EDITORIAL: Another Big Lie-Plastic Recycling

EDITORIAL:

ANOTHER BIG LIE-Plastic RecyclingRecycling is a big lie pushed by fossil fuel companies and consumer goods suppliers such as Amazon

EDITORIAL:

ANOTHER BIG LIE-Plastic Recycling

By D. S. Mitchell

When you see the familiar triangle with its chasing arrows on a product you’ve been programmed to think, “Reduce, Reuse, Recycle.” Well, folks its all a lie. My grandson told me recently on our weekly visit to the county recycling center I was wasting my time and other valuable resources (water rinsing out cans and bottles,) gasoline (driving to and from the distant recycling center) by participating in the big bamboozle.

“What?” I asked, momentarily stunned.

“The only reason I continue to do this with you is because I haven’t wanted to dash your delusions. I know you think you are doing something good, but it is all a scam, a myth devised in the 1970’s to trick consumers into believing that recycling was an actual, ‘see it work’ solution, for the explosion in single use plastics.”

“Where did you get your information?” I asked soberly.

“GREENPEACE,” he said, his eyes twinkling.

“Tell me more,” I said, relieved to hear he hadn’t been dragging the internet for ‘secret’ information.

Kyler, with a big smile, said, “I was doing a term paper on, what is really recyclable. While doing the research for the assignment I found out a lot about Plastic Resin Identification Codes and the truth about what actually might be recycled. Just because there is a symbol on the item does not translate to recyclable. The number inside the triangle tells the consumer what they need to know. When we get back to your place I’ll explain.”

Once back home, Kyler sat down with me at the dining room table and started talking truth about plastic’s big lie.

1: PETE or PET Polyethylene terephthalate: soda bottles, water bottles, polyester film, snowboards, boats, for food, jars, fibers for clothing.

2: HDPE or PEHD High-Density Polyethylene: detergent containers, plastic bottles, piping for water and sewer, snowboards, boats.

3: PVC or V- Polyvinyl Chloride: window frames, plumbing products, electrical cable insulation, clothing, medical tubing.

4: LDPE or PE-LD-Low-Density Polyethylene: shopping bags, plastic bags, clear food containers, disposable packaging.

5: PP-Polypropylene: laboratory equipment, automotive parts, medical devices, food containers.

6: PS-Polystyrene or Styrofoam: CD and DVD cases, packing peanuts, single-use disposable cutlery, trays.

7: O or N/A-Other: baby feeding bottles, car parts, water cooler bottles, sippy cups.

“Remember, Nana, the number inside the triangle tells you what you need to know, and targets the hard facts about plastic recycling, according to Greenpeace, “Most of the plastic items you are encouraged to wash, sort, and put in blue bins usually end up in landfills or incinerators, if not polluting the environment.”

At this point he handed me a piece of paper, “According to a Greenpeace comprehensive survey of plastics recyclability in the United States.

A.) Only some PET #1 and HDPE #2 plastic bottles and jugs can be legitimately labeled as recyclable in the U.S. today. (Note however that many full body shrink sleeves on PET #1 HDPE #2 bottles and jugs make them non-recyclable.)

B.) Common plastic pollution items, including single-use plastic food service and convenience products, cannot be legitimately claimed as recyclable in the U.S.

C.) Plastics #3-7 have negligible-to negative value and are effectively a category of products that municipal recycling programs may collect but do not actually recycle. Plastics #3-7 have waste collected in municipal systems across the country is being sent to landfills or incinerated.

Items for which reprocessing capacity is low to negligible and there is not a reasonable likelihood of recycling into new products include:

Plastic clamshells   (PET #1, PVC #3, PS #6) , plastic cups (PP #5 PS #6, other #7), plastic trays (PET #1, PP #5, other #7), plastic bags** (HDPE #2, LDPE #4), EPS plastic (foam) food containers (PS #6), plastic lids and caps (PP, #5, PS #6), plastic plates (PS #6), plastic cutlery, straws, and stirrers (PP #5 PS #6), plastic food wrappers and pouches (multiple types and layers of plastic).

After five decades of lies and misinformation from deceptive industry marketing, it is becoming more and more clear that we can’t recycle our way out of the plastics problem. It is evident that over 90% of plastic is not recycled. They can’t lie forever, it is becoming clear that we need real solutions to the plastic pollution crisis-and it is just that; a crisis. For the sake of our communities, our environment and our oceans we must take action. Greenpeace suggests we move away from single use plastics totally and completely. It is time to develop sustainable refill and reuse systems on a global scale. The future of our planet is at stake.

 

 

 

Plastic Waste, A Global Concern

Plastic Waste, A Global Concern

Plastic pollution is a world catastrophe

Plastic Waste, A Global Concern

By William Jones

What is Plastic?

Plastic is a synthetic organic polymer made from petroleum.  Plastic is ideally suited for a wide variety of applications. Packaging, building and construction, household and sports equipment, vehicles, electronics, and agriculture; the uses are endless. It is cheap, lightweight, strong and malleable. Over 300 million tons of plastic are produced every year. Half of plastic products are designed for single-use; such as shopping bags, cups, and straws. While plastic has many valuable uses, we have become addicted to single-use or disposable plastic — with severe environmental consequences.

Oil, Natural Gas and Coal

More than 99% of plastics are produced from chemicals derived from oil, natural gas, and coal — all of which are dirty, non-renewable resources. If current trends continue, by 2050 the plastic industry could account for 20% of the world’s total oil consumption.

Worrying Trends

We produce about 300 million tonnes (metric tons) of plastic waste each year. That’s nearly equivalent to the weight of the entire human population. We’re seeing  worrying trends. Since the 1950s, the rate of plastic production has grown faster than that of any other material. We’ve also seen a shift away from the production of durable plastic, and towards plastics that are meant to be thrown away after a single use. These single-use plastic products are everywhere. For many of us, they’ve become integral to our daily lives.

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Plastic Is Killing Our Oceans

Plastic Is Killing Our Oceans

D. S. Mitchell

Plastic is one of the most common materials in our daily lives. We eat and drink from it. Stuff is packaged in it, stuff is shipped in it. If current practices continue plastic dumping into the ocean is expected to double by 2025. That’s only seven years from now!

Ninety seven per cent of the Earth’s livable habitat is found in our oceans.  The oceans of the world are home to more than 700,000 known species and they generate more than half of the oxygen that we as living organisms breath.  Something must be done soon. We are standing by, seemingly paralyzed, as our oceans are becoming the biggest waste dump in the world. Our oceans are choking on plastic. We dump the equivalent of one garbage truck of plastic into the ocean every minute of every day, non-stop.

We produce more and more throwaway plastic garbage, much of which we don’t really need. Recycling projects are failing to keep up with the threat. Plastic pollution is quickly transforming our seas into the biggest waste dump on the planet.

Plastic does not break down naturally. Things that had a useful life of just a few minutes or hours remains in the environment for 100’s of years.  These plastics kill ocean wildlife and enter the food chain, as plastic breaks down into smaller and smaller pieces. Plastic bags, cosmetic micro-beads and other types of plastic trash have spread throughout the ocean, from the surface to the deepest ocean canyons. Plastic debris washes back on to our beaches creating an ugly reminder of this ongoing environmental disaster.

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