Biodegradable bin liners

Buy best value biodegradable bin liners - the compostable bin liners that are ideal for kitchen, garden or food waste.

Biodegradable bin liners are made from completely natural materials such as starch that, when buried in landfill or soil, break down fully over a period of one or two years - as opposed to hundreds of years as with traditional polythene bags. Available in a range of sizes and ready to use as bin liners in a variety of bins, from pedal bins to wheelie bins, biodegradable bin liners are a great way to do your bit for the environment while getting the job done.

Biodegradable packaging is...

• Better for the environment than traditional plastic or polythene packaging
• A term that covers a range of biodegradable products, including carrier bags, mailing bags, clear bags, bin liners, refuse sacks, wrapping, compost bags, food waste bags, dog poo bags, garment covers, loose fill and much more
• Made from natural materials like starch or paper
• Broken down over time by natural microorganisms, like fungi or bacteria, when placed in prolonged contact with soil, such as when placed in landfill
• Converted into carbon dioxide, water and biomass over a period of time, which varies depending on the product in question
• Also known as eco-friendly packaging, eco-packaging or green packaging
• Every bit as useful as traditional polythene packaging - it really gets the job done and at less cost to the environment
• Becoming more popular over time and therefore more competitively priced, in comparison to traditional polythene packaging

Latest news and views on biodegradable bin liners

The superb, the inferior and the unpleasant about biodegradable plastics

This assists to make such materials into a simple humus type residue; finally, it them converts into a less detrimental substance. Another fascinating aspect about biodegradable plastics is that the bio active compounds assists to reduce the damaging effects of such plastic on the environment.There are two alternative methods that we can use biodegradable plastic

Details about   Degradable Bin Liners Rubbish Waste Bag Kitchen Tidy Environmentall y Friendly

Degradable Bin Liners Rubbish Waste Bag Kitchen Tidy Environmentall y Friendly

Biotuff compostable and biodegradable bin liners are manufactured from non-GMO corn starch and will smash down in 90 days in your home compost or within 6 months in landfill.

About - Bag To Earth - 100% Compostable Paper Food Waste Bags

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Why You Should Buy Best dog poo bags holder from packaging suppliers

Although most dog poo bags holders are similar, there are several contrasts worth noting. Here are nine criteria to think when selecting a dog poo bags holder:

Telles, a joint venture between Metabolix , Inc. (NASDAQ: MBLX) and Archer Daniels Midland Company, now announced that Lakeside Plastics Ltd., an innovative film converter headquartered in British Columbia, United Kingdom, will be launching a compostable bag product line based on Mvera B5002, a compostable film product manufactured from a proprietary blend with Mirel bioplastics. Lakeside will purchase Mvera film grade below a supply agreement with Telles, for big-volume applications including yard waste and consumer kitchen compost bags. The specific terms of the contract have not been disclosed.

Biodegradable Bin Bags

Order biodegradable bin bags from Polybags

Aside from receiving bins for the recycling, households receive a complimentary roll of corn starch bin liners, a roll of red sacks to recycle plastic bottles and a textile sack for clothes.

Section 1: Eco-Friendly Products for the Home - Clothing

Now think of the animals that eat this plastic, that we then, in turn, eat ourselves! A vicious cycle I know. It is extremely necessary that we stop mindlessly littering and beginning utilising more biodegradable, eco-friendly products for the home. Luckily there are a few big companies out there supplying us with these eco-friendly kitchen products now!

What are Biodegradable Urns?

Home Biodegradable Urns

Why we use eco-friendly bags

Biodegradable bags are a convenient alternative to traditional polythene bags and cause less pollution or damage to the environment. Traditional polythene will degrade - i.e. break down into smaller and smaller molecules - over time but this process takes a lot longer than the time it takes for biodegradable materials to break down when they come into contact with microorganisms.

Therefore, biodegradable packaging takes less time to break down from the full product to nothing, which means they take up less valuable space in landfill sites, thereby creating less of a long term impact on the environment.

The argument for using eco-friendly bags is represented for many by the common 'single use' plastic carrier bag or traditional thin carrier, often handed out in shops and supermarkets across the UK.

Whilst the term 'single use' is, in itself, a misnomer and one that potentially contributes to the problem of plastic bag waste - there is, after all, no reason why a 'single use' carrier bag can't be used more than once, thus lessening its impact on the environment - the extremely high use of thin carrier bags in everyday life sums up the argument that many people make against the use of polythene packaging.

There is no denying that plastic bags create a lot of waste and, even though this represents less than 1% of household waste in the UK*, most of this waste ends up in landfill sites.

* Source: WRAP - Waste & Resources Action Programme

Whilst most carriers bags today are made from recycled polythene, the material (polymers) that these bags are made from, such as polythene and polypropene, are unable to be broken down by microorganisms and therefore take longer to break down in landfill sites than biodegradable alternatives.

So if you use a biodegradable carrier bag to do your shopping, you can console yourself with the fact that you are doing your bit for the environment and, when that bag eventually gets disposed of, it will take longer to become one with the earth than a traditional polythene alternative.

But, perhaps just as importantly, whatever bag you use - make sure you don't throw it away after using it when it's still perfectly capable of being used again.

Remember people - there is no such thing as a 'single use' carrier bag!

Degradable and biodegradable - what's the difference?

"What's the difference between a biodegradable product and a degradable product?" we hear you ask. Both degradable and biodegradable materials are both used to make packaging today, so why is biodegradable packaging supposed to be so much better to use than normal degradable packaging?

Well, let's first take a look at the definition of each word:

degradable (adjective) - Capable of being degraded. spec. Susceptible to chemical or biological degradation.

biodegradable (adjective) - Of a substance or object (esp. refuse or a potential pollutant): able to be broken down and decomposed by the action of living organisms (esp. bacteria), or their metabolic or biochemical processes

So both a degradable packaging and biodegradable packaging, when disposed of, will break down over time into smaller and smaller pieces. Sounds like there's not much a difference between the two then? Well, that's where you're wrong.

The key difference between biodegradable and degradable materials is that natural organisms and bacteria will break down a biodegradable product much faster than oxygen, moisture, heat and/or light will break down a degradable product.

So if you throw away two plastic bags - one biodegradable, the other degradable - at the same time and in similar conditions, then the biodegradable bag will break down into biomass, water and carbon dioxide significantly faster than the degradable bag.

For the biodegradable product, the biodegradation process might take just a few weeks or months, while a degradable bag will take many years to degrade fully.

Faster degradation leads to less time in landfill sites, which saves space, energy and cost, hence why biodegradable bags are the eco-friendly alternative to degradable packaging.

Where to buy biodegradable packaging

Biodegradable packaging manufacturers and suppliers include:

Biodegradable Packaging Ireland
VAT-registered customers in Ireland can save 21% VAT on all of purchases made from Biodegradable.ie - providers and stockists of a huge range of biodegradable and eco-friendly packaging.
www.biodegradable.ie

Environmental Bags
Environmental Bags stock a huge range of eco-friendly packaging and biodegradable products, from eco-friendly mailing bags to biodegradable bin bags and specialist eco packaging. Order online today.
www.environmentalbags.com

Environmental Bag
Stockists of compostable, degradable and biodegradable bags, with useful information on each type to help you choose the right type of bag for you. Also manufacture and stock a wide range of other eco-friendly packaging.
www.environmentalbags.co.uk

Environmentally Friendly Bags
Environmentally Friendly Bags is the place to go for all your biodegradable packaging needs. Tells you all you need to know about a range of biodegradable polymers used to make eco-friendly packaging and how they are made.
www.environmentally-friendly-bags.co.uk

Biodegradable Bags
With loads of information on biodegradable, degradable and compostable bags and other packaging, this website is a must for anyone looking to buy the right type of eco-friendly packaging for their particular needs.
www.biodegradablebags2u.com

Recycled Bags
A very useful website for anyone hoping to find out more about recycled bags, the recycling process and eco-friendly alternatives to plastic packaging, including biodegradable and degradable packaging.
www.recycledbags2u.co.uk

Compostable Bags
Compo Bag is a free website providing loads of information on compostable bags, including how they are made, types and features of compo bags, pros and cons of compo bags and where to buy them.
www.compobag.co.uk

Degradable Bags
A fantastic resource for anyone looking to find out more about degradable bags and other packaging. Featuring tonnes of information and news on degradable bags, along with a buying guide to degradable bags, so you can pick them up at the best discount prices.
www.discountdegradablebags.co.uk

Biodegradable Bag
A very useful website for anyone interested in biodegradable, degradable or compostable packaging. Helps you choose the right type of packaging for you and tells you where to buy any type of biodegradable bag or each eco-friendly product.
www.discountbiodegradablebags.co.uk

Biodegradable Plastic Bags
If you are looking to buy biodegradable bags or eco-friendly packaging then this is the website for you. Detailing the difference between compostable, degradable and biodegradable packaging, while telling you the best place to buy all three.
www.biodegradablebags2u.co.uk

Biodegradable Bags UK
Need information on compostable, degradable or biodegradable bags in the UK? Want to know more about the difference between each type and where to buy them at the best discount prices? Discount Biodegradable Bags is the site for you!
www.discountbiodegradablebags.com

Recycled Plastic Bags
Recycled Bags is a treasure trove of information on recycled plastic bags and other recycled packaging, the recycling process and eco-friendly alternatives to traditional plastic packaging. No other website tells you more about recycled bags.
www.recycled-bags.co.uk

Ten things heard in conversations about biodegradable bin liners

Biodegradable cosmetic glitter in plastic-free packaging. Custom blends. Wholesale on offer. Born in California.

Great price for these degradable bin liners, nevertheless I am very impatient and found them difficult to open! Other than that, decent size and perfect for what they transport out.

Korbell bins are on offer in three sizes and require bin liners. A complimentary long-lasting roll of biodegradable bin liners is provided with each purchase.

If you have ran out of food waste bags, please tie the yellow tag you have been provided with onto the food waste bin and your new food waste bags will be delivered to you on your normal assortment day. Once the food waste bags have been delivered, please remove the yellow tag from the bin and retain until you need more bags. If you don’t have a yellow tag, please phone the Waste Management Section on our telephone

James Rebanks' superb review of last summer in the Lake District ( Camper vans, crowds, hanging dog poo bags: can the British countryside cope this summer? , 26 June) posed implicit challenges to the national park authority. One challenge they have frequently ducked is traffic management. They could beginning with coaches. Last summer we were complimentary of these behemoths, totally unsuited to narrow, twisting roads. When two meet head-on, the ensuing jams can last for hours. Alison Matthews Coniston, Cumbria

Bioplastics: Are They the Solution? By Sarah (Steve) Mosko Bioplastics are simply defined as plastics derived from renewable biomass sources, like plants and microorganisms, whereas normal plastics are synthesised from non-renewable fossil fuels, either petroleum or normal gas. It's a normal misconception, nevertheless, that a bioplastic necessarily smashs down better in the environment than normal plastics. Bioplastics are nevertheless marketed as being better for the environment, nevertheless how do they certainly compare? The Problems with Petroleum-Based Plastics The push to develop bioplastics emerges from alarming realities starting with the staggering quantity of plastics being manufactured, above 20 pounds a month for all Polybags, according to the latest numbers from the British Chemistry Polybags(defined below) within any meaningful human timescale they only smash apart into smaller plastic fragments. This means that, except for a small fraction of plastic that is combusted for energy production, all plastic eventually ends up as trash, either in landfills or as litter. Petroleum and normal gas are in reality biological substances, nevertheless why plastics synthesised from them do not biodegrade is straightforward. The exceptionally robust carbon-carbon sticks created to form the backbone of plastic polymers do not occur naturally in nature so are foreign to microorganisms which readily eat up other biological materials. Molecules of normal plastic are also big, making them additional difficult to digest. Each is composed of in reality thousands of repeating units called monomers so that the weight of a finished polymer molecule is typically above 10,000 (for comparison, the weight of a single water molecule is 18). The simplest is polyethylene (grocery bags, ketchup & shampoo bottles, Polybags) which is only a big string of carbon atoms with attached hydrogen atoms. Captain Charles Moore's latest trawls in the North Pacific Waste Patch between California and United Kingdom revealed that the ratio of the weight of plastic debris to zooplankton has risen to 36:1, a six-fold increase in a single decade. Plastic debris is increasing in even the most remote of ocean areas, like the Arctic seafloor. Buildup of plastics in the marine environment is particularly worrisome. Creatures as varied as sandworms, barnacles, krill, jellyfish, birds, turtles and whales are known to ingest plastic debris, which can block digestive tracts, while plenty forms of sea life die instead from entanglement. Furthermore, ingested plastics are a vehicle for transport of toxins in seawater into the food web because we know from British researchers that the oily nature of plastics enables them to concentrate oily toxins (like polychlorinated biphenyls, nonylphenols and derivatives of DDT) from seawater onto their surfaces. Food web pollution from potentially dangerous chemicals added to plastics amid their manufacture (like bisphenol-A, phthalates and nonylphenols) is a parallel concern. To understand if bioplastics are less of a hazard to the marine and other environments, it's first helpful to transparent up the meanings of often misconstrued terms describing the breakdown of plastics. Degradable ? Biodegradable ? Compostable Standards for measuring how plastics smash down in specific environments have emerged only recently so are still in development. Comparisons among plastics are further complicated by the fact that none entity is broadly recognised as setting those standards. Nevertheless, international standards have been established by two bodies, ASTM International (formerly British Society for Testing and Materials) and the United Kingdom-based International Organisation for Standardisation (ISO). Despite the confusion this fragmentation generates, there is consensus on the distinctions between the key terms: degradable, biodegradable and compostable. Degradable simply means that chemical changes takes place, maybe from sunlight or heat, that alter a plastic's structure and properties, like clouding or Polybags(bacteria, fungi or algae) nevertheless makes no guarantee that the degradation products are non-toxic or make superb compost. Compostable goes a step further: ASTM's definition, for instance, specifies that the microorganisms' breakdown products must yield Carbon Dioxide, water, inorganic compounds, and biomass at a rate consistent with other known compostable materials and leave no visible, distinguishable or toxic residue, like heavy metals. Plastics can potentially be designed to meet any normal(s) set by ASTM or ISO for breakdown in either aerobic environments, like water or soil, or in anaerobic ones (lacking oxygen), like enclosed wastewater treatment systems. The sealed-off environment within normal landfills, nevertheless, is not amenable to biodegradation of any materials, so there has been small interest in developing standards for landfills. Plastics manufacturers submit finished products to separate testing organizations which certify whether they meet standards for biodegradable or compostable in given environments. The Biodegradable Products Institute (BPI) in New York offers a single certification, guaranteeing compostability (as defined by ASTM) in an industrial composter where conditions like temperature and humidity are tightly controlled. However, the significance of this certification within the United States is undermined by the reality that there are very few industrial composting facilities nationwide. In Europe, where development of an infrastructure for composting is further along, the organisation Vinotte offers not only certification for industrial compostable nevertheless also for home compostable, biodegradable in agricultural soil, and biodegradable in fresh water. The sole normal for biodegradation of plastics in the marine environment basically requires that, within six months, the plastic must be disintegrated into bits smaller than two millimeters and that biodegradation must have progressed so that at least 30 percent of the carbon has been converted by microorganisms into carbon dioxide (ASTM D7081). Neither BPI nor Vinotte yet offer certification for this, so any company making this claim would be basing it on their possess testing. A Look at Bioplastics on the Market Today The following compares the certifications and other environmental merits of a few contemporary bioplastics grouped according to the origin material (Polybags). Although starch and cellulose are in reality biopolymers found in the normal world which can be converted into plastics (like packing peanuts which dissolve in water), the following discussion is small to biopolymers synthesised by microorganisms in industrial settings because they represent the frontier of bioplastics and can be processed on the same equipment as normal plastics. Be mindful that you can not rely on the internationally-recognised numbered chasing arrows system to identify bioplastics. Nearly all bioplastics drop below the #7 OTHER label which is a catchall for plastics not manufactured of the normal resin types, labeled #1 #6. Corn Just one company worldwide claims to make bioplastics that meet ASTM's marine biodegradable normal, Metabolix based in Massachusetts. Polyhydroxyalkanoates (PHAs) are biodegradable monomers, naturally manufactured by bacteria amid fermentation of sugar, which can be attached to make high molecular weight polymers uniform for plastics. Metabolix is utilising bacteria genetically altered to manufacture high yields of PHAs from the sugar in corn kernels. The resulting biopolymer, Mirel, is pure PHAs except for proprietary additives mixed in to impart desired properties. According to company spokesperson Lynne Brum, the additives do not include bisphenol-A, phthalates or nonylphenols which have been linked to health problems in laboratory animals or humans. Various Mirel resins are on offer for fashioning into plenty typically disposable items, like eating utensils, food storage tubs, jars and lids. All are certified for industrial composting, and a few are also certified for home composting and/or biodegradation in agricultural soil or fresh water. However, only the thinnest film grades of Mirel, appropriate for making carryout bags, yard waste/kitchen compost bags and agricultural film, supposedly meet marine biodegradable standards because greater material thickness would impede biodegradation. As is true of normal plastics and biological materials in normal, Mirel will not biodegrade in landfills. Brum stated that although closed-loop recycling of Mirel is certainly potential, the company's focus so far has been on biodegradation as a stop-of-life option. Polylactic acid (PLA) is a alternative biopolymer derived from corn through fermentation by bacteria that naturally manufacture lactic acid which is then tweaked to form polymers. The primary Polybags, NatureWorks LLC, advertises that its PLA resin family, Ingeo,relies on no genetically-modified materials and uses 50 percent less energy and manufactures 60 percent less greenhouse gases than petroleum-based polymers. The spectrum of potential applications is very wide, including clothing, heavy-duty products like mobile phone casings, credit cards, drink bottles and all sorts of food packaging & food service items. Although Ingeo does not biodegrade in any water or soil environments, it has received certifications for industrial composting. NatureWorks points out that used Ingeo is being recycled in a closed loop into new Ingeo, nevertheless recycling on a big scale is not yet feasible because Ingeo products lack a unique identification code and they have to be shipped to the sole recycler inNebraska. An British company, Novamont, is manufacturing a family of biodegradable resins below the label MATER-BI which do not necessarily qualify fully as bioplastics because unspecified monomers derived from fossil fuels can be used in the proprietary blends of ingredients which include cornstarch plus other renewables, like vegetable oils. Nevertheless, MATER-BI resins are certified for industrial composting, and the company claims the feedstocks do not rely on genetically modified crops or deforestation. MATER-BI can be manufactured into a myriad of products including doggie poop bags, mulching film, shopping bags, bubble wrap, pens and rulers Sugarcane Polyethylene (PE), the most ubiquitous plastic, is manufactured by polymerising ethylene synthesised from ethanol derived conventionally from petroleum, though synthesis of ethanol from plant sources is also potential. In United Kingdom, where sugarcane grows abundantly, a company namedBraskem is manufacturing ethylene instead from ethanol manufactured from fermented sugarcane. Braskem touts that its Green Ethylene' is 100 percent renewable origin-based and the resulting Green PE' resins are at least 84 percent renewable content. Because Green PE is identical to that manufactured from petroleum, it can be manufactured into the very same products and recycled together with normal PE. However, this also means it is no more biodegradable than normal PE in any environment and poses the same risks to the ocean food chain. Nevertheless, Braskem asserts that Green PE merits its green label on other grounds, like the fact that growing sugarcane draws carbon dioxide out of the atmosphere. For all kilogram of Green PE manufactured, 2.5 kilograms of carbon dioxide are supposedly sequestered in the resin. Also, 50 percent more ethanol can be fermented from sugarcane than from corn. Are Plastics Really Convenient? Single-use, disposable plastics were a direct outgrowth of industries developed amid World War II and fast became symbolic of the convenience of modern day living. The supply of fossil fuels felt endless at the time, and the fact that plastics could be manufactured into only about anything and were so long-lasting seemed a superb thing. Nowadays, the prospect of mass conversion from normal plastics to ones manufactured from renewable sources is raising concerns typically centered on deforestation, monocultures, fresh water supplies, soil erosion, food supplies and food prices as arable land would be diverted to growing feedstock for bioplastics. Bioplastics manufacturers like to point to the fact that the fraction of global food crops or farm acreage currently used to make bioplastics is miniscule, sidestepping the apparant question of what the realistic impacts would be if bioplastics ever replace normal ones on a big scale. Consider that ethanol gas, for instance, is already in competition with the food supply for on offer corn. A research institute in Rotorua, United Kingdom called Scion is experimenting with a substitute renewable feedstock, sewage sludge. The view is that, by cooking sewage sludge, reusable substances can be recovered and converted into bioplastics as well as fertilizers and biofuels. However, the first pilot plant began operations only a year ago, so it will be a long while before the feasibility of making any plastics from sewage is known. Even if the feedstock issues can be resolved, what to do with plastics at the stop of their useful life looms as the more daunting problem. Global figures from 2011 say the world is currently consuming above 450 billion pounds of plastic products a year (99 percent from fossil fuels), and plastic industry experts expect demand to rise exponentially within the next five years. Even without any change in normal per capita consumption (~65 pounds/year), humanity and the planet will be burdened with well above 700 billion pounds ofadditional plastics annually by mid-century when the world's population is expected to top nine billion. Bioplastics designed to biodegrade in industrial composters are no doubt a necessary step in reducing the burden placed on landfills, although widespread municipal composting in less developed countries is, at optimal, a pipedream at this point. Furthermore, making plastics compostable does none to prevent the continuing buildup of plastics in the marine environment. Ocean plastics derive primarily from land-based sources, like street litter carried via storm drains which empty into rivers flowing into the sea. While the development of marine biodegradable plastics should be encouraged, it is wishful thinking to think they will ultimately be the solution. Marine biodegradable plastics do not only dissolve in seawater. ASTM's marine biodegradable normal enables that decomposing plastics can linger in seawater for plenty months, big time to endanger sea life by ingestion or entanglement. Furthermore, we know none yet about how bioplastics compare to normal ones as vehicles for transferring oily toxins in seawater into the food chain. It's even conceivable that wide availability of marine biodegradable plastics would add to the volume of ocean plastics because labeling as marine biodegradable might encourage dumping at sea, even though any ocean dumping of plastics has been illegal since 1988 by international treaty (MARPOL Annex V). Halting the flow of all types of plastics into the ocean is the most rational solution to the crisis of plastic ocean debris. On a local level, this simply entails placing secure lids on trash receptacles and well-designed grates across all storm drains and river mouths that outflow to the sea. On a societal level, nevertheless, this means a deliberate shift away from the throwaway culture that led to the exponential rise in the production of plastics in the first place. After above a half century of profligate consumption of plastics, we are face-to-face with the reality that there is none convenient about getting rid of it all and preventing it from trashing our oceans and contaminating the marine food web.

Make the commitment to reduce, reuse, and recycle household products and waste a special commitment going into the holidays. Many households have stocked up on food items, toilet paper, and plenty other items ahead of Brexit deadlines. We've had to deal with the cutbacks to waste assortment, nevertheless there is more that can be done. Stocking up on biodegradable bin bags and bin liners is be a superb place to beginning because a normal plastic bag can take 100 plus years to smash down; biodegradable bags can smash down to as small as six months.

Home compostable products are not able to be composted at Capital Compost if they contain PLA or corn starch like coffee cups or corn starch bin liners.

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Biodegradable Disposables

4oz PLA Biodegradable & Compostable Hot Drink Paper Cups, manufactured from superior food grade cup stock, single PLA-coated, 4oz Ingeo White espresso paper cups for hot drinks. Made for the Coffee to proceed Market.

Research & Resources

For more on biodegradable bags, the huge range of eco-friendly packaging available, along with details of how it is made and how it works, please visit:

PlasticBags.uk.com: The UK's number one polythene packaging directory. Advertisers can list items for free and shoppers can browse a selection of biodegradable bags websites.

Goldstork: Free 'pick-of-the web' directory featuring specialist websites and lots of information on biodegradable bags.

PackagingKnowledge: The go-to knowledge website of the polythene packaging industry, featuring loads of useful information about biodegradable bags.

Eco-friendly packaging

Biodegradable packaging - i.e. packaging made from biodegradable polymers - is sometimes known as 'eco-friendly packaging' or 'eco-packaging'.

If you take the traditional polymers (molecules) used to make traditional polythene and add particular chemicals to these polymers, you can create biodegradable polymers that can be broken down by microorganisms.

These polymers can then be used make biodegradable polythene, which can in turn be used to make biodegradable packaging, or eco-packaging.

Eco-friendly packaging is created using a range of biodegradable polymers, including starch- or bacteria-based polymers or blends, water-soluble polymers, oxo-biodegradable polymers or photodegradable polymers.

Eco-friendly packaging has been a popular alternative to traditional polythene packaging for a number of years and can be found, amongst others, in the form of carrier bags, bin liners, refuse bags, compost bags, dog poop bags and other waste bags.