BEST PRACTICES GUIDE for PLASTIC-BOTTLE-FREE CITIES We Can't Solve Problems by Using the Same Kind of Thinking We Used When We Created Them
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Analysis of Chemical Leaching from Common Consumer Plastic Bottles Under High Stress Conditions
AN ABSTRACT OF THE THESIS OF Paul John Dornath for the degree of Honors Baccalaureate of Science in Chemical Engineering presented on May 29, 2010. Title: Analysis of Chemical Leaching from Common Consumer Plastic Bottles Under High Stress Conditions Abstract approved: ______________________________________________ Skip Rochefort There has been much controversy in recent years over the leaching of chemicals from plastic water bottles. In this study, two of the most common plastics used in water bottles, polyethylene terphthalate (PETE) and polycarbonate (PC) were studied. The leaching of the chemical bisphenol-A (BPA) from polycarbonate (Nalgene ™, Camelback ™) water bottles was studied to examine the validity of these claims by exposing polycarbonate bottles to various conditions and analyzing how much BPA leaches into water contained in the bottles. New polycarbonate bottles were filled with water and exposed to treatment conditions ranging from 65 to 120 ⁰C. A reverse-phase solid phase extraction process was developed to extract BPA from the water and concentrate it into an organic phase. GC/MS was used to analyze the organic extract. BPA was only found to leach in detectable amounts (< 10ppb) when the bottles were exposed to 120 ⁰C water for 2 hours. Polyethylene terephthalate bottles were also tested and were exposed to sunlight for three months during the summer. Small amounts of the plasticizer DEHP were found to leach after several months. A method for determining what chemicals would leach from BPA-Free Tritan™ copolyester was also developed but not tested due to time constraints. An analysis of internal stress due to high humidity and temperature was performed on these BPA-Free bottles. -
Changes in Packaging Impact Recycling Right in Santa Cruz
Page 4 Spring 2016 Changes in Packaging … packaging material is clamshell and (Continued from Page 1) blister packaging—those plastic shells ❝❞ that cover new toys and other products What’s New? in a kid-friendly, squeezable plastic pouch. and the clear, hinged boxes that hold deli Check out the new Plastic pouches may also hold yogurt, rice, foods and produce. Clamshell packaging, Recycle Right! videos soup, coffee beans, cat food and snack which is designed for single-use and has on the City website. foods. Pouches are made up of polyester, practically no value in the recycling market, You can find out exactly aluminum foil, polyethylene, Mylar and is therefore destined for the landfill. Most what’s recyclable in your more, plus added spouts, caps, straws “clamshells” are made out of PET (plastic curbside recycle cart and or zipping mechanisms of various other resin code #1)—a highly recyclable plastic. what’s not. The short types of plastic. This packaging is almost However, clamshells are produced from (831) 420-5160 videos are divided into impossible to clean and difficult to recycle. a process known as “thermoforming,” www.cityofsantacruz.com different materials, so if If you and your kids love squeezable snack which changes the composition of the PET, you have questions about pouches, there is a reusable “kindness making them different from PET plastic Spring 2016 metal recycling, glass pouch” available from Squooshi™. bottles, which are blow molded. This slight or plastic bags, you can Have you ever noticed a number on the difference makes clamshells undesirable watch that segment. -
Petstar PET Bottle-To-Bottle Recycling System, a Zero-Waste Circular Economy Business Model
PetStar PET bottle-to-bottle recycling system, a zero-waste circular economy business model Jaime Cámara-Creixell1 and Carlos Scheel-Mayenberger2 Abstract The lack of environmental awareness in society, especially in developing countries, combined with inefficient waste handling systems have caused mil- lions of PET bottles to end up in landfills, losing their original value. In the worst cases, the bottles mishandled by consumers enter natural systems gen- erating significant negative externalities such as the pollution of soil and wa- ter, with the possibility of reaching the oceans. In general, the plastic recycling industry in undeveloped economies is highly dependent on the participation of a broad social group known as scav- engers, whose role is very valuable for the supply chain, although it is per- formed under very difficult conditions and usually operates as part of the in- formal economy. Maintaining the sustainability of the three actors involved in the industry--the environment, society and business--requires a different business model in which all actors must participate and produce a more in- clusive added value. PetStar is a company that has designed and implemented a circular econ- omy business model for PET bottles that is trying to achieve a dream for the recycling industry: to disengage the recycled bottle from virgin resources, avoiding the conversion of the packaging to waste, and operate a perennial cycle in the use of the packaging. The PetStar sustainable business model is presented, explaining how it works and how it creates a sustainable cycle that is economically feasible and competitive, environmentally resilient and so- cially shared among one of the poorest and most informal sectors, the scav- enger and collector communities. -
SOP 408 Biosafety Level-2 (BSL-2) Rodent Husbandry
STANDARD OPERATING PROCEDURES DIVISION OF COMPARATIVE MEDICINE UNIVERSITY OF SOUTH FLORIDA SOP#: 408.14 Date Issued: 10/98 Date Revised: 5/19 Page 1 of 6 TITLE: Animal Biosafety Level-2 (ABSL-2) Rodent Husbandry SCOPE: All Authorized Personnel RESPONSIBILITY: Facility Manager and Technical Staff PURPOSE: To Outline the Proper Procedures for Safe Husbandry Practices for Rodents Housed at ABSL-2. I. PURPOSE 1. To outline the proper procedures for safely conducting husbandry of rodents housed under animal biosafety level 2 (ABSL-2) conditions. 2. Reduce the risk of exposure of research and animal care staff to biohazardous agents within the animal facility. II. RESPONSIBILITY 1. The Facility Manager is responsible for ensuring: a. That staff contributing to husbandry are adequately trained to perform the husbandry practices described. b. Implementation of the procedures described. c. Dedicated ABSL-2 rooms for infectious agents, and animal housing rooms for rDNA and PDX biocontainment at the cage level are clearly labeled with the biohazardous agent present and specific safety practices implemented. d. Appropriate personal protective equipment (PPE) is available. e. Biohazard Safety Data Sheets (SDSs) are accessible, when available. f. Safety practices have been communicated to the relevant personnel. 2. It is the responsibility of the animal care staff to: a. Read, understand, and follow the procedures described. b. Don appropriate PPE and review room signage and SDS prior to implementing the procedures described. III. PROCEDURES 1. Containment -
Preliminary Policy Recommendations Report Submitted December 21 2020
Statewide Commission on Recycling Markets and Curbside Recycling Policy Recommendations Due Jan. 1, 2021, Submitted Dec. 21, 2020 0 Table of Contents Executive Summary ................................................................................................... 3 Origins ........................................................................................................................ 5 Forward ....................................................................................................................... 6 First, Let’s Stop the Fires! ............................................................................................ 9 Second, Keep it Clean and Green ............................................................................. 11 Getting There from Here: Not less than 75% of Solid Waste Generated be Source Reduced, Recycled, or Composted ........................................................................... 13 Other Proposals ....................................................................................................... 16 Market Development Recommendations ................................................................... 18 Waste Prevention ....................................................................................................... 20 Food Waste Prevention .......................................................................................... 20 Food Rescue .......................................................................................................... 21 On-Site and Community -
King County Ecoconsumer: "Transparent Answers on Recycling Glass," from the Seattle Times
Winner of Eight Pulitzer Prizes Originally published Friday, May 6, 2011 at 5:25 PM EcoConsumer Transparent answers on recycling glass The ins and outs of glass recycling aren't always so clear. Glass bottles get broken when they're recycled, but you don't want to break... By Tom Watson Special to The Seattle Times The ins and outs of glass recycling aren't always so clear. Top comments Hide / Show comments Glass bottles get broken when they're recycled, but you don't want to break them too soon. Other types of glass should not be Read all 2 comments > Post a comment > recycled with glass bottles. Refilling returnable glass bottles makes sense environmentally, but beverage companies rarely do it anymore. Glass recycling is a local success story nonetheless, even as it illustrates the complexities of modern recycling. Q: I've heard that broken pieces from a glass bottle or jar should not go in the recycling bin, but why is that? A: Broken glass in your bin could pose a safety hazard to recycling workers. If you break a bottle, those shards should be carefully bagged and put in the garbage. Q: So what exactly happens to my bottles when I recycle them? A: Many glass bottles collected regionally become wine bottles at a bottle-making facility in South Seattle. Opened in 1931, this plant is now called Verallia and is owned by the French company Saint-Gobain. The first stop for those old bottles, however, is usually the 2-year-old eCullet processing plant next door to Verallia. -
DID YOU KNOW? PET (Polyethylene Terephthalate) Is Actually Polyester. When PET Is Used for Bottles, Containers and Other
355 Lexington Ave., Suite 1500 ▪ New York, NY 10017 ▪ www.PETresin.org DID YOU KNOW? Little-Known Facts about PET Plastic . PET (polyethylene terephthalate) is actually polyester. When PET is used for bottles, containers and other applications, it is called PET or PET resin. When PET is used as a fiber, it is typically called polyester. The PET bottle was invented by Nathaniel C. Wyeth, a DuPont engineer and brother of American painter Andrew Wyeth. The patent was issued to Wyeth in 1973 and assigned to DuPont. According to the EPA, recycling one pound of PET bottles (that’s about 10 two-liter soda bottles) saves approximately 26,000 BTUs of energy. PET bottles and the sun are helping millions of people in developing countries obtain potable water. Using a system called SODIS (solar water disinfection), inhabitants set water-filled PET bottles in the sun for several hours or days – depending on how much sunlight is available – as a simple but effective means of destroying disease-causing bacteria and gaining safe drinking water. More than 1.5 billion pounds of used PET bottles and containers are collected in the U.S. each year for recycling. PET is the most recycled plastic in the U.S. and the world. A single-serve PET bottle (0.5 liter) is strong enough to hold 50 times its weight in water. Chemists keep finding new ways to make PET lighter without losing any strength. A 2-liter PET bottle that weighed 68 grams in 1980 now weighs as little as 42 grams. The average weight of single-serve 0.5 liter PET water bottle is now 9.9 grams, nearly half of what it weighed in 2000. -
The Path to PET Bottle Recycling Made Easier with the Avery Dennison Cleanflake™ Portfolio. Label Material Advances Allow Brand Owners to Improve Recyclability
The Path to PET Bottle Recycling Made Easier with the Avery Dennison CleanFlake™ Portfolio. Label material advances allow brand owners to improve recyclability Advances by Avery Dennison have leveled the playing field for PET recyclability and shelf-impact. Traditionally there has been a trade-off between the two; however, the Avery Dennison CleanFlake™ Portfolio is designed specifically for the PET (polyethylene terephthalate) recycling stream. PET is a popular plastic package for food and non-food products because of its strength, thermo-stability and transparency. Bottle-to-bottle recycling reduces landfills, enables up-cycling into food-grade rPET and capitalizes on the renewable energy in a PET bottle. Brand owners, packaging designers, raw material suppliers, converters, retailers, consumers and waste management companies collectively impact sustainability. While the overall goal is to make it easier to recover more materials, brand owners look beyond package design. They recognize sustainability can offer a significant point of differentiation as retailers’ demands and consumer awareness about the environment and natural resources carry increasing influence towards the brands that are put on store shelves and in shopping bags. “NAPCOR applauds Avery Dennison and its customers for addressing a critical impediment to the efficient recycling of PET containers,” said Mike Schedler, National Association for PET Container Resources (NAPCOR) Director of Technology. “The popularity of pressure-sensitive labels makes it imperative that they be successfully removed as part of the standard PET reclamation process to increase their recyclability. We hope other label manufacturers and brand owners follow Avery Dennison’s lead.” Promoting Sustainability, Creating Shelf Appeal and Capturing Share Whether it’s a private label or a national brand, consumers will only behind its latest pressure-sensitive label constructions, which are spend about 2.5 seconds at the shelf deciding what product to designed to improve recycling efficiencies and the overall quality of buy. -
Plastic Bottles Today Innovating to Reach Today’S Consumer
PLASTICS MARKET WATCH PLASTIC BOTTLES TODAY INNOVATING TO REACH TODAY’S CONSUMER BETTER INDUSTRY. BETTER WORLD. February 2017 The Plastics Industry Association (PLASTICS) sends special thanks to the Brand Owners, Processors and Equipment Councils, and Rigid Plastics Packaging Group (RPPG) for their guidance and input on this Bottling Plastics Market Watch Report. Materials were compiled, written and edited by William (Bill) Mashek, with editorial assistance from Kim Holmes, George Southworth, Kendra Martin and Ashley Stoney at PLASTICS. Copyright Plastics Industry Association. 02 Plastics Market Watch—Watching: Bottling Plastics Market Watch Plastic Bottles Today Innovating to Reach Today’s Consumer A series examining the business of plastics, including demographics, economics, policy developments and technological trends in specific plastics end markets. Contents 05 Forward 08 Introduction: Plastic Bottles Today— Innovating to Reach Today’s Consumer 11 Role of Plastics in Bottling 16 Growth of Plastics Bottling 20 Innovation 25 Plastic Bottle Economics 29 Bottling Equipment & Machinery 31 Recycling Progress 37 Conclusion 42 Plastic Bottle Glossary 49 Sources 52 Plastics Market Watch Snapshot Plastics Market Watch—Watching: Bottling 03 04 Plastics Market Watch—Watching: Bottling Forward The Plastics Industry Association’s (PLASTICS’) Plastics Market Watch reports provide forward-looking data and insights on key plastics industry end markets. The series examines the business of plastics, including demographics, economics, policy developments and technological improvements for markets including automotive and transportation, healthcare and medical devices, packaging, building and construction, automotive recycling, bioplastics and consumer electronics. Given the role that plastics play in today’s modern society, Plastics Market Watch reports offer a holistic picture of our technology—from beginning-of-life resins and polymers to end-of-life management and recycling efforts. -
2018 Sustainable Packaging Study
2018 Sustainable Packaging Study Comprehensive results of the 2018 Sustainable Packaging Study conducted by Packaging Digest in partnership with the Sustainable Packaging Coalition. 1 CONTENTS 3 Introduction 4 Key Insights 6 Part 1: Plastic Packaging Attitudes & Challenges 6 Current Climate 13 Bio-based Plastics 16 Recycling 21 Bans / Regulations 26 Part 2: Actions Companies Are Taking 31 Part 3: SPC Member Differences 37 Part 4: Recommendations 38 Part 5: Methodology & Demographics 41 Part 6: List of Charts Co-author Adam Gendell is Associate Director of the Sustainable Packaging Coalition, where he has worked since 2010. His work focuses on helping SPC members and the broader packaging community identify and understand sustainability considerations and opportunities in packaging. 434-202-4790; [email protected] Co-author Lisa McTigue Pierce is Executive Editor of Packaging Digest. Since 1982, Pierce has been a journalist covering packaging news, emerging trends and technological innovations for consumer packaged goods and healthcare products. 630-481-1422; [email protected] 2 INTRODUCTION Packaging Digest has been partnering with the Sustainable Packaging Coalition since 2007 on this benchmarking study into sustainability and packaging. Each year, we ask questions about various aspects of general packaging sustainability. Some questions are the same every year to give us a historical picture of where the industry is—and where it is shifting. But each year we also add new questions around the hot topics du jour. This year, we focused on plastic packaging sustainability because it has captured so much attention around the world from consumers, organizations and governments today. In this detailed report, we’ll first provide some context by talking about the current climate of plastic packaging. -
Sustainability at Work Bottled Vs. Tap Water
Sustainability at Work Providing free tools and expertise to achieve your goals Phone: 503-823-7037 Email: [email protected] Bottled vs. Tap Water When it comes to water, the best environmental choice is to avoid single-serve bottles all together and drink water from the tap [1]. Quick links: Reduce, reuse, recycle: water edition. What can your workplace do to support tap water? What about delivery service water? Why? Disposable bottled water uses more resources than tap water and costs more money. And, in Portland, we have great tap water! So good in fact, that it’s won “Best Tasting Water” contests [2]! Curious about where our tap water comes from, how it’s processed and how much Portlanders use? Find answers and learn more about Portland’s water system (http://www.portlandoregon.gov//water/48904). Don't like the taste of your office's tap water? Could be older pipes or other causes. Get a free test kit (http://www.portlandoregon.gov/#WaterQuality), or consider installing a filter (http://www.portlandoregon.gov/#WaterFilter) on your tap. Did you know? Some of Portland's water pipes generate electricity (http://www.opb.org/news/article/portland-now-generating-hydropower-in-its-water-pipes/)! Reduce, reuse, recycle: water edition 1. Reduce your environmental impact by drinking from the tap instead of disposable plastic bottles. Buying a reusable water bottle prevents the need to continue purchasing bottled water. You can even get your bottle from a local company (http://www.portlandmonthlymag.com/health-and-fitness/the-balance/articles/3-local-bottle-companies-beg-you-to-ditch-the-plastic-may-2015). -
Vicki Williams Ozarka Eco-Shape Water Bottle General Description
Vicki Williams Ozarka Eco-Shape Water Bottle General Description Bottled water is purified or natural spring water, most often sold in plastic bottles, made for human consumption. One bottled water brand, Ozarka, has debuted a new, more environmentally friendly bottle. According to the label, the shape, along with other new design elements, mean it uses 40% less plastic than the previously used bottle. It holds a half liter of natural spring water. Description of Parts As Figure 1 shows, the Ozarka Eco-Shape bottle is comprised of three parts: the lid, label, and body. Figure 1: Ozarka Eco-Shape Water Bottle Image Source: Global Package Gallery. Retrieved: April 26, 2010. http://www.globalpackagegallery.com Lid The lid on a bottle of water keeps foreign particles from entering the water. It also enables the water to be transported. Without the lid, a bottle of water would have no portability. It screws on and off easily. The lid on the new Eco-Shape bottle measures about 4/16” in width and 1” in diameter. This lid is much smaller than any other brand of bottled water. Label Generally, labels on bottled water offer the same information: amount of water held in the bottle, brand, and contact information, and company logo. This paper label is colorful and informative. It has a picture of a spring and a red banner that reads “Ozarka.” It informs that the company was established in 1905, produces natural spring water, establishes origin information, and describes in detail the eco-friendly aspects of the new bottle. The label is 2 ¾” in diameter and 1 5/16” in width.