Sooooo guess what?!? It turns out that my “Truth about Plastics Packaging” report isn’t due into the publishers to be distributed with Packaging World’s August New Issue Alert until August 8th! HURRA! I am about half-way done outlining Freinkel’s
Plastic: A Toxic Love Story and plan to have the final draft ready for you, my packaging and sustainability friends, by the first week of August. Stay tuned!
On another note, I found BABY MICE in the composter! Uh oh. While they are very cute (see the picture below), I don’t believe they are ideal for composting.
The process of composting Dordan’s food and yard waste has been a learning process, insofar as it is a bit of a formula between wet (food) and dry (yard) waste. So far we have had a disproportionate amount of dry to wet waste, which has resulted in the compost pile being a bit stagnant. Oh well, live and learn! We will continue to work on getting the “perfect” mix in the composter to produce quality compost for our organic Victory Garden, which is coming along swimmingly! Last week we harvested basil and several types of lettuce. The peppers and tomatoes are getting bigger and bigger each day! Look out for new pictures in a latter post!
And, our online booth for Pack Expo is now LIVE! Check it out
here!
And, sort of random, but Dordan released a press release introducing our redesigned corporate website, though I don’t think it was interesting enough to be picked up by any industry publications, wa wa. Check it out below!
FOR IMMEDIATE RELEASE
Media Contact:
Rob McClurg
TurnKey Digital, LTD.
815.334.9300
rmcclurg@turnkeydigital.com
Woodstock—July 6th 2011—Dordan Manufacturing Company Inc., third-generation family owned and operated custom thermoformer, unveiled a redesigned corporate website July 1st, 2011 at 5:30 PM CST. The new website, designed by Dordan’s internal Marketing Department and media house TurnKey Digital of Woodstock, IL, aesthetically aligns itself with Dordan’s newly-focused brand identity; such identity took root with Dordan’s integrated marketing campaign introduced in 2010 via Summit Media Company. While enjoying the reputation that comes with almost 50 years experience in the industry, Dordan CEO Daniel Slavin wanted to increase its brand recognition through the development and execution of a marketing campaign that worked on several media platforms—the last of which the redesign of the corporate website, www.Dordan.com.
Previously dominated with highly saturated hues and minimal content, the new website is light, modern, and easy-to-use. High-quality photographs with a click-and-zoom feature accompany each product page, allowing for ease of product recognition. A package design rendering video is included on the package design service page, illustrating one of the many design renderings Dordan offers its clients in the package development process. Also included is company-specific information, like how tools are machined, how many thermoforming lines are available, and what materials Dordan has experience thermoforming. In short, the new website is content-rich and aesthetically pleasing, aiding Dordan in communicating its corporate goals of transparency, sustainability, and package design and plastic thermoforming excellence.
New to the site is Dordan’s Morphing Sustainability Logo, which represents the corporation’s integrated approach to sustainability that draws on the social, economic, and environmental aspects thereof. The “Mega-Logo,” available on the Dordan Sustainability Initiatives page, represents this three-tiered approach to sustainability with its three green leaves denoting each aspect of sustainability. The Economic Sustainability page contains the first rendition of the morphing logo, displaying a tomato plant “growing” out of the branded “D” for “Dordan,” symbolic of the company’s Organic Victory Garden and relationship to the local economy. The Social Sustainability page contains the next rendition of the morphing logo, represented by a school growing out of the “D;” this is intended to convey the company’s involvement with the Woodstock School District. The Environmental Sustainability page includes the last rendition of the morphing logo, this time with flowers growing out of the “D” representative of Dordan’s goal of zero-waste. The Sustainability Morphing Logo is viewable in its entirety on the Dordan.com homepage and Harvard-based artist Gabriel Karagianis designed it.
Dordan CEO Slavin explains, “While we have always considered ourselves one of the premiere custom plastic thermoforming companies in the industry, we wanted our branded identity to convey that. Consequently, we invested in a 6-month process redesigning and re-writing the corporate website, in hopes that the new look would resonate with those looking for a full-service design and plastic packaging manufacturing company. We are thrilled with the result and are happy to share the new feel with our friends and colleagues, clients and industry.”
About Dordan Manufacturing Co. Inc.
Incorporated in 1962, Dordan is a Midwestern based, National supplier of custom designed thermoformed packaging solutions like clamshells, blisters, trays and components for a variety of industries. Dordan will be exhibiting at Pack Expo in Las Vegas September 26th-28th, booth #6007.
AND, last but not least, but some exciting developments in recycling PET thermoforms hit the press last week! Check out the
PlasticsNews article below!
NAPCOR and SPI team up to help recycle thermoformed PET By Mike Verespej | PLASTICS NEWS STAFF
WASHINGTON (July 18, 5:15 p.m. ET) -- In an initiative that officials hope will propel the collection and recycling of thermoformed PET packaging, trade groups representing plastics and recycling companies are collaborating on a model program to demonstrate the economic feasibility of capturing that material.
The program represents the first major recycling initiative by the industry’s largest plastics association, the Society of the Plastics Industry Inc.
“Thermoformed packaging is the fastest-growing packaging segment in the U.S. and Canada,” said Dennis Sabourin, executive director of the Sonoma, Calif.,-based National Association for PET Container Resources, which is partnering with SPI. “This represents a tremendous opportunity to build the supply of recycled plastic materials,” as the amount of thermoformed packaging in the U.S. and Canada is expected to be 3 billion pounds by 2014 — or half the size of today’s PET bottle market.
In addition, the largest Canadian grocers last month told their suppliers to switch to PET clamshells for most food packaging by Jan 1, 2012.
I leave you with a legend on how modern plastics were born, as per Freinkel’s
Plastic: A Toxic Love Story…
Legend has it that one day John D. Rockefeller was looking out over one of his oil refineries and suddenly noticed flames flaring from some smokestacks. “What’s burning?” he asked, and someone explained that the company was burning off ethylene gas, a byproduct of the refining process. “I don’t believe in wasting anything!” Rockefeller supposedly snapped. “Figure out something to do with it!” That something became polyethylene (59).
HA! LOVE IT.
AND LOOK-- my mom caught a picture of a female Cardinal feeding a motherless baby Robin bird! So much for survival of the fittest (though my mother informed me that the baby Robin was washed away in Friday's thunder storm...that's kind of a bummer).
Sooooo I am about to go retreat to the deep, dark depths of my condo for a week so I can write Dordan’s next white paper, “The Truth about Plastic Packaging,” which is based on Susan Freinkel’s Plastic: A Toxic Love Story. The book is awesome and Susan is a really great writer. I have learned so much about plastic and I hope to present a concise, easy-to-read summary of sorts of her extensive work, which focuses on all the hot button issues surrounding plastic packaging like PVC, BPA, plastics in the ocean, etc. I apologize for my absence the next week, but it’s CRUNCH TIME.
I hope everyone had a lovely 4th of July weekend! Go America!!!
Sooo I have some exciting news!
First, my rebuttal to the NYT’s anti-clamshell article was featured in Greener Package’s newsletter last week as a news HEADLINE!!! Check it out here with the new comments! I especially like the BOOOYYYAAAA one, ha!
And last but not least, our press release discussing our Bio Resin Show N Tell for Pack Expo west is featured on the Supplier News section of Greener Package! Check it out here!
Alright, I apologize for today’s post of self-proclamation; still catching up from this weekend’s festivities! BUT I just booked my Dallas trip for the Sustainable Packaging Coalition’s fall meeting! I hope to see some of you there!
To come: Making a Sea Change summary (Ocean Conservancy re: ocean debris), summary of Dr. Narayan’s science of bio-based/biodegradable resins PPT; and, much much more!
I am writing you from the halted Metra—crazy weather in the Northwest suburbs of Chicago has rendered all Union Pacific rail travel stopped!
Today I am going to summarize the findings presented in the cumulative study on ocean debris as per the Ocean Conservancy’s “Talking Trash: 25 Years of Action for the Ocean.”
First, some background on the report:
Over the last 25 years, volunteers from around the world have participated in versions of “International Coastal Cleanup (hereafter, ICC),” which is a grass-roots mobilization that cleans coastal beaches and inland waterways of debris and trash and characterizes said trash in publically available data-entry cards. The Ocean Conservancy explains,
“Over the past 25 years, Ocean Conservancy’s International Coastal Cleanup has become the world’s largest volunteer effort for ocean health. Nearly nine million volunteers from 152 countries and locations have cleaned 145 million pounds of trash from the shores of lakes, streams, rivers, and the ocean on just one day each year. They have recorded every item found, giving us a clean picture of he manufactured items impacting the health of humans, wildlife, and economies. “
These data management cards characterize the debris by trash type (material like plastic or object like fishing net), frequency, geography, etc. allowing organizations like the Ocean Conservancy and its partners to gain better insight into the true extent of ocean debris; this insight has facilitated the development of industry initiatives and policy aimed at reducing the amount of garbage in the ocean.
In total, volunteers have recorded 166,144,420 items since the first Coastal Cleanup campaign 25 years ago via the standardized data card. 43 items commonly found are tallied, as are “weird finds” like suitcases and toilets; the data are published annually in the Ocean Trash Index. To assess the long-term trends in the Cleanup the Ocean Conservancy engaged Applied Marine Science Inc. to evaluate the 25-yearl data set using sophisticated statistical methods.
Called “an invaluable snapshot of ocean trash” (Vikki Sprull, President and CEO of Ocean Conservancy), these efforts pioneered by the global grassroots community and crystallized by statistical analysis have revealed the following about the state of ocean debris:
Top ten items over 25 years (these item categories comprises 80% of ocean debris collected):
1. Cigarettes/filters—32% of recorded debris (52,907,756 item count) 2. Food wrappers/containers—9% of recorded debris (14,766,533 item count) 3. Caps/lids—8% 4. Cups/plates/forks/knives/spoons—6% 5. Beverage bottles (plastic)—6% 6. Bags (plastic)—5% 7. Beverage bottles (glass)—4% 8. Beverage cans—4% 9. Straws/stirrers—4% 10. Rope—2%
The debris is also characterized by generation per source i.e. item count per human activity. The main sources of generation include:
The 25-year top ten participating countries include:
1. US (3,618,462 volunteers) *California residents comprise almost one-third of all US volunteers) 2. Philippines (2,907,608 volunteers) 3. Canada (251, 141 volunteers) 4. Japan (227,762 volunteers) 5. Venezuela (187,027 volunteers) 6. Brazil (134,701) 7. South Africa (106,253) 8. India (104, 443) 9. Puerto Rico (86,915) 10. Panama (85,600)
The 25-year top ten participating states:
1. California (1,076,344 volunteers) 2. Florida (563,380) 3. North Carolina (341, 937) 4. Texas (256,824) 5. New York (181,791) 6. South Carolina (106,987) 7. Georgia (101,827) 8. Hawaii (92,755) 9. Oregon (84,695) 10. Louisiana (75,490)
Weird finds:
• Firework debris at the Pittsburgh Three Rivers Stadium left over from fireworks at baseball and football games • As result of hurricane in Louisiana, Cleanup volunteers tallied whole cars, refrigerators still full, dining room tables with silverware, and “just about anything you could think of” (Vincent Attard, MALTA coordinator) • A whole toilet 100 meters from the coast on the sea bed • A dummy “rescued” from Chicago’s south side • Canadian Cleanup volunteers have found everything needed for a wedding, “including a wedding dress, engagement ring, tuxedo, jacket, bow tie, wedding invitations, bride and groom cake topper, and veil” (Jill Dwyer, Canada Coordinator) • Political flags, flyers and stickers promoting political parties (Alberto Marti, Puerto Rico coordinator)
Industry initiatives resulting from data collected via International Coastal Cleanup:
• Vacuum manufacturer Electrolux produces “Vacs from the Sea,” cleaners made of plastic debris collected around the globe; the goal is to raise awareness about the scarcity of high-quality recycled plastics and plastics pollution. • In 1990 Cleanup data analysts found that many volunteers in the Gulf of Mexico reported finding blue plastic bags of Morton’s “Ship ‘n Shore” salt, used by commercial shrimpers to keep their catch fresh. Upon learning of the improper disposal of their product packaging, Morton encouraged people to take advantage of the option to purchase salt in paper bags that degrade quickly; and, Morton included “Don’t be a Litter Boat” and “Stow it, don’t throw it,” on their product packaging. • When Cleanup volunteers find entangled wildlife, fishing line is the number-one culprit. Municipal recycling plants are not equipped to handle fishing line. Berkley—a leading supplier of fishing tackle—allows its customers to collect used line and send to facility in bulk; sine 1990, the Berkley Conservation Institute has recycled more than 9 million miles worth of fishing line. • When Cleanup volunteers reported encountering marine animals entangled in six-pack holders, leading manufacturer ITW Hi-Cone decided to make a safer product, which consisted of switching to a photodegradable plastic in 1988 (I don’t know the success of this material substitution).
Policy/legislation enacted as result of data collected via International Coastal Cleanup:
• In 1987 Ocean Conservancy published one of the first studies to identify plastics as a significant threat to the ocean, “Plastics in the Ocean: More than a Litter Problem.” Data referenced in the report helped illuminate the problem for the US Congress, which resulted in enforced restrictions against dumping trash items at sea by adopting Annex V of the International Convention for the Prevention of Pollution from Ships, known as MARPOL 73/78 Annex V. • Municipal governments in Nicaragua have increased the number of garbage receptacles on the beaches and collect them with more frequency. • Cleanup data informed passage of the 2006 Marine Debris Research, Reduction, and Prevention Act, as well as California’s state marine debris action plan. • Volunteers in Muskegon, Michigan, led a successful campaign (using Cleanup data) to ban smoking on beaches county-wide; in late 2008 the Chicago Park District enacted a change to its beach-use policy that prohibited smoking and discarding of smoking items on all of Chicago’s beaches. • Laws prohibiting mass balloon releases (1991 Virginia General Assembly passed a law prohibiting mass balloon releases and other states followed). • Laws encouraging re-usable bags (Washington, DC “Skip the Bag, Save the River” campaign, which educated residents about the new five-cent bag fee on single use shopping bags; a 2008 law in China made it illegal for stores to give away plastic bags; California enacted a 10-cent fee on disposable bags in Los Angeles county; Ireland’s 2002 shopping bag levy reduced bag use by 90%; On January 1st 2011, Italy became the first country to ban plastic single-use shopping bags nationwide).
Check out this PlasticsNews article! Good stuff!!!
Canadian grocery chains to require clamshell suppliers to shift to PET By Rhoda Miel | PLASTICS NEWS STAFF Posted June 23, 2011
TORONTO (June 23, 3:35 p.m. ET) -- Canada’s top five grocery chains will require its suppliers to shift to PET for clamshell thermoformed packaging in a move designed to simplify the product stream and increase recycling.
Wal-Mart Canada Corp. officials are also talking to suppliers across national boundaries for the initiative, and expect it will expand as part of the increased emphasis on sustainability for the world’s biggest retailer.
“Right now, there are 5.8 billion pounds of [thermoformed] packaging going into landfills in North America each year. Our goal is to facilitate the recycling of that material,” said Guy McGuffin, vice president of sustainable packaging for Wal-Mart Canada of Mississauga, Ontario, during the Wal-Mart Sustainable Packaging Conference June 22 as part of PackEx Toronto.
“The idea is to move away from materials that are not easily recycled and into materials that are more easily recycled. If we work together, we believe we can recover that 5.8 billion pounds, which would be a fantastic result.”
PET is already widely recycled, with a recycling stream already in place for bottles. Pushing for PET and eliminating, as much as possible, “look-alike” plastics which complicate recovery — and discourage both municipal recycling collections and recyclers from taking clamshell containers — the retailers believe they will open the floodgates for more thermoformed PET collection and reuse.
Other materials may have their use, but the retailers believe PET can provide an adequate substitute. In those cases when PET is not viable, it will encourage polystyrene. Polylactic acid containers have their own “green” credentials, officials said, but using it in thermoforming just complicates an already overly-complex set of obstacles to recycling, so Wal-Mart and other stores preferred PET as the industry standard.
In addition, retailers are working with the Adhesive and Sealant Council and the Association of Postconsumer Plastics Recyclers on a set of guidelines for labeling adhesives that will eliminate contamination from glues and labels.
The Retail Council of Canadian Grocers will require all labels to meet APR-certified adhesives by Jan. 1, said Christian Shelepuk, waste reduction program manager for Wal-Mart Canada.
Canada’s biggest grocery store chain, Loblaws Inc. of Brampton, Ontario, first contacted the National Association for PET Container Resources in Sonoma, Calif., in summer 2010, wanting to eliminate unrecyclable packaging, said Mike Schedler, technical director for NAPCOR.
When it was told that its 1,400 stores still would not create enough critical mass to bring PET clamshell recycling into the mainstream, it began working with other Canadian firms — Wal-Mart, Safeway Canada, Metro and Sobeys — in a cooperative effort to bring about the change.
The companies have coordinated the project through the Retail Council of Canada’s grocery group, working with recyclers and recycled PET users to identify and solve issues that would derail its efforts.
Ontario’s extended producer responsibility regulations, which give companies more responsibility for their waste, is helping prod the move, Schedler said.
“There are a lot more market drivers in Canada than in the U.S. that are very visible and pushing this forward,” he said. “The amount of dollars they would have to pay for their unrecycled material would not be insignificant.”
Early on, the group came together around a bale of used thermoformed PET containers and got a quick lesson on one of the primary problems, said Leon Hall, manager of sustainable packaging for Wal-Mart Canada.
When they cut apart the bindings holding the containers together, the bale held its shape. Glue used on the labels was strong enough to hold the compacted plastics together — and contaminate the entire bale, Hall said. Even if separated, the glue would gum up machinery, and current washing methods used to separate labels from bottles in PET bottle recycling did not work with the adhesives used in thermoforming.
In November, the retailers began working with the Adhesive and Sealant Council to tackle the glue problem. The groups decided the best solution would be to adapt to sealants that already work on PET bottles, said Matt Croson, president and CEO of the Bethesda, Md.-based ASC.
Adhesive makers must register their products with the APR by July 15. APR will then test and certify those adhesives as working with existing cleaning systems already in place for PET bottles. By Jan. 1, the retailer’s group will require its suppliers to use thermoform packaging that meets APR guidelines.
“This one’s not complicated,” Hall said. “Choose materials that can be recycled and while you’re at it, fix the adhesive, because that [label] doesn’t need to stay on there forever.”
It is not just the adhesives getting extra attention, however. During testing, Wal-Mart discovered that the Chilean-based supplier of blueberries was using a fluorescent blue additive in its PET packaging to make the berries look better, he said. That produced a recycled flake that did not meet standards. Wal-Mart is now working on global specifications for those and other additives which contaminate the stream.
With those changes, recyclers should be able to loop thermoformed PET into its existing bottle feedstock.
“We have the capability to manage thermoforms if they’re mixed in with the bottle flow,” said Ryan L’Abb?, vice president and general manager of private label water bottler Ice River Springs Water Company Inc.’s PET recycling unit, Blue Mountain Plastics Division.
Ice River, based in Feversham, Ontario, opened its own PET recycling plant in Shelbourne, Ontario. It collects PET from municipal recycling programs in Ontario, Michigan and New York and sorts, cleans and grinds to flake. It then uses the flake in its in-house PET extrusion, pre-forms and blow molding.
“We need more recycled content,” L’Abb? said. “We want to put (PET) into a product that’s recycled again and again and again. We can really consume a lot of the thermoforms that are in the market currently, and that’s a big benefit.”
The project will also benefit more than bottlers or retailers. Shelepuk said Wal-Mart estimates the recycled content of mixed plastics now in thermoformed packaging is worth $120 a ton, but that should climb to $600 per ton as part of the PET stream. That kind of money at high volume will pay for the recycling process, he said.
In addition, the companies estimate that PET packaging recycling across North American could create more than 20,000 jobs.
“As an industry,” Hall said, “we can make this happen.”
Plastics News staff reporter Mike Verespej contributed to this report.
Did you see
this terribly sad article detailing the mass extinction of our oceans?!?! Goodness gracious sometimes being required to read all things about the environment is such a bummer! I will discuss the truth of marine debris in tomorrow’s post, because as per this article, it is a rather timely topic! Here is a picture of me petting a dog shark at the zoo, which speaks to my utter LOVE of our fine finned fellas!
AND, I have updates on PET thermoform recycling as per a colleague who attended Walmart Canada’s SVN meeting today. EXCITING!
In early June I was contacted by the editor of
Plastics Business Magazine, which is a quarterly publication for plastics processors supported by the Manufacturers Association of Plastics Processors. She found me through Twitter, compliments of the Packaging Diva, who is a super successful independent packaging professional with like thousands of Twitter followers—that’s right, thousands. Anyway, the editor was looking for a packaging converter with a bit of sustainability know-how to write an article on sustainable packaging choices, specifically geared towards plastics molders, and asked me as per the Diva’s suggestion! Thanks ladies!
The editor explained that the magazine is targeted to upper-level executives/management operations staff, providing industry trends, strategies, etc. Because a lot of blow molders are involved in some type of post-mold packaging for their customers, she thought it was important to address sustainable packaging options, as this is obviously a trend with some staying power.
AND she gave me 1,500 words, which is by far the most space I have gotten in a print publication EVER, yippee!
Check out my first draft below. It is a bit academic, but I didn’t know how else to handle such a complicated topic as sustainable packaging in causal discourse.
It Aint Easy Being Green
Chandler Slavin, Sustainability Coordinator, Dordan Manufacturing Co. Inc.
“Sustainability” is a concept commonly defined as development that “meets the needs of the present without compromising the ability of future generations to meet their own needs.” Since the early nineties, “sustainability” as concept has been integrated into how we understand different process of production and consumption, products and services.
As the Sustainability Coordinator of a medium-sized family owned and operated plastic thermoforming company, I believe my employment speaks to the extent to which “sustainability” has percolated industry. By taking an informed, systems-based approach to sustainability, I believe plastic processors can develop truly sustainable packaging options for their customers. What follows is a discussion of some of the tools, materials and resources available to those that wish to embark on the journey towards sustainable packaging. It is important to understand, however, that there is no “silver bullet” when discussing sustainability; compromise is required whenever assessing how certain materials or processes will inform the overall environmental and economic performance of a given product or service.
Life cycle analysis is a popular approach to understanding the environmental requirements of different products and services. By considering the entire life cycle of product—from material extraction to production, distribution, and end of life—one can begin to understand its sustainability profile. This type of assessment provides quantified, scientific data, which can be used to facilitate sustainability improvements across the supply chain. Discussion of the Sustainable Packaging Coalition’s life-cycle based, comparative packaging assessment software COMPASS will make clear the importance of LCA and how such intelligence can aid in sustainability improvements in packaging systems.
COMPASS s a design-phase web application that provides comparative environmental profiles of packaging alternatives based on life cycle assessment metrics and design attributes. Created by the Sustainable Packaging Coalition (hereafter, SPC)—an industry-working group dedicated to a more environmentally robust vision for packaging—this tool provides the environmental data needed to make informed packaging design decisions early in the developmental process. COMPASS assess packages on resource consumption (fossil fuel, water, biotic resource, and mineral), emissions (greenhouse gas, human impacts, aquatic toxicity, and eutrophication), and attributes such as material health, recycled or virgin content, sourcing, and solid waste.
Dordan began its subscription to COMPASS in 2010 in response to inquiries from clients into the sustainability of one material vs. another, one design vs. another, etc. Because COMPASS contains life cycle impact assessment data (LCIA) from raw material sourcing/extraction, packaging material manufacture, conversion, distribution and end of life, it details the life cycle impacts of different packaging systems in a comparative format; this allows the practitioner to understand the environmental performance of package A vs. package B, which allows for informed design decisions that results in quantified marketing claims.
To utilize COMPASS, one needs the following information: The weight of the various packaging material constituents of the primary and secondary packaging for the existing and proposed packaging; the conversion process i.e. calendaring with paper cutting vs. thermoforming; and, the data set i.e. US vs. EU vs. CA (end of life data is geographically specific). COMPASS data output consists of colored bar graphs corresponding to the existing and proposed designs, indicating the emissions generated and resources consumed as listed above.
COMPASS was created by stakeholders in industry, academia, NGOs and environmental organizations and funded in part by the US EPA. The LCIA data is taken from the two public life cycle databases available, the US Life Cycle Inventory Database and Ecoinvent, a Swiss life cycle database. This tool should be incorporated into the package development process in order to facilitate more sustainable designs that allows for informed environmental marketing claims. Examples of claims Dordan has made as result of COMPASS utilization includes: “25% reduction in GHG equivalents emitted throughout life cycle when compared with previous package” or, “40% reduction in biotic, mineral, and water resources consumed when compared with previous package.”
In addition to investing in a life cycle based, systems approach to packaging sustainability as manifest through subscription to COMPASS, it is important to invest in industry-specific sustainability R&D. Because each industry is unique in its demands and applications, it is difficult to speculate on what type of sustainability service will resonate best with each demographic. As thin-gauge thermoformers, Dordan found that “bio-plastics” were something in need of investigation because of their feedstock/end of life sustainability implications. By being proactive and sampling each available bio-based/biodegradable/compostable resin as it came to market, Dordan was able to provide its clients with a variety of options that may aid in the attainment of their sustainable packaging goals. Resins sampled include: PLA, PLA & Starch, Cellulous Acetate, PHA, TerraPET, Aeris InCycle. A comparative spec sheet detailing each resins’ physical properties, environmental profiles and cost as understood through density and yield was provided alongside the thermoformed samples, allowing for a holistic representation of this new class of resins.
Don’t let your efforts stop with industry-specific sustainability R&D, however: sustainability is a complicated concept and one that requires full time investigation and participation. In order for plastics processors to capitalize on packaging sustainability in the context of environmental and economic savings, it is helpful to divert resources to sustainability education. Dordan began its sustainability education by joining the SPC, which offered a variety of research crucial to discussions of sustainability. Research available includes: Environmental Technical Briefs of Common Packaging Materials, Sustainable Packaging Indictors and Metrics, Design Guidelines for Sustainable Packaging, Guide to Packaging Material Flows and Terminology, Compostable Packaging Survey, etc.
In joining an industry alliance dedicated to developing more sustainable packaging systems, Dordan was introduced to all the issues that concerned not only the thermoforming but also larger packaging industry; in doing so, it illuminated the obstacles faced and the opportunities available. A discussion of how Dordan developed a clamshell recycling initiative based on insights generated from SPC participation will make clear what is encouraged with sustainability education.
At Dordan’s first SPC meeting it became clear that very few types of consumer product packaging is recycled as per the FTC Green Guides’ definition. Upon this discovery, Dordan aggressively began investigating why thermoformed packaging, like the clamshells and blisters it manufacturers, is not recycled in 60% or more American communities; therefore, couldn’t be considered recyclable. After performing extensive research in this area, I was invited to be the co-lead of Walmart Canada’s PET Subcommittee of the Material Optimization Committee; this looked to increase the diversion rate of PET packaging—bottle and thermoform grade—post consumer. My involvement with stakeholders in PET recovery prompted multiple speaking invitations, allowing Dordan to achieve industry thought leadership status. In investigating issues pertinent to the sustainability of our industry, in this case recycling, Dordan was able to add to the constantly evolving dialogue around sustainability; this not only increased Dordan’s exposure within the industry, but allowed for said exposure to be one of genuine commitment to the sustainability of the thermoforming industry.
I was approached to write an article detailing what sustainable packaging is. According to the SPC, sustainable packaging: meets market criteria for both performance and cost; is sourced, manufactured, transported, and recycled using renewable energy; is manufactured using clean production technologies and best practices; is made from materials healthy in all probable end of life scenarios; is physically designed to optimize materials and energy; and, is effectively recovered and utilized in biological and/or industrial closed loop cycles. While this definition is conceptual correct, I argue that it does not reflect the current reality of sustainable packaging: all commodities consume resources and produce waste during production, distribution, and at end of life. Our jobs as packaging professionals, therefore, is to educate ourselves about the trends, terminology, materials and tools available, so we can work towards achieving our definition of sustainable packaging. Only through education, supply chain collaboration and industry initiatives can we begin to develop truly sustainable packaging systems that meet the needs of the present without compromising the ability of future generations to meet their own needs.
Today I am going to talk about the panel discussion from the SPC meeting in March that detailed the realities of ocean debris. Titled “Making a Sea Change,” the panel consisted of a research associate from the Sea Education Association, the president of the Ocean Conservancy, and a representative from the National Oceanic and Atmospheric Administration.
Sooooo I went through my notes from the panel and what follows are the main points of interest. Please note, however, that as a representative of a plastics manufacturer, I was very interested in the reality of plastics in the ocean; hence, my takeaways may not be a holistic representation of the entire discussion.
In my next post I will discuss the findings presented in “Tracking Trash: 25 Years of Action for the Ocean,” which discusses the findings from 25 years of the Ocean Conservancy’s International Costal Cleanup campaign.
Notes from “Making a Sea Change” panel discussion, March 30th, San Diego, CA:
• Municipalities were allowed to dump garbage into the ocean until the early nineties (1991 US EPA ruled illegal). There was a grace period of policy implementation and execution, however, that allowed dumping to continue into the early-mid nineties. It is assumed that this lack of environmental protection policy and enforcement has resulted in what is commonly referred to as “the garbage patch,” which are areas of marine debris concentration in both the Pacific and Atlantic oceans. However, there is no way to “prove” that dumping trash into the ocean created today’s garbage patches because no research was conducted on trash in the ocean until AFTER municipalities stopped dumping; hence, the baseline off which progress is gauged re: marine debris, is that following extensive periods of municipal dumping. • Contrary to popular belief, the “garbage patch” isn’t some floating island of garbage; it is more properly conceived of as a garbage soup consisting of small bits of floatable synthetics, which makes its cleanup so difficult. Even more difficult, the “garbage soup” moves around the ocean and the concentration of debris is never consistent; this results in further complications with its investigation and understanding. • In 1991, in response to the amount of plastic pellets founds in the ocean, the plastics industry launched “Operation Clean Sweep,” which was a campaign in support of zero-pellet loss through pellet retention and management. After the launch of this industry-initiated effort, the amount of plastic pellets in the ocean decreased 90%, which is one of the most successful ocean debris clean up campaigns to date. • As per the last 25 years of research, it was found that the amount of plastics in the ocean has not increased; this implies that while the consumption of plastics has increased, its irresponsible end of life management has not. • 60%-80% of trash in the ocean comes from land. o This statistic confused me because it suggests that the origin of marine debris is the irresponsible end of life management of synthetic materials, while I was under the impression that ocean dumping was the main genesis of ocean debris. When I asked the panel, they said that couldn’t say for certain where the garbage is coming from (land vs. trash dumping prior to early-mid nineties). • In a nut shell, while the research conducted over the last 25 years does catalogue the types of marine debris found, which is crucial to understanding the problem of marine debris, it does not provide insight into the following: o How much ocean debris exists o Where the ocean debris comes from o How it accumulates in patches • Trends to consider that provide insight into genesis of ocean debris: dumping trash in the ocean; and, increased global consumption of goods and services paired with immature waste management infrastructures. • By cataloguing the types of ocean debris found via Coastal Cleanup the last 25 years, the following was determined: o Cigarette butts make up 33% of ocean debris, the highest concentration of debris by type. In 25 years worth of research, 52,907,756 cigarette butts were found and catalogued. o Single-use plastic shopping bags are one of the top items found by Cleanup volunteers; in 25 years of research, 7,825,319 plastic bags were found and catalogued. o Balloons makeup another large part of ocean debris, as in 25 years of research, 1,248,892 balloons were found and catalogued.
The information above is but the tip of the iceberg when it comes to understanding the reality of ocean debris. Next week’s post will discuss, in detail, the findings of the Ocean Conservancy’s Coastal Cleanup campaign.
Guess what?!?! Tomorrow is my 24th b-day, big girl!
In preparation of becoming another year wiser, I thought I would share with you some fun paper vs. plastic facts. The information accessible via the PPT below is taken from the Sustainable Packaging Coalition’s Common Packaging Material Technical Briefs, available here for download.
Before I lay the NYT’s anti-clamshell article to bed, I wanted to reach out to the reporter, in hopes that she may consult me in the future in regards to researching articles about packaging and sustainability. Check out my email below! I had called her a bundle of times and finally got ahold of her this morning! She explained that she was on a deadline and that she would read my email by this afternoon. I hope she responds!
Hey Stephanie,
This is Chandler Slavin with Dordan Manufacturing--I caught you in the office today and you asked for me to send an email that you would consult at the end of the day due to deadline obligations.
Thanks for your time. I am writing you today in regard to the article you wrote that was published June 2nd in the Energy and Environment section of the NYTs called "Retailers Move to Greener, Easier to Open Packages." I am the Sustainability Coordinator at a family owned and operated clamshell manufacturer; as such, I was surprised by your article discussing clamshell packaging and the environment because I am very aware of the realities of packaging and sustainability, and unfortunately, didn’t see those realities represented in your piece. While I am very pleased that you are investigating packaging and sustainability, as it is a very complex and interesting intersection, I found fault with the article overall because it seemed more as an advertising platform for MWV than an objective discussion of contemporary packaging trends at the retailer level. I would love the opportunity to discuss this with you further and explain some of the contradictions and inaccuracies in the piece; additionally, I would love to open up the lines of communication in hopes that you may feel comfortable consulting me re: articles of sustainability and packaging in the future.
My email is cslavin@dordan.com and you can reach me in the office at (815) 334-0087. I understand that you are extremely busy and that this is probably not a priority for you; please understand, however, that your article and the reality it painted for packaging preference between paper and plastic has some real repercussions on domestic clamshell manufacturers competing in an already aggressive market. Unfortunately, perception is reality and if the perception you created of clamshell packaging is re-constructed again and again, people will begin to take it as reality: We would like the opportunity to contribute to this reality as we believe we know best having been in the business for almost 50 years.
Thanks again for your time and I hope your schedule allows for consideration of this matter.
Best,
Chandler
Tune in tomorrow for paper vs. plastic goodness as per the Sustainable Packaging Coalition’s “Common Packaging Material Environmental Briefs,” available here for download.
