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Fast Food / Street Food

Fish And Chips

Fish and chips are possibly the easiest plastic free take out to fine but increasingly they are being served in polystyrene  trays. Just refuse them and ask for your fish and chips to be wrapped in paper. They taste just the same and you are not leaving a permanant reminder of you lunch for your children’s, children’s children.

Other Take Out 

have a look at  Takeout Without and their very cool blog…

“You aren’t really going to, are you?” my partner is looking at the pile of reusable plastic containers I’ve just pulled out of a bag in the back seat.

“They don’t mind,” I assure him as we enter Broadway Station Sushi, “I’ve done it here before.”

He looks embarrassed, but I am not easily deterred. We place our takeout order at the counter and I hand over the pile of containers. The woman behind the cash register doesn’t even give us a weird look as she passes them to the sushi chef along with our order. read on do likewise

 

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Ice Cream

I given up  ice cream in plastic tubs and had had to cut the ice cream in  paper tubs that are plastic lined.  No Haagan das, no Ben and Jerries, no chunky monkey, sigh!

Thank heavens for the Dearne Lea Ice Cream & Tea Room – open 10.30 to 5 daily Barkhouse Farm, Barkhouse Lane, Shelley, Huddersfield

This working farm has its own cows ( you are welcome to see them being milked) and makes it own ice cream. Its pretty good. sadly they won’t sell it to me in my own compostable plastic containers!

I have been trying to make my own but so far it has not been a success.

I can get ice cream cones from Thorntons in Huddersfield precinct… and of course the ice cream man.

 

 

 

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Is veganism the only green diet? Really?

Back in the U.K and it seems everyone has gone vegan. But not only have they given up any kind of animal produce they claim to be saving the planet from environmental disaster. More strident still, some claim that this is the most important eco action of all. If you are not a vegetarian they say, you are not an environmentalist.

Ah it takes me back to the 80’s. The joy of watching the green movement tear it’s self apart fighting for the high moral ground!

Vegetarianism has a lot of environmental benefits but in the complex web that is the ecosystem it is becoming increasingly obvious that there is no one perfect fix. So these extreme and sweeping claims need carefully investigating.

I am starting with Meat – A Benign Extravagance written by another ex-veggie Simon Fairle

I say another ex veggie as I too used to be a committed vegetarian and was so  because I believe in animal rights.

I said I was vegetarian but I ate milk products and diary.Diary farming and egg production also results in the slaughter of numerous animals. Very simply to get the milk you need to keep the cow in calf. The calfs once born are taken from the mother and often go on to be slaughtered for meat – especially the male ones. Same with chickens. If you want eggs you don’t need roosters. Those boys go straight into the pot.

So I reasoned should either go vegan or stop pretending and use meat and animal products ethically. I went for the latter for the following reasons:

I live in Yorkshire. I like to buy my food locally for a number of reasons; to support the neighboring rural industry, to reduce air-miles and to maintain food security. Come the zombie apocalypse I want to know we can still source some of our own food. Being vegan would mean importing a lot of food I would need for protein from abroad or growing them in hot houses in the U.K.. I don’t see either of those as being a viable environmental option.

There there are the supplements. Vitamin B12 is only found naturally in foods from animal sources and as the Vegan Society says….

Very low B12 intakes can cause anemia and nervous system damage. The only reliable vegan sources of B12 are foods fortified with B12 (including some plant milks, some soy products and some breakfast cereals) and B12 supplements. Vitamin B12, whether in supplements, fortified foods, or animal products, comes from micro-organisms. Most vegans consume enough B12 to avoid anemia and nervous system damage, but many do not get enough to minimize potential risk of heart disease or pregnancy complications.

To get the full benefit of a vegan diet, vegans should do one of the following: 

  1. Eat fortified foods two or three times a day to get at least three micrograms (mcg or µg) of B12 a day
  2. OR  Take one B12 supplement daily providing at least 10 micrograms
  3. OR  Take a weekly B12 supplement providing at least 2000 micrograms.

I don’t want to eat processed food or rely on supplements. I want to be in control of my own vitamin intake. I want to buy my protein from the farm down the road. Plus processed food and supplements almost always come plastic packed. I don’t do non biodegradable packaging. Another reason to eat and buy seasonally and locally is that I get my food unpackaged. I have to take my own bags of course and yes in the course of my plastic free project I have sourced loose lentils but I have to drive to another city to buy them. Even then they have been imported from half way round the world. Bacon I can get round the corner from pig Yorkshire born and raised.

I don’t use plastic packaging because I like to be in control of my bins. I don’t want to make any rubbish that can’t be composted or burnt on my wood burner. And it’s not just packaging – that includes boots and suits. Synthetic leathers and fibres may often be touted as animal friendly but they are highly polluting to make and do not biodegrade. That acrylic jumper made from imported oil, is going to be polluting the planet for centuries., mine of Yorkshire wool is not. And don’t get me started on vegetarian leather!

And then there are the practicalities. I come from Yorkshire. I work outdoors. Of course I wear a synthetic raincoat when I need too.  I also wear leather and wool, animal products when I need to. Not just because they will biodegrade when done but because they are more comfortable and practical. Farming animals  also provides me with wool and leather.

As part of my local food strategy I do grow some of my own. vegetables which has had two consequences: I have discovered that the power of poo is prodigious. I try to avoid synthetic imported oil derived fertilizers and use manure, crap, instead. I get my supply from the local farm. That is from the cows he farms. No cows no crap.

I have become a killer. Gardening is a ruthless business. Sorry but slugs have to die! And I kill them. I drown them in beer which is no bad way to go but it’s still murder. Now of course eating meat might mean twice the cull rate if you feed them on specially grown imported food, grass fed meat is another matter. But basically any kind of farming, or even alotmenteering results in animal deaths.

Stopping certain types of farming would also result in the death of numerous wild animals and insects. It is important to remember that not all farmed land can be used to grow food. Some can only be used as grazing land. Obviously one benefit is protein from grassland in the form of meat. It also means different ecosystems. Much of The U.K landscape depends on grazing animals. You would not have hay meadows or short turf with out them. For sure there are many issues with over grazing but long or short grasslands mean lot’s of native flowers. Supporting the insects (especially bees) that depend on flowers and grasslands. Grasslands are not just good for biodiversity but insects means pollination. Without pollination all types of farming are screwed.  Without grazing animals much land would return to climax vegetation – in the case of the U.K. that is forest. Woods are great but they are only one of many ecosystems. There are others, even those that are a result of farming, that are just as valid.

Factory farming of animals is an abomination and should not be encouraged. That is without doubt. Overgrazing is also a  big issue. And meat should not be consumed in massive quantities. But is the large scale farming of vegetables always ethical?  Or the importing of nuts from an impoverished country halfway round the world a greener option? Or increased plastic packaging for specialist foods and supplements? Synthetic leather?

Surely going vegan because the meat industry can be unscrupulous is a bit like refusing to wear clothes because they are mostly made in sweat shops. Rather then take to the streets naked, (shudders at the thought), you can consume ethically,  source  fair trade outfits and help create a sustainable business models. Same with farming.

Going vegan because you don’t like killing animals is a personal choice but I advise you not to get an allotment.

I stopped being a vegetarian because it didn’t feel greener. Eating seasonally and locally with out plastic packaging seemed a better option to me. But I left it at that. As veganism is once again part of the debate so I feel I need to read up on the subject.

I am starting with Meat – A Benign Extravagance written by another ex-veggie Simon Fairlie and reviewed George Monbiot here  and again here . Blimey even George can’t make his mind up, and that is not usualy an issue with him, so I have suggested we discuss in the Sustainable Book Club. Why not join us?

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Modbury – The Plastic Bag Free Town.

Thanks to the efforts of Rebecca Hosking and the local traders Modbury became the first plastic bag free town in the UK in May 2007. You can find out more about the damage plastic bags do to the environment by looking at the plastic free websiteWhich sadly appears to be empty. A visit is in order?

But there is this from the Daily Mail written in 2015

Film-maker Rebecca Hosking screened a documentary – Message in the Waves – about the devastating impact of plastic waste in a marine environment to 50 local shop owners.The retailers were stunned into silence by the film and instantly pledged to stop handing out plastic bags. Modest Rebecca, 42, said all the credit for the change in the law should lie with those in the audience that evening.

Rebecca, a wildlife camerawoman, said: “I have really stepped away from it now – so the credit to this must go to the Modbury traders association.”They are the ones that have done it, and have been doing it for almost 10 years by themselves with little publicity or credit.”They are the ones that deserve the praise and I would rather leave it to them to comment about today’s changes.” Daily Mail

And I can confirm that at one of them is very praiseworthy indeed. Back at the beginning of my #plasticfree campaign, when I was looking for something to buy meat in, I spoke to the butcher in Modbury and he took the time to tell me all  about the compostable plastic bags he used. 

Rebecca Hoskings is now farming eco sheep. Love it.

 

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Pulses & beans – Index

You can buy beans in a number of ways.
Dried loose or ready packed
Tins
Glass Jars

Lentils and pulses Are usually sold dried, loose or ready packed.

Loose

Dried beans can be bought loose
As befits a hippy supermarket Whole Food Markets do a good range.

Scoop and save shops Usually do red lentils and a limited range of beans.

Check out the loose food index for more loose food shops.

Loose Food A to Z
Find out if a shop near you sells bulk food loose. This is stuff that that normally comes plastic packaged ie rice, pasta and salt. And yes these shops do exist in the U.K. There’s just not many of them.
Heres alist of towns with shops selling loose food.


Packaging

While these shops provide bags and they are almost always plastic ones. You will need to take your own plastic-free /reusable bags.

Online

Did you now you can get homegrown British beans, lentils (soon) and even Quinoa. Many of them organically grown….Introducing Hodmedod’s
“Using recyclable packaging is something we feel very strongly about and we are avoiding plastic where we can. We are aiming for all plastic-free packaging.
So far all our 500g packs of dried pulses and grains are packed in compostable plant based cellophane.”

They sell beans, grains and pulses. See the full list HERE

 

Buying Plastic Wrapped

But if none of these work for you try to buy products that are wrapped in polythene rather than film  as this is an easily recycled plastic unlike film which is not. More details here.

Internet store Goodness can supply you with a whole load of  beans and other dried stuff in polythene bags. Please note, many  of the companies featured on their website DO sell stuff in film BUT the 3kg bulk buy bags in the Goodness range, (their own range), always come in polythene bags.

At least that has been my experience but you should double check..

Their onward packaging is all recyclable or biodegradable.

Goodness Range ( that I have bought – there are lots more 

  • Kidney Beans
  • Black Eye
  • Lentils Yellow
  • Lentils Green

Tins

Many places sell tins of ready cooked beans.

Glass

You can find beans and chickpeas in glass jars in some Asian shops and polish delis.

 

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Plastic eating microbes

Is this a good idea?- much as I hate bad plastic I am rather attached to the computer and Dyson. Will they disappear before my very eyes. Here are some reports on plastic degrading microbes

Daniel Burd, a student at Waterloo Collegiate Institute, recently demonstrated that certain types of bacteria can break down plastic. During his scientific research, Daniel discovered that some types of bacteria in the soil can effectively degrade polyethylene plastic. He eventually isolated two microbial strains belonging to the genus Sphingomonas and Pseudomonas . Here’s a link to his research paper.

You can isolate your own plastic degrading microbes here http://www.instructables.com/id/How-to-isolate-plastic-degrading-bacteria-from-soi/?ALLSTEPS

According to Wikkipedia Nylon 4 or polybutyrolactam can be degraded by the (ND-10 and ND-11) strands of Pseudomonas sp. found in sludge. This produces γ-aminobutyric acid (GABA) as a byproduct.[1]Nylon 4 is thermally unstable.[2]

Studies

The nylon4 portion in the blend films composed of nylon4 and nylon6 was degraded and completely disappeared within 4 months in two kinds of composted soils gathered from different university farms as well as pure nylon4 film reported previously, while the nylon6 portion remained even after the burial test for 15 months. Nylon4 powder was also degraded to carbon dioxide in the degradation test in an activated sludge obtained from a sewage disposal institution in Kogakuin University. Three species of microoganisms (i.e., ascomytous fungi) were isolated through the inoculation from the nylon4 film partially degraded in the soil on a medium containing nylon4 powder as a carbon source. © 2002 Wiley Periodicals, Inc. J Appl Polym Sci 86: 2307–2311, 2002

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Seed pots homemade

Flimsy plastic seedling trays are an abomination. A couple of uses and the are fit for the bin. What a waste. So don’t use them. Make your own pots out of newspaper instead. Fill them with home-made compost and plant your seed.

Once the seedlings have grown, plant pot and seed in the ground.Its so much easier than trying to empty those silly plastic pot and the plant roots are less disturbed.

The square pots featured above  are made from folding newspaper. Find out how, here.

These are really easy to make and I really like them. They are strong enough to take  a lot of watering.

Or you can make round ones.I don’t like these as much – the square ones sit neatly in a tray . However there is certainly less folding and so they are quicker

What to do…

paper seed pots1 Take a drinking glass or can and a sheet of newspaper.

2 Fold the newspaper into a strip about 15 cm wide, so that the strip has several layers to it.

3 Lay the strip on a work surface. Take the glass or can and place the end of the glass so that it is 5cm in from the edge of the paper. Roll the strip of paper around the glass, you may want to use a small piece of masking tape to stick the remaining flap of paper down.

4 Fold in the overlapping paper so that the end of the glass is covered.

5 Stand the glass on it’s end pushing down the paper from within the pot. You may also use a small piece of tape to secure the bottom.

Once you have made your pots, fill with peat free compost and plant your seeds. For extra
stability stand your pots together in a tray. Once the seedling has sprouted two sets of leaves,make a few holes in the sides of the container and then plant it into the ground.

With thanks to recyle for Hampshire and the Makers of the Homestead

paper potterYou can  buy a special kit for making these but why bother? However if you insist you can get them here(along with a lot of other plastic free garden supplies), from  Amazon  You can read our Amazon policy here.

You can also use toilet roll inners.

 

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Plant Pots Compostable

Took this form a very interesting article here. I will be looking into them more closely in the future

Low-‘e’

Regarding energy use and carbon footprints, the lowest ‘footprint’ container by Jiffy is the CarbonLite. It is made primarily from low-e bio-based plant starches, and uses less total energy than either plastic pots or pots made to be compostable. Roelof Drost from Jiffy talks about how this low energy pot came to be: “Instead of focusing on the end of the life cycle of a product (recycled, composted) here we focused on the beginning of the life cycle of the product and asked ourselves how much energy is used to get to the desired result. Taking that route, we have created a container with an extremely low carbon footprint. This is what it should be all about — using as little input material as possible to get to the desired result. These pots are usually less expensive to make than other bio-based pots. That’s real sustainability.”

The CarbonLite pot is Vinçotte OK biobased certified. On a basis of the formulated percentage of renewable raw materials the pot is rated two-star bio-based. This means that more than 60 percent of the raw materials are renewable and in the case of CarbonLite pots are renewable plant starch based. The pots are recyclable.

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Dioxins

The chemical name for dioxin is: 2,3,7,8- tetrachlorodibenzo para dioxin (TCDD).

The name “dioxins” is often used for the family of structurally and chemically related polychlorinated dibenzo para dioxins (PCDDs) and polychlorinated dibenzofurans (PCDFs).

Certain dioxin-like polychlorinated biphenyls (PCBs) with similar toxic properties are also included under the term “dioxins”.

Some 419 types of dioxin-related compounds have been identified but only about 30 of these are considered to have significant toxicity, with TCDD being the most toxic.

Dioxins are classed as a persistant organic pollutants, (POPs), also known as PBTs (Persistent, Bioaccumulative and Toxic) or TOMPs (Toxic Organic Micro Pollutants.)

POPs are a small set of toxic chemicals that remain intact in the environment for long periods and accumulate in the fatty tissues of animals. You can find out more about POPS here

burning plastic & cow

Dioxins occur as by-products in  the incineration of chlorine-containing substances such as PVC (polyvinyl chloride), in the chlorine bleaching of paper, and from natural sources such as volcanoes and forest fires, waste incineration, and backyard trash burning, and herbicide manufacturing. More on burning plastic here

The most toxic chemical in the class is 2,3,7,8-tetrachlorodibenzo-para-dioxin (TCDD). The highest environmental concentrations of dioxin are usually found in soil and sediment, with much lower levels found in air and water.

The word “dioxins” may also refer to other similarly acting chlorinated compounds (see Dioxins and dioxin-like compounds).

Dioxins are of concern because of their highly toxic potential. Experiments have shown they affect a number of organs and systems. Once dioxins have entered the body, they endure a long time because of their chemical stability and their ability to be absorbed by fat tissue, where they are then stored in the body. Their half-life in the body is estimated to be seven to eleven years.

In the environment, dioxins tend to accumulate in the food chain. The higher in the animal food chain one goes, the higher the concentration of dioxins.

“Humans are primarily exposed to dioxins by eating food contaminated by these chemicals. Dioxin accumulates in the fatty tissues, where they may persist for months or years. People who have been exposed to high levels of dioxin have developed chloracne, a skin disease marked by severe acne-like pimples. Studies have also shown that chemical workers who are exposed to high levels of dioxins have an increased risk of cancer. Other studies of highly exposed populations show that dioxins can cause reproductive and developmental problems, and an increased risk of heart disease and diabetes. More research is needed to determine the long-term effects of low-level dioxin exposures on cancer risk, immune function, and reproduction and development.”

Doixin is a known human carcinogen and the most potent synthetic carcinogen ever tested in laboratory animals. A characterization by the National Institute of Standards and Technology of cancer causing potential evaluated dioxin as over 10,000 times more potent than the next highest chemical (diethanol amine), half a million times more than arsenic and a million or more times greater than all others.” From the World Health Organisation

“Dioxins, which are highly toxic even at low doses, are produced when plastics are manufactured and incinerated. While dioxin levels in the U.S. environment have been declining for the last 30 years, they break down so slowly that some of the dioxins from past releases will still be in the environment many years hence.

In its 2000 final draft reassessment of the health effects of dioxins, the EPA concluded that dioxins have the potential to produce an array of adverse health effects in humans. The agency’s report estimated that the average American’s risk of contracting cancer from dioxin exposure may be as high as one in 1,000–1,000 times higher than the government’s current “acceptable” standard of one in a million.

Dioxins are also endocrine disruptors, substances that can interfere with the body’s natural hormone signals. Dioxin exposure, moreover, can damage the immune system and may affect reproduction and childhood development.” The green guide

Dioxins are unintentionally, but unavoidably produced during the manufacture of plastics containing chlorine, including PVC and other chlorinated plastic feedstocks.

Halogenated plastics include:
Chlorine based plastics:
Chlorinated polyethylene (CPE)
Chlorinated polyvinyl chloride (CPVC)
Chlorosulfonated polyethylene (CSPE)
Polychloroprene (CR or chloroprene rubber, marketed under the brand name of Neoprene)
PVC
Fluorine based plastics:
Fluorinated ethylene propylene (FEP)

Burning these plastics can release dioxins. 

More on PVC here

More on burning plastic here

Other Sources

U.S. Department of Health and Human Services

Wikkipedia

Antimony in the bottle, in the contents

Food Addit Contam Part A Chem Anal Control Expo Risk Assess. 2011 Jan;28(1):115-26. doi: 10.1080/19440049.2010.530296

Migration of antimony from PET bottles into beverages: determination of the activation energy of diffusion and migration modelling compared with literature data.

It was concluded that antimony levels in beverages due to migration from PET bottles manufactured according to the state of the art can never reach or exceed the European-specific migration limit of 40 microg kg(-1). Maximum migration levels caused by room-temperature storage even after 3 years will never be essentially higher than 2.5 microg kg(-1) and in any case will be below the European limit of 5 microg kg(-1) for drinking water. The results of this study confirm that the exposure of the consumer by antimony migration from PET bottles into beverages and even into edible oils reaches approximately 1% of the current tolerable daily intake (TDI) established by World Health Organisation (WHO). Having substantiated such low antimony levels in PET-bottled beverages, the often addressed question on oestrogenic effects caused by antimony from PET bottles appears to be groundless.

Water Res. 2008 Feb;42(3):551-6. Epub 2007 Aug 6.

Antimony leaching from polyethylene terephthalate (PET) plastic used for bottled drinking water.

Westerhoff PPrapaipong PShock EHillaireau A.

Antimony is a regulated contaminant that poses both acute and chronic health effects in drinking water. Previous reports suggest that polyethylene terephthalate (PET) plastics used for water bottles in Europe and Canada leach antimony, but no studies on bottled water in the United States have previously been conducted. Nine commercially available bottled waters in the southwestern US (Arizona) were purchased and tested for antimony concentrations as well as for potential antimony release by the plastics that compose the bottles. The southwestern US was chosen for the study because of its high consumption of bottled water and elevated temperatures, which could increase antimony leaching from PET plastics. Antimony concentrations in the bottled waters ranged from 0.095 to 0.521 ppb, well below the US Environmental Protection Agency (USEPA) maximum contaminant level (MCL) of 6 ppb. The average concentration was 0.195+/-0.116 ppb at the beginning of the study and 0.226+/-0.160 ppb 3 months later, with no statistical differences; samples were stored at 22 degrees C. However, storage at higher temperatures had a significant effect on the time-dependent release of antimony. The rate of antimony (Sb) release could be fit by a power function model (Sb(t)=Sb 0 x[Time, h]k; k=8.7 x 10(-6)x[Temperature ( degrees C)](2.55); Sb 0 is the initial antimony concentration). For exposure temperatures of 60, 65, 70, 75, 80, and 85 degrees C, the exposure durations necessary to exceed the 6 ppb MCL are 176, 38, 12, 4.7, 2.3, and 1.3 days, respectively. Summertime temperatures inside of cars, garages, and enclosed storage areas can exceed 65 degrees C in Arizona, and thus could promote antimony leaching from PET bottled waters. Microwave digestion revealed that the PET plastic used by one brand contained 213+/-35 mgSb/kg plastic; leaching of all the antimony from this plastic into 0.5L of water in a bottle could result in an antimony concentration of 376 ppb. Clearly, only a small fraction of the antimony in PET plastic bottles is released into the water. Still, the use of alternative types of plastics that do not leach antimony should be considered, especially for climates where exposure to extreme conditions can promote antimony release from PET plastics.

Taken from the thegreenguide click here to visit

#1 PETE plastic water bottles have been shown to leach antimony into water. A recent study conducted by University of Heidelberg researcher Bill Shotyk, and published in the January 2006 Journal of Environmental Monitoring, found antimony levels in PETE water bottles were higher than levels found where the water was sourced. According to Shotyk, consumers should not be concerned about drinking water bottled in PETE plastic, as the levels found in water are below safe drinking standards. Nonetheless, it’s important to remember that leaving water in any plastic bottle for a prolonged period of time allows for chemical leaching to occur.

 

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Dioxins & Burning plastic

So, is it safe to burn plastic? Well most plastics don’t  burn easily – it melts and bubbles.  It will burn eventually but you have to keep heating it. And, when you do set fire to plastic it gives off a terrible smell.

But is it bad for you? It could be lethal.

The smell according to the naked scientist could be anything. They say

“There are lots of different plastics, and they will give off lots of different vapours when they decompose.

It could be just a simple hydrocarbon, or it could contain cyanides, or PCB’s, or lots of other substances.  Without knowing what the plastic was …..it would be difficult to know what are the likely volatiles it would create…. volatiles given off from plastics in house fires are a major cause of death.”

So, to conclude, it depends on the plastic then. PLA plastic is it is claimed non toxic and safe to burn. Some oil based plastics like polythene are an efficient fuel and burns in the same way oil does. Not pleasant exactly but not exactly dangerous either. PCBs? – thats a dioxin and dioxins are nasty!

It’s a big NO if its a halogenated plastics, i.e one of those  made from chlorine or fluorine

Halogenated plastics include:
Chlorine based plastics:
Chlorinated polyethylene (CPE)
Chlorinated polyvinyl chloride (CPVC)
Chlorosulfonated polyethylene (CSPE)
Polychloroprene (CR or chloroprene rubber, marketed under the brand name of Neoprene)
PVC
Fluorine based plastics:
Fluorinated ethylene propylene (FEP)

Burning these plastics can release dioxins. Dioxins are unintentionally, but unavoidably produced during the manufacture of materials containing chlorine, including PVC and other chlorinated plastic feedstocks.
Dioxin is a known human carcinogen and the most potent synthetic carcinogen ever tested in laboratory animals. A characterization by the National Institute of Standards and Technology of cancer causing potential evaluated dioxin as over 10,000 times more potent than the next highest chemical (diethanol amine), half a million times more than arsenic and a million or more times greater than all others.

The World Health Organisation said “Once dioxins have entered the environment or body, they are there to stay due to their uncanny ability to dissolve in fats and to their rock-solid chemical stability.”

That is because dioxins are classed as one of the persistant organic pollutants, POPs, also known as  as PBTs (Persistent, Bioaccumulative and Toxic) or TOMPs (Toxic Organic Micro Pollutants.)
POPs are a small set of toxic chemicals that remain intact in the environment for long periods and accumulate in the fatty tissues of animals. They are extremely toxic and cause all manner of illnesses. You can find out more about POPS here

The Uk Government states on their website “Burning plastic, rubber or painted materials creates poisonous fumes and can have damaging health effects for people who have asthmatic or heart conditions. This is covered under the Environmental Protection Act 1990

And in America Burn barrels have this to say… “Burning trash in a 55 gallon drum or in just a pile, often in the backyard, is a common method of solid waste disposal in some rural areas. Surveys have revealed between 25 and 50 percent of rural residences and farms may do backyard burning. Backyard burning is by definition “uncontrolled” burning and results in very high levels of toxic chemicals emitted in the smoke. Compared to municipal incinerators it takes place at much lower temperatures, with virtually no combustion air control, and with none of the very expensive high-tech pollution filtering apparatus required before the incinerator stack. Very high levels of toxic chemicals and particulates are present in the smoke from open burning of waste. These may cause acute respiratory and other health problems in those breathing the smoke. Burning plastics can be especially problematic, with PVC plastic in particular contributing to high emissions of dioxin.

SO, IN CONCLUSION, don’t burn plastic on open fires unless you know exactly what it is made up of..Identifying plastic is not always possible so while there are some plastics that are supposed to be safe to burn, I won’t be burning any on my bonfire.

And If you have been sniffing burning plastic fumes and are now feeling worried,  find out what kind of plastic it was and then track down the Material Safety Data Sheet. This will tell you everything you need to know.

Is it safe to burn plastic in my local waste disposal plant incinerator?

It is claimed that all plastics can be burnt safely  in the modern industrial incinerators – but only those built to high specifications. Opinions vary wildly as to wether this is the case with environmentalists saying we are poisoning the very air that we breathe.

Many of these plants generate electricity from the heat produced so in effect the plastic is recycled.

The resulting ash from incineration plants has to be disposed of and so presnets yet another waste disposal challenge.

You can read more about incinerating plastics and waste to energy plants here

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Bedroom

In the plastic free bedroom you can find the following

  • Feather or will duvet. You can also get cotton but I haven’t tried these
  • Unwrapped bedding from natural fibres.
  • Candles – for romantic lighting
  • wooden coathangers in the wardrobe
  • Clothes made from natural fibres

In spring 2019 I bought some new duvet covers for the van. I’ve been using them for most of the year and can confirm that they do the job. And they were reasonably priced, 100%cotton  and came in plastic free packaging.

Indeed.

A plastic free duvet cover is hard to find. It seems that washable cotton products generally need a tough plastic casing to pack them in. But not at Denhelm mill. Their duvet covers comes in a little cotton bag with a cardboard label! The packaging board inside is also cardboard inside. Apart for the Velcro tab on the bag, it’s all #plasticfree. They also do sheets and pillow cases. Thank you dunhelm mill.
They have stores all over the U.K. see www.dunhelm.com for details.

While they are of course a chain they do meet some of our other ethical shopping criteria

“Dunelm Group plc is a British home furnishings retailer with 170 stores and over 100 in-store Pausa coffee shops, throughout the United Kingdom. One of the largest homewares retailers in the United Kingdom, Dunelm’s headquarters are in Watermeadow Business Park, Syston in Leicestershire, England. Wikipedia

See their other plastic free products featured in our Facebook album

Duvet

There are lots of synthetic duvets on the market full of polyester and the like but even before I went …
Read More

N.B.

lines changes, products get removed. For more information why not ask the Plastic Is Rubbish FB group for updates. They are a great source of tidbits, personal experience and the latest news. Why not join them and share the plastic free love x

And before you go…

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