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Q: How does recycling work?
A: There are three parts to the recycling process: collection, manufacturing, and buying. These three components are so important that they are represented by the three “chasing arrows” of the recycling logo.
Collection – Don’t Send Recyclables To The Landfill
In this phase, materials are separated from the waste stream and prepared to become raw materials. Different cities and municipalities have different systems for sorting and collecting materials that can be recycled. Collect recyclables through the curbside and campus recycling program and the public drop off center. Once collected, we sort the material on campus into various categories.
Manufacturing – Using Recycled Materials Instead Of Virgin Raw Materials
Recovering the materials is just the first step. There must also be a market for it – companies that want the materials and are able to remanufacture them into consumer products. Sometimes these companies have to invest a significant amount of money in adapting their manufacturing processes to accommodate the use of recycled materials in their products.
Buying – “Close The Loop” – Buy Products With Recycled Content
In order to make recycling economically viable, there must be a market for recycled products. If people buy them, companies will be encouraged to make them, and the whole system works.
Q: What do the three chasing recycling arrows ♻ mean?
A: Do you know why the recycling symbol has three chasing arrows? Each arrow represents one step in the three step process that completes the recycling loop.
- The first step is collection. This is when you put your recyclables into your curbside recycling bin or take them to a local drop-off center. The collected materials are then prepared to be marketed and are sold to a manufacturing facility.
- The manufacturing process is the second arrow in the recycling symbol. The recyclable materials are converted into new products and shipped to stores across the country to be placed on shelves as new consumer goods.
- The third step is where you, the consumer, purchase products made with recycled content. When you “Buy Recycled,” you complete the recycling loop.
Q: Why do we have to sort our recyclables?
A: Mixing different recyclables or contaminating them with garbage makes it more difficult to prepare and sell them to a market. Each market has certain specification for the type of material and amount of contaminants allowed. We have to meet these standards in order to receive payment for the material. We have people on campus sort material into three types (cardboard, paper, and plastics, metals, and glass) to make it more economically for us to prepare the material for the markets.
Q: What happens to all the recyclables dropped off at the San Diego Recycling Centers?
A: Once it is collected at the San Diego Recycling Drop-Off Center, the recycling bin is emptied into a larger container. Once the larger bin is full, it is either hauled to a mill, factory, or broker and then sold to a manufacturer who uses the material to make a new product. Glass is made into fiberglass or glassphalt used on surface roads. Newspaper and magazines often become new newspaper and magazines. Mixed paper and corrugated cardboard are used to make the thin liner in corrugated cardboard or made into another paperboard product. White paper is used to make new paper. Aluminum cans become new aluminum cans, car parts, or any other aluminum product. Plastic soda bottles become new plastic containers, fiberfill for pillows or sleeping bags, and car parts. Steel is made into new steel products.
Q: Why are some things recyclable and others are not?
A: As technology improves more materials will become easier to recycle in communities nationwide. In order for materials to be recycled, markets must exist and there must be a demand for the end products. If stable markets do not exist, materials are often stock-piled and could ultimately end up at the landfill. PSSI wants to ensure there is a stable market for a item before it adds it to its collection. You can help create stable markets for recyclables by Buying Recycled!
Q: Why can’t I recycle everything?
A: This is by far the most asked question. The shortest answer is that not everything has a market. Remember that recycling is a business with the economics driven by supply and demand – just like any other business. Is there a demand by a manufacturer for a particular material? Are they willing to pay for this material, like they would any other type of raw material? Of course, what often drives the manufacturer’s demand for a material type is the consumer’s demand for the end product. By buying products containing recycled materials, we “close the loop”. When the loop is closed, markets are developed and recycling those materials makes more economic sense. In short, in order for anything to be recycled, it must have a market to be sold to. Be a part of the solution, Buy Recycled!
Q: I want to recycle items not accepted at the San Diego Recycling Center. How do I find out where to go?
A: There are some items that are recyclable, but we do not accept them at the San Diego Recycling Center.
You can call the Santa Clara County Recycling Hotline at 1-800-533-8414 or visit their webpage at recyclestuff.org. They will direct you to reuse and recycling opportunities for items not included in our program.
The City of Palo Alto’s Recyclopedia is a very useful tool to assist you in your efforts to reduce and recycle. It can be found on the web at http://archive.cityofpaloalto.org/forms/recyclopedia/
Find out how to donate items to local groups and discover locations to get used items for free or at reduced cost, including construction and salvage materials and arts and crafts for creative reuse at one of the most comprehensive local reuse guides on the internet. It can be found on San Mateo County’s RecycleWorks webpage. This center contains information for local residents, businesses, schools and nonprofits.
Q: Where can I find the definition of terms on consumer labels, like “recyclable” or “natural”?
A: Demand for environmentally friendly products is on the rise but consumer labels can be confusing. Canada and the European Union have established criteria for eco-products, but the US does not. Products claim to be natural, nontoxic, environmentally preferred, and hypoallergenic, but what do these terms mean? Visit www.eco-labels.org for information on eco-labels. Their aim is to help consumers make more informed decisions when purchasing products. This site was developed by Consumers Union (of Consumer Reports fame) and its Consumer Policy Institute. Consumers Union is an independent, nonprofit testing and information organization serving only consumers. They are a comprehensive source for unbiased advice about products and services, personal finance, health and nutrition, and other consumer concerns.
Q: What do the terms “recycled”, “recyclable”, “post-consumer” and “pre-consumer” mean?
A: Recycled means that a product is made all or in part from a material that was once something else, like a can or bottle.
Recyclable merely indicates that a product or package can be recycled and used to make something else.
Post-consumer is a term for material that has been returned, recycled, and reborn into a second life. It refers to materials that has served its intended use and has been recycled by a consumer or business. By looking for the highest post-consumer content you can find, you help build demand for material collected in community recycling programs.
Pre-consumer is material that was discarded, or leftover, when used to make something else. It refers to material such as factory trimmings, damaged or obsolete products, and overruns generated by manufacturers. Such materials have been recycled for decades.
Q: What is Product Stewardship?
A: Product Stewardship, also known as Extended Product Responsibility or Manufacturer Responsibility, is becoming a popular tool to use to reduce landfill waste by designing products with the end in mind.
Product stewardship is a product-centered approach to environmental protection. It calls on those in the product life cycle–manufacturers, retailers, users, and disposers–to share responsibility for reducing the environmental impacts of products. Product stewardship recognizes that product manufacturers can and must take on new responsibilities to reduce the environmental footprint of their products.
The product stewardship approach provides incentives to manufacturers to consider the entire lifecycle impact of a product and its packaging – energy and materials consumption, air and water emissions, the amount of toxics in the product, worker safety, and waste disposal – in product design, and to take increasing responsibility for the end-of-life management of the products they produce.
The objective of product stewardship is to encourage manufacturers to redesign products with fewer toxics, and to make them more durable, reusable, and recyclable, and with recycled materials. The challenge of product stewardship is to move beyond disposal to facilitate a paradigm shift toward “zero waste” and “sustainable production.”
Where Is It Being Used?
Product Stewardship principles are being used in electronics, carpet, gas cylinders, mercury products, paint, pesticides, and tires, and are also being considered for expansion into everyday common objects.
- California Product Stewardship Council
Q: How much volume of our trash is packaging (boxes, bags, wrappers)?
A: 30% by volume or about 50% by weight. Every 30-40 days we discard our own weight in packaging.
Q: How many pounds of trash does the average American produce each year?
A: According to the U.S. Environmental Protection Agency, in 2003, total solid waste generation was over 236 million tons, representing a 50 percent increase in generation over 1980 levels. In 2003, the overall composting and recycling rate was just over 30 percent. The average American generates about 4.5 pounds of trash per day, with just over 1 pound of that being diverted for recycling. For more information on the municipal waste stream, visit http://www.epa.gov/epawaste/nonhaz/municipal/index.htm
Q: How has California’s Bottle Bill helped bottle and can recycling?
When AB 2020 passed in September of 1986, there was no incentive to recycle bottles and cans other than the “scrap value” recycling centers were willing to pay. California Redemption Value (CRV) introduced in 1987 allowed Californians to collect one cent for each beverage container recycled. Since then, more than 160 billion aluminum, glass, and plastic beverage containers have been recycled in the state. In 2005 alone, Californians recycled an all-time record 12.4 billion beverage containers, 61 percent of the 20.5 billion that were purchased in the state.
“If we add in the containers that will be recycled in 2006 to all those that have been recycled since the program began, we’ll have enough to fill up all lanes of Interstate 5 with a wall of bottles and cans 14 feet high the entire length of the state,” Bridgette Luther, Director of the California Department of Conservation said. Nevertheless, billions of bottles and cans also end up in landfills each year.
”When people fail to recycle, it’s not just a waste of CRV,” Luther said. “It also means lost energy savings because recycling saves energy and those valuable raw materials for manufacturing are tossed away forever.”
Residents who return beverage containers to one of the state’s certified recycling centers will see an increase in the money given to them thanks to Assembly Bill 3056 signed by Governor Arnold Schwarzenegger. The bill raises the CRV to $.05 for containers less than 24 ounces; $.10 for containers 24 ounces or larger. The new prices will begin January 1, 2007.
For more information about this press release and other CRV beverage container recycling related programs, please contact CalRecycle at firstname.lastname@example.org. Thanks to CalRecycle for this article: http://www.bottlesandcans.com/news.phpor by email at
Q: How are Californians doing in their efforts to recycle bottles and cans?
A: CALIFORNIANS REACH ALL-TIME RECYCLING RECORD
While the national beverage container recycling rate continues to drop, California’s new 2005 annual report shows that Californians recycled an incredible 12.4 billion beverage containers last year – that’s an increase of more than two percent in just one year. The 400 million-container increase in recycling is enough to fill a major league baseball stadium.
For the second year in a row, clear plastic containers such as single-serve water bottles had a particularly impressive increase, with a 24 percent gain in total volume recycled, to 3.1 billion bottles. Glass recycling volume was up three percent to 2 billion containers, while aluminum dipped slightly to 7.1 billion cans. Other types of plastic, along with bi-metal cans, made up the remainder of the recycled California Refund Value beverage containers. It is important to note that while recycling volume in California reached an all-time high, so did total sales of CRV containers, at nearly 20.5 billion.
Looking forward, the Department of Conservation hopes to further the increase in California’s recycling rate with its ongoing “Recycling Starter Kit” program. In early 2005, the DOC launched the program aimed at getting more California businesses and organizations to recycle. In just one year, the first-of-its-kind “opt-in” recycling program has received huge demand and provided more than 17,000 recycling opportunities in thousands of California businesses, organizations and schools.
California businesses interested in starting a beverage container recycling program for employees and customers can receive a free Recycling Starter Kit from the Department of Conservation by ordering online atwww.bottlesandcans.com or calling 1-800-RECYCLE. The kit contains a stylish black recycling bin suitable for aluminum or plastic container collection, plus information on how to begin the program, what bottles and cans have CRV, and where to redeem them for cash.
New figures show Californians are recycling more than ever. The Department of Conservation announced that California’s recycling rate for bottles and cans reached 65 percent for the first half of 2005.
Californians made history in 2004 by recycling more than 12 billion bottles and cans, an all-time high, and achieving an overall annual recycling rate of 59 percent, up from 55 percent the previous year. The trend from the first half of 2005 indicates the annual recycling rate will rise again after 10 years of declines.
“California’s recent recycling success is a direct result of the many programs designed to encourage bottle and can recycling,” said DOC Director Bridgett Luther Thompson. “Now we’re asking consumers to help close the loop on recycling by buying recycled material products to help stimulate the market for new recycled products.”
In fact, the 2.5 billion clear plastic bottles recycled by Californians last year were enough to create 180 million extra-large t-shirts made of Eco-spun fabric, or 40 million fleece sweaters, or enough recycled-content carpet to cover about 333,000 football fields. To view these recycled material products and much more, visit http://www.bottlesandcans.com and click on the words “Give Green” at the bottom of the Home page.
For more information about this press release and other CRV beverage container recycling related programs, please contact the Department of Conservation at email@example.com. Thanks to Department of Conservation for this article: http://www.bottlesandcans.com/news.phpor by email at
Q: Ever ask a beverage container why you should recycle?
A: Ask around and you’re not likely to find a single bottle or can that doesn’t believe in recycling. They’re all for it. And you should be, too. Why? Because if we didn’t recycle, we’d have a state covered with empty beverage containers. Literally. Just consider this trashy fact: Since 1987, Californians have given new life to more than 120 billion cans and bottles by recycling. That’s enough containers to circle the earth more than 375 times.
7.4 Cubic Yards
Recycling a ton of #1 PET bottles saves that much space in landfill.
One Extra Large T-Shirt
That’s what you can make with 14 – 20-ounce #1 PET clear plastic bottles.
Seinfeld, Gilligan’s Island, The Osbournes, King of the Hill and Clifford
You could watch all of them back-to-back with the energy saved from recycling one aluminum can. What’s good for the bottle is good for the TV!
Add up all the PET bottles each California household uses in a year and that’s what you get.
That’s how long it takes a recycled aluminum can to make it back on the shelf as something useful.
No, that’s not the life expectancy of a giant tortoise. That’s the lifespan of an aluminum can that gets tossed into a landfill instead of a recycling bin.
Toss a plastic bottle in the trash and that’s about how long it will sit in a landfill taking up space and refusing to degrade.
1 Million Years
Put a glass bottle in a landfill and that’s how long it’ll sit there doing nothing. Recycle it and it can live forever.
Thanks to Department of Conservation for this article: http://www.bottlesandcans.com
Q: What is the Shop Smart Campaign?
A: The choices you make in the grocery store affect both your grocery bill and the quality of your environment. The good news is – what’s better for the environment is almost always better for your budget. You could save as much as $2000 per year for your family by avoiding disposables and individual serving sizes.
Fruit juice costs almost twice as much in small boxes as juice made from concentrates. After the initial expense for a thermos, you can save over and over by refilling it from concentrates or larger bottles of juice. Cookies and chips are twice as expensive in individual sizes. Compare the grocery store shelf tags to see how much you can save per ounce. Complete packing your waste-less lunch by including a cloth napkin and using a reusable bag and you have just eliminated the need for buying paper napkins and lunch bags.
Breakfast cereals have an even bigger difference in price. Oatmeal in individual serving sizes costs over three times as much as the same amount in a big box. Dry cereal in serving size boxes uses much more packaging, including a plastic wrap to keep them together, and costs over twice as much as buying a regular box of cereal. Each time you go up a size in cereal boxes, you get more food and less packaging for your money.
At work, do you have individual packets of sugar? If so, your business pays over five times the cost of the sugar to have it packaged that way. The sugar itself costs less than 3 cents per ounce and the packaging costs an additional 13 cents per ounce! Does your business supply disposable cups for coffee? All of the sugar wrappers, the coffee cups and wooden stir sticks go into the garbage, wasting resources as well as money. Encouraging staff to bring their own cups and spoons will decrease lunch room waste.
What difference does a little packaging make in the big picture? When you consider that 30% of our collected trash is packaging, you can see how it adds up. Every time you choose less packaging or choose to reuse something, you help your community reduce waste. Protect our limited resources, lengthen the useful life of our landfills, and make your grocery money go further.
The Save Money and the Environment Too Campaign is brought to you by 110 Bay Area cities and counties, BART and more than 400 supermarkets, including Safeway, Andronicos, Cala/Bell Food Co. For more information on waste prevention and reuse, call 1-800-CLEAN-UP.
Q: How can I reduce paper waste by changing my margins?
A: Open a new Microsoft Word document. From the drop down File menu, click on Page Setup. From the Margins tab, change the Left, Right, Top and Bottom margins to 0.75″. At the bottom of that screen, select Default. This one change will reduce paper consumption by about 4.75 percent. If it spread nationally, that would result in 380,000 tons less paper consumed. This idea has been formalized by Tamara Krinsky. She has created a website to promote the idea (http://www.changethemargins.com), has started a petition to Microsoft, and has gotten some national press through a story on National Public Radio.
A study for Penn State University found that the campus could save $120,000 per year if they adopted this practice throughout the university. If the financial motivation isn’t enough, consider the environmental impact. According to the Natural Resources Defense Council, the paper industry is the number one consumer of fresh water. The industry is also the third-largest industrial producer of global warming pollution.
Q: What are some waste minimization practices that I could use in my office/building/business/home?
A: 1. Purchasing office equipment with waste prevention in mind (e.g. electronic interface, double-sided capabilities; sourcing and purchasing for durability, etc.).
2. Creating accrual mechanisms to use savings in disposal costs to fund further waste reduction initiatives.
3. Active program to sell or donate surplus property.
4. Working with vendors to reduce transportation packaging (e.g. require vendors shipping on a pallet to take it back with the next delivery; redesign shipping packaging for waste minimization or recyclability, etc).
5. Reusing and/or redistribute packing materials from central distribution centers.
6. Promoting inter-office reusable envelopes for mail and review/improve campus systems for reclaiming extra envelopes for reuse.
7. Replacing paper documents with online alternatives wherever possible (e.g. telephone directories, course catalogs, room selection, bill payment, grade distribution, etc.).
8. Active program to reduce unwanted bulk mail from off-campus sources (e.g. creating an opt-out registry, send out bulk mail removal postcards on behalf of former residents, encouraging the cancellation of unnecessary or duplicate subscriptions etc.).
9. Implementing printing initiatives which prohibit or discourage unlimited printing in computer labs and copy rooms (e.g. pay-per sheet pricing, etc.).
10. Promoting the use of printer settings and paper reduction software and margin reductions (e.g. GreenPrint).
11. Creating an office supplies exchange program.
12. Offering discounts or other incentives for using reusable mugs.
13. Offering reusable dinnerware and utensils in lunch rooms and cafeterias.
14. Converting all-you-can-eat dining facilities to pay-per-portion system.
15. Establishing post-consumer waste and biodegradable dinnerware composting program.
16. Creating and promoting a system to report wasteful practices and offer suggestions for waste reduction.
17. Creating active program to educate employee and students about waste minimization practices (e.g. incorporating waste minimization information into new employee / new student orientation programs; giving regular presentations to campus groups and departments; setting up public displays, etc.).
18. Recognizing waste reduction / materials management roles in relevant staff job descriptions including administrative assistants, purchasing officials, and building proctors.
Q: What is construction and demolition waste and how do we reduce or recycle it?
A: According to the California Integrated Waste Management Board, construction and demolition (C&D) waste accounts for at least 28% of the total tonnage in California landfills. C&D is any material generated by a construction or demolition project. Load composition can vary depending on whether the material is generated by a new construction, a remodel, or a demolition project. Generally, C&D includes asphalt, concrete, cardboard, drywall, metals, organic material, reusable items, and wood.
PSSI offers discounts to homeowners and contractors on roll-off boxes that contain clean source-separate recyclable material such as wood or green waste. Most other mixed construction and demolition debris placed in our roll-off boxes is taken to a C&D recycler where concrete, wood, metals, drywall, cardboard, and other recyclable items are separated and recycled. Unrecycable items are landfilled. Introduced in January 1999, this practice has significantly increased our diversion rate.
2017 Individual Commingled Rates – San Diego
Table 1 applies only to recycling centers (RCs) where individual consumer transactions take place • Table 2 applies only to material redeemed through reverse vending machines • Table 3 applies only to curbside programs (CSs) • Table 4 applies only to drop-off / collection programs (CPs)
Material Type Containers Per Segregated Pound Refund Value Per Segregated Pound Aluminum 28.4 $1.57 Glass 1.95 $0.103 #1 PET (Polyethylene Terephthalate) 21.3 $1.20 #2 HDPE (High Density Polyethylene) 6.5 $0.55 #3 PVC (Polyvinyl Chloride) 11.2 $0.56 #4 LDPE (Low Density Polyethylene) 41.0 $2.05 #5 PP (Polypropylene) 7.1 $0.54 #6 PS (Polystyrene) 114.2 $5.71 #7 Other 3.2 $0.31 Bimetal 6.7 $0.34 (A) (B) (C) (D) Material Type Containers Per Segregated Pound Refund Value Per Commingled Pound Refund Value Per Segregated Pound CRV % Aluminum 30.8 $1.65 $1.65 99.60% Glass 1.94 $0.105 $0.106 98.66% PET Plastic 25.9 $1.39 $1.42 98.31% HDPE Plastic 20.4 $0.88 $1.04 85.09% (A) (B) (C) (D) Material Type Containers Per Segregated Pound Refund Value Per Commingled Pound Refund Value Per Segregated Pound CRV % Aluminum 30.6 $1.51 $1.60 94.18% Glass 2.0 $0.042 $0.106 39.66% PET Plastic 15.7 $0.57 $1.00 57.48% HDPE Plastic 5.1 $0.04 $0.48 8.04% (A) (B) (C) (D) Material Type Containers Per Segregated Pound Refund Value Per Commingled Pound Refund Value Per Segregated Pound CRV % Aluminum 27.9 $1.47 $1.50 98.36% Glass 1.86 $0.039 $0.102 38.59% PET Plastic 15 $0.67 $0.93 71.92% HDPE Plastic 5.9 $0.04 $0.53 7.72% (A) (B) (C) (D) Material Type Containers Per Segregated Pound Refund Value Per Commingled Pound Refund Value Per Segregated Pound CRV % Aluminum 30.1 $1.56 $1.57 99.17% Glass 1.89 $0.060 $0.100 59.68% PET Plastic 18.2 $0.81 $1.05 77.23% HDPE Plastic 7.4 $0.06 $0.60 9.37% * For machine intake volumes only. Updated: November 2016 Note: Containers that produce the Containers per Segregated Pound (CPP) in column (A) vary in size, volume, and weight. The refund value is $0.05 for some containers (<24 oz.) and $0.10 for others (>24 oz.). Therefore, you can’t just multiply the CPP average by either refund value to get the Refund Value per Segregated Pound rates, column (C). PAYMENT OF CALIFORNIA REFUND VALUE EFFECTIVE: JANUARY 1, 2017 Table 1: RECYCLING CENTERS (RC) Table 3: CURBSIDE PROGRAMS (CS) Table 4: DROP-OFF / COLLECTION PROGRAMS (CP) Table 5: COMMUNITY SERVICE PROGRAMS (SP) California Code of Regulations, Title 14, Section 2500(e) (2), requires Recycling Centers to post refund prices by weight, by container, and by material type. Table 2: REVERSE VENDING MACHINES (RVM) *
Recycling is the process of collecting and processing materials that would otherwise be thrown away as trash and turning them into new products. Recycling can benefit your community and the environment.
Benefits of Recycling
- Reduces the amount of waste sent to landfills and combustion facilites
- Conserves natural resources such as timber, water, and minerals
- Prevents pollution by reducing the need to collect new raw materials
- Saves energy
- Reduces greenhouse gas emissions that contribute to global climate change
- Helps sustain the environment for future generations
- Helps create new well-paying jobs in the recycling and manufacturing industries in the United States
Steps to Recycling Materials
Recycling includes the three steps below, which create a continuous loop, represented by the familiar recycling symbol.
- Step 1: Collection and Processing
There are several methods for collecting recyclables, including curbside collection, drop-off centers, and deposit or refund programs. Visit How do I recycle… Common Recyclables
After collection, recyclables are sent to a recovery facility to be sorted, cleaned and processed into materials that can be used in manufacturing. Recyclables are bought and sold just like raw materials would be, and prices go up and down depending on supply and demand in the United States and the world.
- Step 2: Manufacturing
More and more of today’s products are being manufactured with recycled content. Common household items that contain recycled materials include the following:
- Newspapers and paper towels
- Aluminum, plastic, and glass soft drink containers
- Steel cans
- Plastic laundry detergent bottles
Recycled materials are also used in new ways such as recovered glass in asphalt to pave roads or recovered plastic in carpeting and park benches.
- Step 3: Purchasing New Products Made from Recycled Materials
You help close the recycling loop by buying new products made from recycled materials. There are thousands of products that contain recycled content. When you go shopping, look for the following:
- Products that can be easily recycled
- Products that contain recycled content
Below are some of the terms used:
- Recycled-content product – The product was manufactured with recycled materials either collected from a recycling program or from waste recovered during the normal manufacturing process. The label will sometimes include how much of the content was from recycled materials.
- Post-consumer content – Very similar to recycled content, but the material comes only from recyclables collected from consumers or businesses through a recycling program.
- Recyclable product – Products that can be collected, processed and manufactured into new products after they have been used. These products do not necessarily contain recycled materials. Remember not all kinds of recyclables may be collected in your community so be sure to check with your local recycling program before you buy.
Some of the common products you can find that can be made with recycled content include the following:
- Aluminum cans
- Car bumpers
- Cereal boxes
- Comic books
- Egg cartons
- Glass containers
- Laundry detergent bottles
- Motor oil
- Paper towels
- Steel products
- Trash bags