarchy Environmental ASSESSMENT INSTITUTE MARCH 2005 INSTITUT FOR MILJ0VURDERING E nvironmental Assessment Institute Reference no.: 2002-2204-007 ISBN.: 87-7992-032-2 Editors: Clemen Rasmussen and Dorte Vigs0 Written by: Clemen Rasmussen (project manager), Dorte Vigs0, Frank Ackerman, Richard Porter, David Pearce, Elbert Dijkgraaf and Herman Vollebergh. Published: March 2005 Version: 1.1 ©2005, Environmental Assessment Institute For further information please contact: Environmental Assessment Institute Linnesgade 18 DK -1361 Copenhagen Phone: +45 7226 5800 Fax: +45 7226 5839 E-mail: [email protected] Web: www.imv.dk E nvironmental Assessment Institute Rethinking the Waste Hierarchy March 2005 Recommendations A number of specific recommendations for achieving cost-effective waste policies can be made based on both the US experience presented by Ackerman and Porter and on the analysis of European waste management presented by Pearce and Dijkgraaf & Vollebergh. The results of this project relate to both the target setting and the regulatory implementation of waste policy in the EU. The main recommendations for future waste policies in the EU and Member States are: ■ The waste hierarchy must be considered a very general and flexible guideline for formulating waste policies. What is environmentally desirable is not always a preferred solution, when considered from a socio economic perspective. The reason is that some environmental benefits may come at a comparably so cially high cost. The marginal costs and benefits will vary depending on mate rial and locality. It is recommended that social costs and benefits of new recy cling schemes should be analysed and that a critical assessment be made on to determine if further steps are in fact socially desirable. -
Solid Waste Master Plan Source Reduction Discussion II
John Fischer February 20, 2019 Master Plan Status & Schedule Update Spring, summer 2019: write draft plan Fall 2019: release public hearing draft Late 2020: publish final plan Upcoming Meetings March 14th C&D Subcommittee March 19th: Organics Subcommittee April 25th: Solid Waste Advisory Committee June 18th: C&D Suncommittee Source Reduction Strategies Identified at Jan. 17, 2019 Meeting Extended producer responsibility (EPR) PAYT and source reduction Right to repair The sharing economy Textile reuse Commercial waste reduction C&D source reduction Furniture refurbishment Resource management contracting Extended Producer Responsibility (EPR) Enforce cardboard manufacturer responsibility to promote a closed loop system. Hold producers responsible if their packaging is not recyclable. Manufacturers should pay for people to send packaging back to them. Packaging responsibility should drive producers to think more about their packaging, which could drive source reduction. Support paint and electronics EPR bills filed this session. Extended Producer Responsibility (EPR) Discussion question: What are the most important products or packaging for which we should establish EPR systems? PAYT and Source Reduction Promote PAYT within a framework of other initiatives that enable source reduction, e.g. a Library of Things. PAYT creates awareness, which can affect consumer behavior. PAYT and Source Reduction Discussion question: What steps should MassDEP take to increase/improve PAYT program adoption? Right to Repair Right to repair laws could help create new small repair businesses. Producers would be required to share all schematics of how a product works, which allows other businesses to repair the products, not just the original producers. Right to Repair Discussion question: What product categories provide the best repair business opportunities? The Sharing Economy Establish baseline of current reuse activities: identify the impact of systems such as Craigslist, Freecycle, Buy Nothing Facebook groups, and NextDoor.com. -
Industrial Waste Exchange by Ashley Sapyta, Mike Marcus, and Jonathan Locklair
Industrial Waste Exchange by Ashley Sapyta, Mike Marcus, and Jonathan Locklair TE S GE A AN WCH EX E AST W ANGE EXCH Industrial Waste Exchange Help in Getting to Sustainable Operations This primer helps companies find the right industrial waste exchange in order to achieve corporate sustainability goals. em • The Magazine for Environmental Managers • A&WMA • March 2017 Industrial Waste Exchange by Ashley Sapyta, Mike Marcus, and Jonathan Locklair The drive to achieve corporate sustainability goals can leave offering to match waste producers with material purchasers. an industrial facility searching for alternatives to disposal of Wastes with easily-monetized intrinsic values began to be wastes from their production process. Ideally, manufacturing segregated into a recycling market. processes could be adjusted to eliminate the waste stream. However, when not possible to reduce, the next greenest waste The Internet brought major changes to the waste exchange alternative is reuse (see Figure 1). For more than four decades, market. As the waste exchanges moved from paper catalogs industrial waste exchanges have provided a mechanism for to online databases, wastes were exchanged more efficiently. connecting facilities that generate waste with other companies There was an initial increase of waste exchanges in the local that can beneficially use that material (the industrial application markets. Because recycling consumes energy and raw materials of the old saw… one person’s trash is another’s treasure). and produces waste residues itself, recycling is typically not During these 40-plus years, waste exchanges have changed as green as reuse but is often more profitable. The Internet in size and in service and utilized the latest technologies to facilitated the strengthening of the recycling network to the stay applicable to current market needs. -
The Consumer's Handbook for Reducing Solid Waste
United States EPA 530-K-96-003 Environmental Protection September 1996 Agency Solid Waste and Emergency Response (5305W) The Consumer’s Handbook for Reducing Solid Waste Reduction Reuse Recycle Response This booklet describes how people can help solve a growing prob- lem...garbage! Individual consumers can help alleviate America’s mounting trash problem by making environmentally aware decisions about everyday things like shopping and caring for the lawn. Like the story that says cats have nine lives, so do many of the items we use every day. Empty cans and jars can be reused to store many items, such as nails or thumbtacks. The baking soda bought to bake a cake also can be used to scrub kitchen counters. The container that began its life as a plastic milk jug can be washed and reused to water plants, create an arts and crafts project, or be transformed into a bird feeder. Eventually, the milk jug can be recycled to create a new plastic product. Reusing products is just one way to cut down on what we throw away. This booklet outlines many practical steps to reduce the amount and toxicity of garbage. These aren’t the only steps that can be taken to reduce waste, but they’re a good start. L 1 Reduction Solid Waste Source Reduction A Basic Solution General Overview of What’s in America’s Trash Metals Yard Trimmings Source reduction is a basic solu- other management options that tion to the garbage glut: less waste deal with trash after it is already means less of a waste problem. -
RCRA, Superfund & EPCRA Call Center Training Module
United States Solid Waste and EPA530-K-02-019I Environmental Protection Emergency Response October 2001 Agency (5305W) RCRA, Superfund & EPCRA Call Center Training Module Introduction to: RCRA Solid Waste Programs Updated October 2001 DISCLAIMER This document was developed by Booz Allen Hamilton Inc. under contract 68-W-01-020 to EPA. It is intended to be used as a training tool for Call Center specialists and does not represent a statement of EPA policy. The information in this document is not by any means a complete representation of EPA s regulations or policies. This document is used only in the capacity of the Call Center training and is not used as a reference tool on Call Center calls. The Call Center revises and updates this document as regulatory program areas change. The information in this document may not necessarily reflect the current position of the Agency. This document is not intended and cannot be relied upon to create any rights, substantive or procedural, enforceable by any party in litigation with the United States. RCRA, Superfund & EPCRA Call Center Phone Numbers: National toll-free (outside of DC area) (800) 424-9346 Local number (within DC area) (703) 412-9810 National toll-free for the hearing impaired (TDD) (800) 553-7672 The Call Center is open from 9 am to 5 pm Eastern Time, Monday through Friday, except for federal holidays. RCRA SOLID WASTE PROGRAMS CONTENTS 1. Introduction............................................................................................................. 1 2. Municipal Solid Waste ......................................................................................... 2 2.1 EPA's Integrated Waste Management Hierarchy .................................... 3 2.2 Source Reduction ........................................................................................... 4 2.3 Recycling ........................................................................................................... 5 2.4 Combustion .................................................................................................... -
Measuring Waste Reduction, Reuse and Recycling Through Industrial Symbiosis
Measuring Waste Reduction, Reuse and Recycling through Industrial Symbiosis C. Visvanathan Asian Institute of Technology, Thailand 01 Outline of indicator Reference and background reading material Antonio, L.C., Kojima, M., Phechpakdee, P. 2009, Synthesis on Industrial Waste Information Exchange Program (Chapter 11). Most industrial operations are linear processes in which raw materials are processed into products, 3R Policies for Southeast and East Asia. Kojima, M., Damanhuri, E. (eds). ERIA Research Project Report 2008 No.6-1 with waste as a by-product. However, waste is also generated at the time of raw material extraction, Aquatech Environment, Economics, and Information, 1997, A Benchmark of Current Cleaner Production Practices. Prepared during processing, and ultimately at the end-of-life stage of a product. To minimise, reutilise or for Cleaner Industries Section, Environment Protection Group Environment Australia Aschner, A. 2004, Planning for Sustainability through Cleaner Production. PhD Thesis-The University of New South Wales recycle waste at each stage, industrial operations can be reconfigured though industrial symbiosis School of Mechanical and Manufacturing Engineering. (IS), in which waste produced from one industry is reutilised by another as a raw material. Industrial Ashton, W., Luque, A., Ehrenfeld, J.R., 2002, Best Practices in Cleaner Production Promotion and Implementation for Smaller Enterprises. Prepared for Multilateral Investment Fund (MIF), Interamerican Development Bank (IADB), Washington D.C: symbiosis supports resource efficiency in two ways: Cleaner Production (application of techniques USA and technologies, and management strategies that reduce the waste generated from industrial Department of Environmental Affairs and Tourism South Africa, and DANIDA, 2005, National Waste Management Strategy Implementation South Africa-Review of Industrial Waste Exchange. -
Toronto Long Term Waste Management Strategy
T O R O N T O LONG TERM WASTE MANAGEMENT STRATEGY GUIDING PRINCIPLES TORONTO’S Reduce the amount of waste we generate WASTE STRATEGY Reuse what we can Recycle and recover the remaining resources to reinvest back into the economy Waste management in a large city like Toronto is a complex task. The Waste Strategy was Embrace a user-friendly waste developed over two years and is supported by extensive research, management system guidance from key stakeholders, and a comprehensive public consultation and engagement Balance community, the environment, and program. The Waste Strategy, which was approved by financial sustainability City Council in July 2016, recommends waste reduction, reuse, recycling, recovery and residual disposal policies and Ensure a safe, clean, beautiful and healthy programs. city for the future Diversion of TARGETS 70% waste by 2026 This equals approximately 200,000 additional tonnes being diverted from the AND GOALS landfill by 2026. The Waste Strategy includes an aspirational goal to work towards a Circular Economy and Zero Waste future. The Waste Strategy recommends waste reduction, reuse, recycling, recovery and residual disposal policies and programs that are environmentally sustainable, socially acceptable, and cost-effective. This comprehensive strategy will guide WORKING TOGETHER TO ACHIEVE OUR GOALS The Waste Strategy aims to achieve these goals with the waste management in Toronto for the next rollout of several new programs supported with promotion and education, and in combination with an enhanced approach . to enforcement of existing programs, services and by-laws. Wast(ED) – Community Education Speaker Event 2016 2026 2036 2046 2056 2066 April 29, 2015 HOW WE LISTENED 40+ Events & You spoke, we listened. -
CHAPTER 4. FUTURE VISIONING the Purpose of This Chapter Is to Outline the Goals and Objectives of This RSWMP Document
CHAPTER 4. FUTURE VISIONING The purpose of this chapter is to outline the goals and objectives of this RSWMP document. Based on stakeholder input, analysis results, and a review of existing programs and practices related to regional solid waste management, a series of goals and subgoals was created to guide the TCOG Region over the next twenty years. These goals were periodically reviewed with the NRAC, TCOG staff and were further refined based on feedback received. A particular focus on waste minimization, cooperative commitment, public education, and outreach, and recommendations for a compost program were a primary focus during the development of these goals. Goals In total, there are four primary goals intended to guide the Region’s solid waste management practices over the next twenty years. Each primary goal is also supported by a series of corresponding subgoals, which outline more specific recommendations to incrementally achieve primary goals. Primary goals include the following: 1. Ensure adequate levels of transportation and disposal capabilities throughout the region. 2. Develop local programs in source reduction, waste minimization, reuse, recycling, and composting in order to conserve disposal capacity and resources. 3. Develop programs to assist regional and local entities in controlling and stemming illegal and improper disposal practices. 4. Develop cost-effective, efficient, and environmentally suitable solid waste management systems throughout the region. These four functional goals have served as the guiding principles for the Region since the original RSWMP was adopted in 1993. Upon review of stakeholder feedback and analysis results, these goals were deemed appropriate to continue functioning as guiding principles for the Region. -
HAZARDOUS WASTE PROCESSING in the Chemical Engineering Curriculum
(.3.... 5 1111113._c_u_r_r_i_c_u_l_u_m__________ ) HAZARDOUS WASTE PROCESSING In the Chemical Engineering Curriculum DIANNE DORLAND, DoRAB N. BARIA University of Minnesota, Duluth • Duluth, MN 55812 s our nation's tolerance for pollution in general has decreased, the use of chemical engineering skills in Dianne Dorland is Associate Professor of chemi waste management has steadily increased. This is cal engineering at University of Minnesota, Duluth. A She received her BS and MS from the South Da particularly true where pollution prevention at the source has kota School of Mines and Technology and her PhD been emphasized over "end of the pipe" treatment. Second from the West Virginia University (1985). She cur rently teaches the Hazardous Waste Processing ary wastewater treatment will continue to be the principal Engineering course sequence for chemical engi public health shield for our sewer discharges, but tertiary neers, and her research interests include industrial wastewater treatment is frequently mandated for an indus wastewater treatment and hazardous waste man agement. trial facility and is becoming more common for wastewater treatment in publicly owned treatment works (POTWs). Dorab N. Baria is Professor of chemical engi neering at the University of Minnesota, Duluth. He Wastewater treatment, or sanitary engineering, has tradi received his PhD in chemical engineering from tionally been part of civil engineering, and more recently of Northwestem Universtiy in 1971. He subsequently worked for the U.S. Atomic Energy Commission the relatively new field of environmental engineering. Sani at the Ames Laboratory, Iowa State University, as tary engineers have satisfactorily designed and operated a research fellow for fifteen months and then was a chemical engineering faculty member at the wastewater and sewage treatment plants without ever having University of North Dakota until 1985, when he taken courses in chemical kinetics and reactor design, chemi joined the UMD faculty. -
FOOD WASTE MINIMIZATION TOOLKIT for IOWA SCHOOLS August 2017
Davis County Community School District Photo Credit: Jennifer Trent FOOD WASTE MINIMIZATION TOOLKIT FOR IOWA SCHOOLS August 2017 CONTENTS INTRODUCTION 1 FOOD INSECURITY 1 IOWA FOOD BANKS 2 FOOD INSECURITY IN IOWA BY THE NUMBERS 2 SCHOOL MEAL PATTERN 3 BUILDING A HEALTHY MEAL 3 WASTE 4 BUDGET 4 WASTED NUTRITION 4 WASTE AUDIT – WHAT AND WHY 5 PRIOR TO AUDIT 5 ASSESSMENT/OBSERVATION 5 OBTAIN APPROVAL 6 ESTABLISH TEAM 6 LEVERAGE RESOURCES 6 IOWA WASTE EXCHANGE PRIMARY SERVICE AREAS 6 WASTE AUDIT PLANNING 7 INVOLVING STUDENTS 7 FOOD WASTE LESSON PLANS AND ACTIVITIES 7 DURATION 8 WASTE CATEGORIES 8 OBTAIN NEEDED EQUIPMENT 9 SAFETY 10 WASTE AND TRAFFIC FLOW 10 RECRUIT AUDIT TEAM 11 COMMUNICATE WITH FACULTY/STUDENTS/STAFF 11 DAY OF AUDIT 12 WELCOME/THANK YOU 12 SETUP AUDIT AREA 12 INSTRUCT SORTING TEAM 12 ASSIST STUDENTS/FACULTY/STAFF IN SORTING 12 WEIGH AND DOCUMENT WEIGHTS OF MATERIALS 12 CLEAN UP AND DEBRIEFING 12 CALCULATING THE DATA 13 PREPARING A WASTE MINIMIZATION PLAN 14 GOALS/TARGETS 14 ACTION PLANS 14 TIMELINES 14 WASTE MINIMIZATION STRATEGIES 15 REDUCE 15 RECOVER 15 FOOD SHARE TOOLKIT 15 GOOD SAMARITAN ACT 15 RECYCLE 16 RECYCLING LESSON PLANS AND ACTIVITIES 16 COMPOSTING/VERMICOMPOSTING 17 COMPOSTING LESSON PLANS AND ACTIVITIES 17 SMARTER LUNCHROOM 17 RESOURCES 18 APPENDIX A – SAMPLE INTERVIEW QUESTIONS 19 APPENDIX B - IOWA SOLID WASTE AGENCIES 20 APPENDIX C - WASTE SORT DATA COLLECTION FORM 22 APPENDIX D – SAMPLE ANNOUNCEMENT SCRIPTS 23 APPENDIX E – SAMPLE POSTER CONTEST RULES 24 APPENDIX F – FOOD WASTE MINIMIZATION ACTION PLAN 25 FOOD WASTE MINIMIZATION TOOLKIT FOR IOWA SCHOOLS Photo Credit: Sheriffa Jones INTRODUCTION PILOT PARTICIPANTS School food service departments are tasked with balancing cost and student participation Center Point Urbana Intermediate—Center Point Urbana CSD while simultaneously reducing the amount of Clay Elementary—South East Polk CSD food waste. -
Extended Producer Responsibility: the Next Phase of the US Recycling Movement
Extended Producer Responsibility: The Next Phase of the US Recycling Movement A Review of the Take It Back! Pacific Rim: Forging New Alliances for Waste Reduction Conference, held February 28 – March 1, 2000 in Los Angeles, California. The conference was produced by Raymond Communications, Inc. and Huls Environmental, L.L.C. and sponsored by The City of Los Angeles, California Integrated Waste Management Board, GTE Recycling, E-tech Products, Inc., and Waste Management of Orange County. By Neil N. Seldman Institute for Local Self-Reliance (ILSR) 2425 18th Street, NW Washington, DC 20009 (202)-232-4108 Neil Seldman is the director of the Institute for Local Self-Reliance’s (ILSR’s) Waste to Wealth Program. Under a grant from the Flora Foundation in San Francisco, California, ILSR will be exploring extended producer responsibility strategies and other rules that help close the loop locally. The U.S. recycling movement once again is flexing its muscles, this time in the direction of Extended Producer Responsibility (EPR). EPR proponents see discarded products and packages are an “unfunded mandate.” While some see unfunded mandates only as federal dictates that force spending at the local level, EPR advocates see unfunded mandates as corporate dictates that force local governments and small businesses to spend $43.5 billion annually for handling the materials that manufacturers so carelessly let loose upon the land. The EPR concept originated in Europe in the last decade, but now is emerging in Central and South America and Asia as well; paralleling the global path of the product and packaging manufacturers against whom the movement is aimed. -
Guides to Pollution Prevention Municipal Pretreatment Programs EPA/625/R-93/006 October 1993
United States Office of Research and EPA/625/R-93/O06 Environmental Protection Development October 1993 Agency Washington, DC 20460 Guides to Pollution Prevention Municipal Pretreatment Programs EPA/625/R-93/006 October 1993 Guides to Pollution Prevention: Municipal Pretreatment Programs U.S. Environmental Protection Agency Office of Research and Development Center for Environmental Research Information Cincinnati, Ohio Printed on Recycled Paper Notice The information in this document has been funded wholly or in part by the U.S. Environmental Protection Agency. (EPA). This document has been reviewed in accordance with the Agency’s peer and administrative review policies and approved for publication. Mention of trade names or commercial products does not constitute endorsement or recommendation for use. ii Acknowledgments This guide is the product of the efforts of many individuals. Gratitude goes to each person involved in the preparation and review of this guide. Authors Lynn Knight and David Loughran, Eastern Research Group, Inc., Lexington, MA, and Daniel Murray, U.S. EPA, Office of Research and Development, Center for Environmental Research Information were the principal authors of this guide. Technical Contributors The following individuals provided invaluable technical assistance during the development of this guide: Cathy Allen, U.S. EPA, Region V, Chicago, IL Deborah HanIon, U.S. EPA, Office of Research and Development, Washington, DC William Fahey, Massachusetts Water Resources Authority, Boston, MA Eric Renda, Massachusetts