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Wax – cheese

Buying plastic free cheese is not so easy. But waxed cheeses are becoming more available, and cheaper. So is this a viable alternative to plastic wrapped? And what actually is in that wax? Waxed cheeses are covered with a mix of paraffin and microcrystalline wax Both are petroleum based.  The wax is coloured with food grade colours. For example Babybel have this to say about their wax:  ”What is Mini Babybel®’s wax made of? The wax we use to coat our products is made of a blend of paraffin and microcrystalline waxes and colouring, which specifically contains no Bisphenol A. It’s “food safe” and meets very strict regulatory standards.It poses no health risk if accidentally ingested.” But still ….. Paraffin? Yikes. However paraffin is approved by the U.S. Food and Drug Administration for use in food, cosmetics, and medical applications. Food-grade paraffin is commonly used for manufacturing candles. For this and other interesting candle facts, visit this websiteHERE Microcrystalline wax? What?  “is a refined mixture of solid, saturated aliphatic hydrocarbons, and produced by de-oiling certain fractions from the petroleum refining process. ….. Microcrystalline waxes are tougher, more flexible and generally higher in melting point than paraffin wax. The fine crystal structure also enables microcrystalline wax to bind solvents or oil, and thus prevent the sweating-out of compositions.” Microcrystalline wax is often used in industries such as tire and rubber, candles, adhesives, corrugated board, cosmetics, castings, and others Other uses for parafin and microcrystalline wax include  Baby Oil – a liquid paraffin, Vaseline®  – a microcrystalline wax But back to cheese. So we go with the wax covered cheese. And of course the wax can be easily peeled off. But then what to do with it?

Composting

This wax is not labelled home compostable but.. According to the dominator wax website The Biodegradable Products Institute has concluded that the natural and synthetic paraffins of the types included in snow sports waxes are biodegradable. Microcrystalline waxes, including those used in snow sports waxes, are biodegradable/compostable. And paraffin is biodegradable “The wax components, n-and iso-alkanes with up to 50 carbon units were found to be rapidly and completely degraded within 28 days” reade more here

Candle Making

I heard of people who have used it to make candles. That cheesy aroma can only add to any romantic evening.  

Firelighters

I use it as firelighters. For which it is extremely good.

More

More wax facts here Plastic free cheesemakers can use beeswax  to seal their cheeses according to curd nerd Read more here
What is composting? And how do you do it? Find the answers here
 
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Gels

Xanthan Gum

Xanthan gum is a polysaccharide with many industrial uses, including as a common food additive. It is an effective thickening agent and stabilizer to prevent ingredients from separating. It can be produced from simple sugars using a fermentation process, and derives its name from the species of bacteria used, Xanthomonas campestris.

Wikipedia

It can be used in lieu of gelatine. Measure out half the amount of xanthan gum. ie  for i  2 tbsp. of gelatin, use 1 tbsp. of xanthan gum. For baked products, add around 1 tsp. for every cup of flour added.

Hyaluronate Acid

Sodium hyaluronate is the sodium salt of hyaluronic acid, a glycosaminoglycan found in various connective tissue of humans.Wikipedia

Hyaluronate Acid is

A white powder with no aroma. Commercially, much of it is sourced from poultry (rooster combs) which we refuse to stock. The type we have sourced is made by producing enzymes from a bacteria based biofermentation process. It is guaranteed to be animal free.

1 gr Sodium Hyaluronate
98,4 gr Distilled Water
If you have an air conditioning system or an electric dehumidifier, you can use the water which accumulates during their use as well. The dehumidifier usually has a container the water is collected in. Household air conditioners have an external compressor water tends to fall under, so place a bucket underneath and collect the water that way. https://thewatergeeks.com/how-to-distill-water/

She suggests adding a preservative but I don’t as preservatives react with my skin.

weigh the Sodium Hyaluronate and the water
Pour the Sodium Hyaluronate on top of the water

“At this point some people like to mix it and some people like to let it be.
I have actually tried both ways and here is my experience: if you try to mix it at this stage, part of the SH will stick to the spoon. This means that a precious part of your gel will get lost (and SH is not exactly cheap, so you’d want to mind this).
IMO it is better to let the SH hydrate by itself on top of the water for a while, and stir later.

4) Cover the glass with plastic film and let it rest in the fridge for few hours.

5) After few hours the SH will be hydrated. Now you can stir it with a spoon so to make the gel more smooth (there will be harder parts and softer parts).

6) Add your preservative, stir again and put in a bottle 🙂

You can use this Gel by itself, for its great hydrating properties!
If you have a very dry skin you could like to use it before applying your cream 🙂
You could also make a more luxurious gel by substituting part of the water (or the entire water) with Rose water!

As you might have noticed in the market we can find creams or serums that say “40% Hyaluronic Acid”.
Well, as you can see I am using 1% of Sodium Hyaluronate and this is the highest concentration I can use.

Taken from this great blog

Check out all our home made make here

 

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…

If you have found the #plasticfree information useful, please consider supporting us. It all goes to financing the project (read more here) or

Buy Me a Coffee at ko-fi.com

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Bleaching Paper

Until the 1990s, chlorine was mostly used for bleaching paper because it does the job very efficiently. The downside is that the process results in dioxins. Paper mills a major sources of dioxins in the environment.
Dioxins are known carcinogens that bioaccumulate in the food chain. You can read more here. They are very nasty and we do not want them lurking in the water or our body fat. Thankfully safer alternatives are being developed. Please consider choosing one when you buy any paper product.

Unbleached – BEST
No process is used to brighten the fibre and the resulting paper is the natural brown colour of untreated wood pulp.

When buying bleached paper heres what to avoid and what to buy

Elemental Chlorine. NO.
This is the old school method. A chemical gas is used to brighten paper fibers but results in the most dioxins.

Elemental Chlorine Free. IF YOU HAVE TO
“Uses a chlorine compound, most often chlorine dioxide, that significantly reduces dioxins but does not eliminate them. Paper companies using ECF often say that dioxin is “nondetectable” in their wastewater. This refers only to the sensitivity of prescribed tests, and does not necessarily mean there are no dioxins. State-of-the-art tests are often able to detect dioxins when prescribed tests find them nondetectable.”

Totally Chlorine Free YES
Non chlorine alternative bleaching processes, including
oxygen,
peroxide
ozone bleaching systems

None of the above result in dioxins or chlorinated toxic pollutants.

Processed Chlorine Free YES
When recycled fibres are used in the finished paper this tells you that the recycled content was originally bleached without chlorine or chlorine compounds as well as new the virgin fibres.

The Worldwatch Institute (Paper Cuts, 1999) reports that a mill using standard chlorine bleaching will release about 35 tons of organochlorines (dioxins and chlorinated toxic pollutants) a day. An ECF mill will release 7-10 tons per day. A PCF/TCF mill will release none.

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…

If you have found the #plasticfree information useful, please consider supporting us. It all goes to financing the project (read more here) or

Buy Me a Coffee at ko-fi.com

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Essential Oils

Essential oils have gone from being an obscure aspect of botany to an all round marketing  ‘good thing’.  Almost every product you buy from washing powder to shampoo trumpets that they contain essential oils. So much better, so much greener. As such they have been embraced by the environmental movement as the fragrance for your home made products, a staple in  your medicine chest and the relaxant in your bath.

I have been using them for years thinkin that they are a so eco friendly. But are they really? And are they even oils?

What Are Essential Oils?

They are not actually oils because they do not contain fatty acids.
They are in fact terpenes
Terpenes organic compounds produced by plants (and occasionally insects).
Terpenes are made up of isoprene units, each consisting of five carbon atoms attached to eight hydrogen atoms (C5H8)
They are often strong-smelling.
So essential oils are the strong smelling terepenes found in plants and insects.

Terpenes

Terepenes (along with phenolics nitrogen-containing compounds ) are called secondary metabolites.
Secondary metabolites are chemicals produced by plants for which no role has yet been found in growth, photosynthesis, reproduction, or other “primary” functions. These chemicals are extremely diverse; many thousands have been identified in several major classes. Each plant family, genus, and species produces a characteristic mix of these chemicals, and they can sometimes be used as taxonomic characters in classifying plants. Humans use some of these compounds as medicines, flavorings, or recreational drugs. 

Just so you know – search for terepenes and you get a lot of information about marijuana

They are often characteristic of particular species, are sometimes only produced under particular environmental conditions and for different reasons. The lemon tree for examples produces a pungent oil to repel insects while the rose creates pungent oil to attract them.

N.B. Fragrance oil and essential oil are NOT the same thing. Fragrance” or “fragrance oil” or “perfume” often refers to synthetic scents.

 Medical Qualities

Some essential oils appear to have antibacterial and antifungal properties. Others may help speed up healing. However while many claims are made about the potency of essentail oils there is not enough scientific evidence to back them up. Generally it seems to be accepted that they do some limited good though should not be relied on to cure any serious complaints or used to swab down an operating theatre.

While they might not be hugely effective they dont do much harm either. Secondary metabolites are broken down relatively easily so are unlikely to accumulate in large quantities in the environment.

Growing the Oil

Though figures vary you can safely say it takes a lot of plants to produce a small amount of oil..

For one pound of essential oil you will need
50-60 pounds of eucalyptus
200 -250 lbs of lavender Sources include Bulgaria, England, France, USSR, Yugoslavia, Australia, USA, Canada, South Africa, Tanzania, Italy and Spain2 2,000 lbs of cypress
5,000 to 10,000 pounds of rose blossoms to produce one pound of essential oil. Primary cultivation sites for one company include: France, Tasmania, Spain, Italy, England, and China.

Extracting the Oil

Terpenes are usually extracted from plants by steam distillation or chemical extraction.

Environmental Concerns

No matter how they are grown essential oils take up a lot of agricultural land
Growing single species for harvest results in a monoculture style of farming.
Plus all the other demands of farming, – water, fuel, fertilisers organic or not.
It is a lot of input for a very small harvest of what is basically a luxury product.
Add to that the fuel needed to extract the oils “If steam distillation is used temperatures above two hundred degrees applied anywhere from 2-24 hours to extract various oils. ”
If chemical solvents are used which are more effective and so require less plant material, but in turn pose issues of toxicity for people and the environment. 
Some oils are harvested from the wild from threatened species.
Cropwatch, a non-profit that keeps tabs on the natural aromatics industry, maintains a list of wild species threatened including rosewood, sandalwood, amyris, thyme, cedarwood, jatamansi, gentian, wormwood and cinnamon,

Should You Use Them…

Personally all of which makes me wary of using essentail oils. I do love the smell but I don’t like the idea that so many resources go into making one tiny bottle of luxury scent.
If you are going to use essentail oils please use them sparingly and buy from a company that is clear about how they grow and harvest their oils.

Take a look at Pravera or Yorkshire Lavender

How To Use Them…

Read more about the oils we use and what for, HERE.

More

See a full range of homemade #plasticfree personal care products here 
And find out how to make lots more stuff HERE
Find all plastic free personal care products here…

Ingredients

An introduction to some of the stuff you need to make the above

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Bristles

Natural fibre brushes come in many sizes – you can get everything from big bristly brushes for sweeping yards to cute scrubbers for your nails. They  can be used for sweeping, brushing, scrubbing and scouring.

If you don’t know your Piassava from your Pasodoble read the following:

Bassine is a coarse leaf fiber from palmyra palms. It is inexpensive and durable. It is used to make stiff sweeping brushes often used outdoors.
Natural Coco Fibre (COIR)  comes from the husk of the Coconut tree. It is softer than bassine so more liable to crush and splay. Makes a good soft sweeping brush.
Black Coco Fibre (DYED COCO) is coloured natural coco and has exactly the same properties.
Flagged Black Fibre is specially treated dyed coco fibre where the ends have been flagged or split. It sweeps better than plain coco fibre.

Bahia Piassava (BASS) is a stiff fibre harvested from trees. It is water resilient and doesnt distort. It comes from Bahia in Brazil.
Arenga (GUMATI ) Arenga fiber is harvested from the Arenga Pinnata Palm in Indonesia. Arenga is softer and finer than Bahia Paissava. It is very hard wearing and resilient
Tampico Fibre is from the lecheguilla plant (Agaves Sisalana, Agave Foreyodes) grown in Mexico. Good wearing and reasonable sweeping qualities, but is liable to crush. It is also very water absorbent, and non-electrostatic, so that the brushes remain dust free. The natural colour varies from green to yellowish-white although the fibre can also be black or brown as well as grey. The material is used extensively for making yard brooms, panel brushes, deck brushes, nail brushes and bath brushes.
Cereal root is the root of a species of grass, zacaton plant, which grows on the high plateaux of Mexico. The roots of the Zacaton are cut from the plant, washed clean from soil and transported to a preparation factory. Cereal root is a tought, elastic and water-resistant material which is used for vegetable brushes and washing-up brushes.
Union mixture is a mixture of white fibre and bassine. It´s a strong and water-resistant mixture which is used for vegetable brushes, deck brushes and scrubbing brushes

With thanks to Ravibrush  and  irishantverk for the above information

Animal Derived Bristles
The most commonly known uses for animal bristle and hairs are
Boars hair is used for hairbrushes.
Feathers for dusters
Paint brushes for decorating and art

But almost every other animal hair, feather or bristle can be used for something it seems.
Including
Camel Hair Brushes
Goat Hair Brushes
Hog / China Bristle Brushes
Horse Hair Brushes
Ox Hair Brushes
Pony Hair Brushes
Red Sable Brushes
Sabeline Brushes
Squirrel Hair Brushes

Decorating Brushes
Paint brushes are made from either synthetic fibres or natural hairs. Natural hair brushes are usually Chinese Hog or badgers hair and are recommended for use with oil based paints as they flow more smoothly and actually paint on the surface rather than simply “spread” the paint about. Synthetic brushes, e.g. Nylon or Ployester can be used with all paints but their use with water based, emulsion paints, is more usual. Chinese hog bristles absorb water which makes using them with water based paints very difficult and getting a good finish is almost impossible. Other natural fibres used for good quality paint brushed are Camel hair brushes, Squirrel hair brushes and Sable hair brushes.

Synthetic Bristles

Polypropylen (PPN) PPN
Polyvinyl Chloride (PVC)
Flagged PVC/PPN

Easy enough to spot when they are used alone but sometimes they are mixed with natural fibres. Do check carefully. Ask if any of the above have been used or look carefully at the bristles. Here is an example.post scrub brush

Find reviews of natural fibre sweeping brushes here

    • Coir is a coarse, short fibre extracted from the outer shell of coconuts, that can be used for other things including
    • Coconut pan scrub

You can see almost every kind of brush ever made, here

Read about other natural fibres and yarn here

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Fabric – An Introduction

Post Index

Definitions

Making Fabric

  • Types  Of Fabric
  • Fabric Weights 
  • Why Organic & Fair-trade 

Related Posts

An Introduction To Fabric

Introduction 

Fibres are short fine hairs that can be twisted or spun into longer thread or yarn. This is then woven or knitted into fabric.Natural fibres biodegrade. Synthetic fibres are man-made and plastic. Most dont. Regenerated Fibres are cellulose converted through a chemical process. Some it is claimed are biodegradable. Some are not. Yarns and fabrics made from these fibres share these qualities. Clothing – ditto. 

Natural Fibres used for finer fabrics and yarn include

  • Cotton used to make cotton
  • Flax is used to make linen. It is one of the strongest vegetable fibres. Other vegetable fibres include hemp and nettles.
  • Coarse fibres such as hemp is used to make sacking 
  • Wool and other animal hair 
  • Silk strong and light weight. Read more here.
  • Read more  HERE

Synthetic fibres

These are man-made from chemicals many of which are petroleum derived. Acrylic, nylon and polyester  are the most common. They are made from oil and coal.

  • Acrylic fibre resembles wool and so is used to replace that natural fibre.
  • Nylon is used as a silk substitute. It is a very fine and strong fibre so can be used to make ladies tights.
  • Polyester is one of the most popular man-made fibres. It can be used to mimic almost any natural fibre. is the same Polyethylene terephthalat, (frequently shortened to PET or PETE and was formerly called PETP or PET-P), that is used to make bottles and a lot of other plastic stuff.
  • Read more HERE

Regenerated Fibres

The base material is cellulose that can be obtained from a range of sources including wood, paper, cotton fiber, or  bamboo. It is then converted through a chemical process into a fiber.

They usually go under the trade names such as 

  • Rayon
  • Bamboo Rayon
  • Viscose,
  • Modal
  • Tencel (lyocell)

Regenerated Fibres & fabrics  a very basic introduction

Making Fabric

Fabric can be woven or knitted from yarn made by spinning fibres. 

Fabrics are often named  after yarn type. So cotton can be the fibre the yarn or the fabric. They can be a mixture of yarns like poly cotton – polyester and cotton mix. They may be named after the trade name like Modal.

Mixed Fibre Fabric

Where different fibres are mixed together like a wool/ silk mix  popular for suits or natural and synthetic eg polycotton

Stretch Fabrics

Stretch fabrics contains elasticine also called Spandex or Lycra. It 

is a synthetic fiber known for its exceptional elasticity. It can be stretched up to 7 times it’s own length and snaps back into shape. It is blended with other fibres, both synthetic and natural, to create a stretchy fabric great for underwear and sports wear. Read more here

more names for fabric

There are many different kind of weave resulting in fabrics of different thickness and texture. Fabrics may be named after the weave for example twill.

Jersey is a knitted fabric that could be made from cotton, silk or polyester.

Cotton fabric can be described as denim, lawn or muslin.

Silk comes under any number of of luscious sounding names including Charmeuse, Chiffon and Crepe de Chine.

Different types of fabric have different qualities – demin is a heavy thick hard wearing cotton fabric while lawn is thin sheer cotton fabric. Differences are down to how the fabric is made and the weight (thickness) of the yarn used.

You can find over 200 types of fabric listed HERE

Fabric Weights

GSM means grammes per square metre so typically a voile or muslin would weigh less than 100 grammes per metre.

Shirtweight would be 100 to 200 gsm. Lightweight canvas would be around 300gsm. Denim is often classified in oz per sq yard. 12 oz = 400 gsm.

Natural & Ethical Fabrics

As many fabrics are made in poorer countries, do try to source fair-trade when ever possible. There are good reasons for trying to also source organic. Cotton especially uses huge amounts of pesticides.

Problem is fair trade and organic don’t come cheap and I can’t always afford it. So, without beating myself up about it, I also buy natural but almost-certainly-non-organic, who-knows-how-it-is-made fabric from local fabric shops.

Buy Fabrics

Buy fabric and other related informotion here



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Natural V Synthetic fabric

In April I am going to be trawling through my wardrobe, ( such as it is). here is some background information to get you in the mood.

What’s in your  Fabric

Synthetics

60% of fibres used today are synthetic and most of them are are petroleum derived, plastic in fact.

The most common are:

Acrylic fibre resembles wool and so is used to replace that natural fibre.
Nylon is used as a silk substitute. It is a very fine and strong fibre so can be used to make ladies tights.
Polyester is one of the most popular man-made fibres. It is the same  Polyethylene terephthalat, (frequently shortened to PET or PETE and was formerly called PETP or PET-P), that is used to make bottles and a lot of other plastic stuff.

Natural Fibres

The next big player in the textile market is cotton. Then in much smaller amounts wool and silk.

Regenerated Fibres

The base material is cellulose that can be obtained from a range of sources including wood, paper, cotton fiber, or  bamboo. It is then converted through a chemical process into a fiber. One such in bamboo. Most bamboo fabric  is made using  chemical solvents such as sodium hydroxide (NaOH – also known as caustic soda or lye) and carbon disulfide  combined with multi-phase bleaching. Both sodium hydroxide and carbon disulfide have been linked to serious health problems. Others are looking extremely promising and are biodegradable. But I don’t really know enough about them and more research needs to be done. They make up a small percentage of the market so for now I am going to discount them!

You can find more detailed facts and figures about synthetic and natural fibres here

Why Choose Natural Fibres

Natural sounds so lovely and clean but it can be low down and very dirty. Cotton comes with its own nasty a gender. A quarter of the total worldwide pesticide use occurs in cotton farming, hundreds or farmers get poisoned and it can take more than 20,000 litres of water to produce 1kg of cotton. Greedy and dirty!Read more…

Wool isn’t much better “The top three pesticides used on sheep are moderately toxic to humans but they are moderately to highly toxic to fish and amphibians, such as frogs, and they are suspected endocrine disruptors. Some of these pesticides are also highly water soluble which means that they can easily be carried from the sheep dip application site by rain or irrigation water runoff into our streams and rivers and contaminate our groundwater.” From Organic Clothing blog

However there are equally nasty chemicals used in making synthetic fibres. For example when making polyester, “Antimony is leached from the fibers during the high temperature dyeing process which is then expelled with the waste water. If not properly cleaned this results in a hazardous water pollutant.  Acrylonitrile used to make acrylic fibres is classed by the EPA as a probable human carcinogen (Group B1).

A main ingredient of Nylon  is “the chemical adipic acid. Producing the acid was once the largest source of industrial nitrous oxide (N2O), a greenhouse gas. Efficient pollution controls have reduced adipic acid emissions 61 percent between 1990 and 2006, according to the U.S. Environmental Protection Agency. But the chemical still accounts for 5-8 percent of global human-caused emissions of N2O.” read more

Plastic Fabric Pollution 

Synthetic sock survives ocean voyage

Moreover synthetic fibres have the same qualities as plastic. The problems with a polyester sock are the same as with a PET bottle. Though you get more wear out of a sock eventually it gets thrown away and because it is now non-biodegradable rubbish it needs to be special disposed of. Which is expensive and not always effective. Often cheap clothes and fabrics are not properly disposed of and go on to pollute the environment in the same way a bottle may. Plus all the other problems attendant with plastic products (you can read more about the problems with plastic here).

Micro Pollution

And it’s not just end of life disposal that is difficult, synthetic fabrics pollute through out their life time. Everytime they are washed they shed thousands of non biodegradable micro plastic fibres that wash down the drains and into the oceans where they are now affecting the ecosystem, (see micro plastics for more)

The energy used (and the CO2 emitted) to create 1 ton of spun fiber is much higher for synthetics than for hemp or cotton. 

My Choice

So, while acknowledging that natural fabrics have a major environmental impact I feel they are a better option for the following reasons

You can see the contents of my wardrobe here

 

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Fibres & Bristles

A  guide to natural and biodegradable fibres that are safe to compost and can be used and washed without shedding tiny plastic microfibres that go on to pollute the land and sea.

What Are Fibres & Bristles

Fibres are thin strands that can be spun to form one continuous thread that can be used a rope or thread or if fine enough woven into cloth.
Bristles are short stiff animal hairs or feathers. Or very  stiff vegetable fibres used in brushes.
Plant derived fibres/bristles include everything from the finest cotton to the stiffest bassine
Animal derived fibres/bristles range from fine silk to boar bristle hair brushes.
Bristles and fibres can also be replicated in plastic. So acrylic mimics wool and plastic brushes replace natural brooms.

Fibres, Yarns and Fabrics

Fibres (and then yarns and ultimately fabrics) can be can be natural, synthetic or chemically produced hybrid called regenerated fibres.

Know Your Fibres

Natural Fibres
These are plant or animal derived.
They biodegrade
Coarse Fibres for rope, string, sacking and industrial uses include:
Abaca can be used for rope, coir from coconuts has a wide range of applications, jute is used for sack cloth and sisal for string. As well as these traditional uses there are many new applications.
Read more HERE
Fibres used for finer fabrics and yarn include cotton, flax wool and silk. They are used to male threads and yarns and can ultimately be knitted or woven into fabrics

Synthetic fibres
These are man-made from chemicals many of which are petroleum derived.
They include acrylic , nylon and polyester
They are derived from oil and coal.
Most do not biodegrade.

Regenerated Fibres
The base material is cellulose that can be obtained from a range of sources including wood, paper, cotton fiber, or  bamboo. It is then converted through a chemical process into a fiber.
Some it is claimed are biodegradable. Some are not.
Regenerated fibres include Rayon, Bamboo Rayon, Viscose,Modal and tencel (lyocell)

Fabrics
Fibres can be spun into yarn or threads.
In turn this can be can be twisted into string or rope
woven or knitted into fabric.

More
Read more  about fabrics and fibres HERE

Know Your Bristles & Brushes

Plant Derived Bristles
Basin,
Natural Coco Fibre (COIR) can also be used as a rough yarn
Black Coco Fibre (DYED COCO),
Bahia Piassava (BASS) Arenga (GUMATI ) Tampico Fibre
Union mixture is a mixture of white fibre and bassine.

Animal Derived Bristles
The most commonly known are
Boars hair is used for hairbrushes.
Feathers for dusters
A variety of animal hair for decorating and artists paint brushes

Synthetic Bristles

Polypropylen (PPN) PPN
Polyvinyl Chloride (PVC)
Flagged PVC/PPN

Easy enough to spot when they are used alone but sometimes they are mixed with natural fibres. Do check carefully when buying natural fibres. Ask if any of the above have been used or look carefully at the bristles.

Read more HERE

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Glass

Things to consider when choosing glass packaging as oppose to plasticglass featured

What is glass 

  • Glass is made from sand, soda ash and limestone baked at temperatures of over 1500oC (~2730oF).
  • It requires a lot of energy to make.
  • Sand mining and soda ash manufacturing can be problematic.
  • It is heavy to transport.
  • It is the latter that makes glass environmentally challenging

Carbon costs of glass compared to plastic

a PET (a thermoplastic polymer resin) jar versus a glass one uses twice as much abiotic material (minerals and fossil fuel) to produce and 17 times more water (predominantly from cooling power plants) and produces five times the greenhouse gas emissions. Lucy Seigal writing in the Guardian

But start transporting glass and the figures change

Some calculate this could be as much as 2 tonnes of CO2, per 1 tonne of glass, when transport of such a heavy product is factored in. All this gives glass an Embodied Energy of about 12.7 MJ/kg. (By comparison aluminum is 170 (!!), cement 5.6 and kiln dried sawn softwood 3.4). Treehugger

A PET jar shipped 1,000km in lieu of a glass jar saves 19g of CO2e (carbon dioxide equivalent).Lucy Seigal writing in the Guardian

The weight of three main packaging choices for beverages have big impact on truckload size and thus fuel use.

“For a 335 ml container, the aluminum can is the featherweight at 11 g. The middleweight PET bottle weighs 24 g, while the heavyweight champ of the drink container world, the glass bottle, weighs a comparatively colossal 200 g.

The additional 176-plus grams holds a sizable environmental punch, as fewer bottles can be loaded onto trucks due to weight limits, meaning more trips, and a heavier load uses more fuel. In a German study, researchers calculate that a recycled glass bottle could be the cause of 20 per cent more greenhouse gas than a virgin aluminum can due to its added weight on a cross-country truck journey.

Recycling

Glass can be recycled indefinitely and into the same product over and over again. Glass lemonade bottles can be made into glass lemonade bottles.

Every tonne of glass saves 225 kg of carbon dioxide.

Plastics degrade during the recycling process. They cannot be made into like for like products (though that is changing), but they can be made into other things. P.E.T. bottles can become fleeces for example.

Reuse milk featured

Glass containers can be easily reused.  Sadly this rarely happens and there are limitations. This is from a W.R.A.P. report on the subject.

LCA studies show that the level of benefits refillables have over single use systems is dependent on a number of key factors, e.g. capture rates, transport distances and recycling rates. This stresses the need to view refillables on a case-by-case basis and not simply to promote the wholesale use of refillables irrespective of circumstance.

End User Issues

Glass is also heavy for the shopper. It can be hard work lugging all those jars home. Heavier products are more difficult to manipulate. The elderly and infirm can find glass jars and bottles too bulky to manipulate safely.

Plastic is much lighter and easier to grasp. Glass is slippery.

And of course when it does slip from your trembling hands it can smash in nasty sharp potentially dangerous pieces.

But glass is inert. It does not leach chemicals whereas plastic does. Some consider this to be a potential health hazard.

Many claim that food tastes better when stored in glass. Possibly because there are no leaching chemicals.

Pollution

Plastic disposable items can easily end up as litter. Because plastic doesn’t biodegrade this is litter with a lifespan of centuries. Plastic waste is damaging the environment and is now a huge ecological threat. 

Conclusions

The general consensus seems to be that glass is environmentally better than plastic but only if it doesn’t have to travel too far.

Glass is ideal for bottle reuse schemes such as milk deliveries. You can find one here…

 

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Vinegar

Vinegar is great. You can use it for all kinds of things and is almost plastic free to buy.

Vinegar is made by converting ethanol (alcohol) into acetic acid – the main ingredient in vinegar.

Vinegar is typically a 4-8% solution of acetic acid; the rest is water.This makes it a moderately strong acid.

Read about pH of acids and alkaline here.

It can be made from any any alcohol – wine vinegar is made from wine (!), apple vinegar from cider, malt vinegar from beer and white vinegar from moonshine as far as I can tell!

Vinegars can be made at home.

Live Vinegar 

Most vinegars are sold processed and filtered but you can buy live vinegar.

  • This still contains the mother Mother of vinegar a cloudy monstrous swamp  of acetic acid bacteria and cellulose. This is created during the fermentation process of alcohol into vinegar
  • The ‘mother’ is alive and is made up from bacteria, enzymes and living nutrients.
  • The presence of the mother shows that the vinegar has not been processed or filtered.
  • It is the mother that gives vinegar all its claimed health benefits.
  • You can also use it to make more vinegar

Apple Vinegar

  • is good as a  hair conditioner and skin toner
  • It can also be used for cleaning
  • And almost everything else.
  • It can be  made at home!
  • Tescos do an apple vinegar in a glass bottle with a metal screwtop lid. Apart from the little plasticised disc in the lid they are as plastic free as you can get.

Find out more about apple vinegar here including where to buy the good stuff

White vinegar

White vinegar is made 

  • can be used for cleaning and pickling
  • It is  made from either acetic acid produced in a laboratory or from grain-based ethanol (alcohol)
  • It is clear
  • It can be bought cheaply in large glass bottles at most supermarkets. However they will have  either a plastic lid or a metal lid lined with plastic.  It is a plastic price worth paying for this versatile product.

Malt Vinegar

  • is for pickles, chutneys and chips.
  • Malt vinegar is made from beer which is allowed to ferment until bacteria turn it into vinegar.
  • It has has a deep brown colour.
  • It can be bought cheaply in large glass bottles at most supermarkets. However they will have  either a plastic lid or a metal lid lined with plastic.  It is a plastic price worth paying for this versatile product.

Uses

Disinfectant

Vinegar is a mild disinfectant. It will kill some microbes but not all. You can read more here.

Cleaning

Vinegar is an acid so good at cleaning inorganic soils and alkaline stains and grime but NOT grease and fats.

 Examples of alkaline grime is hard water, mineral buildup, soaps scum (acid attacking an alkaline).

Vinegar can be used to clean all manner of things – you can find a big list here

Clear dirt off PCs and peripherals with equal parts white vinegar and water on a cloth damp not dripping

Other Stuff

  • Erase ballpoint-pen marks
  • Burnish your scissors
  • Clean your window blinds
  • Clean your piano keys
  • Get rid of water rings on furniture
  • Restore your rugs
  • Remove carpet stains
  • Brighten up brickwork
  • Revitalize wood paneling
  • Wipe off wax or polish buildup
  • Revitalize leather furniture
  • Conceal scratches in wood furniture
  • Remove candle wax
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Palm Oil

While I was in Malaysia I got to see some orangutangs. Most of them were in the rehabilitation center which is basically a safari park, a bit of preserved jungle.  I was also  lucky enough to see one in what was left of the  wild outside – along  with some big nose monkeys. When I say wild, I mean a tiny strip of jungle left straggling along the river bank. The rest of the area, that had once been wild and wonderful rain forest, was now covered with palm oil plantations. Acre upon bloody rolling acre of palm trees. The only reason we got to see so much wild life was that it had been pushed right up to the river by  farmers encroaching on their habitat. Those monkeys had no where to go and no where to hide.

Palm oil comes from Malaysia and Indonesia. Both countries have cut down hundreds of acres of rainforest to make way for huge mono crop farms. While Malaysia appears to be finally taking a more considered approach Indonesia is still tearing down trees and destroying ancient peat land at a frightening rate.

“The average annual rate of forest loss in Indonesia was 498,000 hectare (ha)  (FAO, 2010) from 2000 to 2010 or the equivalent of over 55 rugby fields per hour.

The expanding palm oil industry has been a key driver of this deforestation.  In the decade to 2010, Indonesian plantation area nearly doubled to close to 8.0 million ha and is expected to near 13 million ha by 2020 (PWC, 2012).”

Indiginous people have  been expelled from their land and the loss of habitat has obviously resulted in a  reduction in wildlife some of which, like the orangutang,  is now endangered. This has caused international concern and calls by many for palm oil to be boycotted,  So much so that in  2004, an industry group called the Roundtable on Sustainable Palm Oil (RSPO) was formed to work with the palm oil industry to help mitigate some of the worst impacts and rehabilitate the palm oil brand.

The World Wildlife Foundation has approved the  RSPO efforts  in “providing assurance that valuable tropical forests have not been cleared, and social safeguards have been met during the oil’s production” of Certified Sustainable Palm Oil.

What’s Palm Oil Used For?

Almost everything from food to cosmetics. You can see a big list here.

How Do I Know?

That’s not so easy. Many products that use palm oil don’t clearly label the fact. Palm oil and its derivatives can appear under many names.

The WWF lists includes the following:

INGREDIENTS: Vegetable Oil, Vegetable Fat,  Palm Fruit Oil,  Glyceryl, Stearate, Stearic Acid, Elaeis Guineensis, Palmitic Acid, Palm Stearine, Palmitoyl Oxostearamide, Palmitoyl Tetrapeptide-3, Sodium Kernelate, Sodium Palm Kernelate, Sodium Lauryl Lactylate/Sulphate, Hyrated Palm Glycerides, Etyl Palmitate, Octyl Palmitate, Palmityl Alcohol

And here are some more

  • PKO – Palm Kernel Oil
  • PKO fractionations: Palm Kernel Stearin (PKs); Palm Kernel Olein (PKOo)
  • PHPKO – Partially hydrogenated Palm Oil
  • FP(K)O – Fractionated Palm Oil
  • OPKO – Organic Palm Kernel Oil
  • Palmate
  • Palmolein
  • Palmitate – Vitamin A or Asorbyl Palmitate (NOTE: Vitamin A Palmitate is a very common ingredient in breakfast cereals and we have confirmed 100% of the samples we’ve investigated to be derived from palm oil)
  • Sodium Laureth Sulphate (Can also be from coconut)
  • Sodium Lauryl Sulphates (can also be from ricinus oil)
  • Sodium dodecyl Sulphate (SDS or NaDS)
  • Elaeis Guineensis
  • Glyceryl Stearate
  • Stearic Acid
  • Chemicals which contain palm oil
  • Steareth -2
  • Steareth -20
  • Sodium Lauryl Sulphate
  • Sodium lauryl sulfoacetate (coconut and/or palm)
  • Hydrated palm glycerides
  • Sodium isostearoyl lactylaye (derived from vegetable stearic acid)
  • Cetyl palmitate and octyl palmitate (names with palmitate at the end are usually derived from palm oil, but as in the case of Vitamin A Palmitate, very rarely a company will use a different vegetable oil)

*Disclaimer: Through research we’ve found that Vitamin A Palmitate can be derived from any combination of vegetable oil such as olive, coconut, canola and/or palm oil. Though in all the cases we’ve documented, companies use palm oil to make derivatives like Vitamin A Palmitate, it can be tricky to know for sure.

Join The Plastic Boycott & Go Palm Oil Free

Being plastic free means our palm oil consumption is cut to  a minimum because we

  • eat little processed food as processed food is usually plastic packed food.
  • cook from scratch and the only oil we use is olive oil or sunflower seed.
  • make most of our own cosmetic and cleaning products. We know what goes into them and that is the tiny amount of palm oil in a cosmetic emulsifier. Really we are talk maybe 25g And is certified sustainable.
  • clean using bicarb and palm oil free soap
  • using butter not margarine
  • don’t shampoo

When we do buy we try to buy palm oil free using this great data base of palm oil free products for guidance.

You can read why Lush stopped using palm oil in their cosmetics here.

Considerations

The palm oil industry provides a lot of work. While a boycott might help some it will of course impact on others. A meaningful dialogue and alternative work opportunities need to be developed.

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Paper versus plastic versus reusables

So if I don’t want to use plastic bags then would I suggest using paper as an alternative? Well actually no I wouldn’t.

Cutting down trees to make disposable paper products is very bad for the environment

Converting hard wood into paper bags is difficult work and results in more pollution than making a plastic bag.

Heres are some statistics are quoted on Wikipedia 

  •  Pulp mills contribute to air, water and landpollution. Discarded paper is a major component of many landfill sites, accounting for about 35 percent by weight of municipal solid waste (before recycling).[1] Even paper recyclingcan be a source of pollution due to the sludge produced during de-inking.[2]
  • Pulp and paper is the third largest industrial polluter to air, water, and land in both Canada and the United States, and releases well over 100 million kg of toxic pollution each year.[5]
  • Worldwide, the pulp and paper industry is the fifth largest consumer of energy, accounting for four percent of all the world’s energy use. The pulp and paper industry uses more water to produce a ton of product than any other industry.[6]

That’s not to say that plastic is a clean product but most sources agree it takes less resources to produce a plastic bag than a paper bag.

It also takes less resources to transport them. Paper is much heavier than plastic, more bulky and more expensive to move.

It is often argued that plastic bags are more likely to be reused usually as bin liners or as dog poop bags. If recycled bags were not available, users would have to buy plastic bin liners and poop bags new.  Which means f course that plastic bags are still being used but in a  less sustainable way.

But not all plastic bags are reused as bin liners and not everyone has a dog. Many bags are used once and then discarded.If all plastic bags were recycled say their advocates they would beat paper bags hands down. But  they are not. Most end up in landfill some end up as litter. Not all paper bags are recyled either but if they are dropped as litter they quickly biodegrade. Plastic bags do not and accumulate in the environment with serious consequences.


Indicator of Environmental Impact

Plastic bag
HDPE lightweight
*


Paper bag 

 Consumption of nonrenewable primary energy

 1.0

 1.1

 Consumption of water

 1.0

 4.0

 Climate change (emission of greenhouse gases)

 1.0

 3.3

 Acid rain (atmospheric acidification)

 1.0

 1.9

 Air quality (ground level ozone formation)

 1.0

 1.3

 Eutrophication of water bodies *

 1.0

 14.0

 Solid waste production

 1.0

 2.7

 Risk of litter

 1.0

 0.2

The Scottish Report (2005) http://www.scotland.gov.uk/Resource/Doc/57346/0016899.pdf

But while paper is more environmentally damaging, plastic pollution is reaching unacceptable levels and has to be tackled.

We have to stop using plastic to make disposable bags. We have to find sustainable alternatives.

Reusables Rather Than Disposables

For all the above I would be cautious about suggesting paper disposables as an alternative to plastic disposables.

My solution would be  to replace all disposables with reusables whenever possible.

Where disposables are offered they should be biodegradable and certified compostable so if they do end up as litter they will cause no damage to environment. I believe the current end problems of plastic pollution are greater than the initial problems of paper production pollution.

I would suggest

Bag Tax

However it is a very close call and the problems of paper pollution are big and not to be ignored. Nor would I like to see compostable plastic used to excess.

I would see all disposable packaging reduced as much as possible. Products should be sold loose and all onward packaging should have a clean up tax  attached i.e. All bags and packaging have to be paid for.

People bringing their own bags and packaging would obviously not have to pay

Reusable versus plastic bag case study….

The Environment Agency a UK government body has done a Life Cycle Assessment of Supermarket Carrier Bags Report SC030148 Read the report your self right here. It claims you would have use a cotton bag 393 times before its environmental impact equalled that of plastic bags.

Here are their maths….

It takes less resources to make one plastic bag then it does to make a reusable cotton bag.
pollution featured featured

Therefore a cotton bag has to be used 131 times before it equals a plastic bag.

If the plastic bags are then reused twice (so they are used 3 times in total) the cotton bag has to be used 393 times before it equals the environmental impact of the 131 polythene bags used 3 times each.

If the plastic bag is reused as a bin liner ( which is what most people do with them) then it is 327 times.

Do your cotton bags fall apart after 393 uses? Fall apart so badly they cannot be repaired? Mine don’t.

I have fair-trade organic string bags which I bought back in 2006 when I started my boycott. I am still using them and the cotton produce bags I bought at the same time 6 years later  ( and still now in 2015 come to that) .

Here are my maths….

Say I use one string bag 3 times a week. That would be for the weekly supermarket shop, the trips to the local butchers and green grocers, town on a Saturday to get library books and bits and bobs, carrying cabbages from the allotment, carrying cushions and all the other gubbins you use a bag for.

So say I use one string bag a very conservative 3 times a week over 52 weeks, (and the bag does go away with us and has been all round the world ),  I will use that bag at least 156 times a year in total

Over 6 years  I will have used that bag 936 times. My cotton bag is already 3 times greener than the plastic alternative and is good for many years yet. Actually it is even greener. You can get so much more in a string bag then a plastic bag. My string bag is worth at least 1 1/2  plastic bags for capacity.

When my bag does fall apart I will reuse it as a net to grow beans up then eventually compost it in my own compost bin.

Conclusions

If I didn’t have a reusable bag I would have to have used 312 plastic bags 3 times each in that time.

That’s 312 bags in the trash to be disposed of. They will most likely be landfilled or incinerated. Some of them might have blown off the truck during transportation. Wind blown refuse is a documented cause of litter.

Because we spend a lot of time abroad, some of them would have gone into bins in isolated villages in remote parts of the world – places that lack a waste collection service. Those bins would have been emptied into the river.

Produce bags…

As for produce bags; does any one reuse a produce bag 3 times – I don’t think so. Once as a dog poop bag maybe. But even if you do my cotton bags still win hands down.

Some Alternatives