#bio plastics

[sweetthinggg]

nevermind being sad is over i need to suck butch dick so bad. need to get so into it that i'm drooling all over him and forgetting to breathe and i'm getting spit smeared all over my cheeks and my hair's falling out of its ponytail. and i have to keep taking breaks to suck in huge breaths of air. and when i'm having a break i look up at him with his cock resting on my cheek, and i lean my head into the crook of his thigh and grin a little at his own heavy breathing, and he tightens his hand in my hair and tells me to get back to work. like i think medically that would fix me

[tempered-grace]

So. Saw the thing about rosylipsy being an anagram for pyrolysis. pyrolysis separates organic materials into gases, pure carbon/ashes, and bio-oil, and happens when hydrocarbons are heated in the absence of oxygen. In commercial applications, they are usually heated to around 500° C.

According to Britannica, it’s often used to separate plastic and rubber waste into useful components, as well as to purify substances by removing organic compounds (hydrocarbons).

Symbolically, we could see this as a trial by fire type thing, a purification, a burning away of all that must be left behind in order to move on and become something more. To emerge, after all, one must shed the cocoon.

[espirituscultivados]

había en él metáforas tan monstruosas como orquídeas y con la misma sutileza de color.

🦷⭐️🩸 i edited the first photo, so give me credits if you're going to use it.

[dyke-mecha]

Ngl one of the things I'm most excited about irt going back home is. The trash separation. Broooother does Switzerland suck balls at it. What do you mean you have trash for PET plastic, then paper, then glass and then EVERYTHING ELSE. That's nothing. You're nothing.

[attex]

my fish and my trash

[objecthusbandry]

Do you have any information on plastic cups?

yes! plastic cups are a very diverse species group and there's a ton of different kinds. they're closely related to glass cups, their body texture is just different from adaptation to different environments. their closest non-cup relatives are likely bottles, which are not really closely related at all.

the most interesting thing about cups is the liquid inside them. all cups are born with at least SOME fluids, though the total amount and especially the color (and thickness) can vary. sick cups are more likely to have thick fluids. this fluid provides several uses for the object, including helping regulate body temperature, circulation, respiration, hormonal regulation, and more. it's kept inside their primary body cavity via a very thin transparent membrane on the top of their bodies. this membrane keeps air from entering the cavity and prevents small splashes of fluid from escaping, though its fragility makes it prone to being torn, punctured or otherwise injured. large amounts of fluid can escape if the cup is knocked over or is upside down. these objects have a naturally very good sense of balance to mitigate these issues, but accidents still happen. it also doesn't protect from things like water from swimming or rain, which causes the fluid to become diluted. this requires medical treatment to be fixed.

the membrane is strongest when the object is first born and gets weaker over the course of their life, sometimes disappearing entirely in old age. cups that are born without their membrane are almost always unable to survive. there ARE reports of cups surviving losing all their fluid, but this is rare and always causes health issues that require professional treatment. there are options for objects with injured membranes - it will grow back very slowly on its own (given lots of care), but for objects born without one they may need special lids or caps to stay safe. if your cup didn't have fluids inside when you adopted it and you haven't taken it to the vet before, DO SO IMMEDIATELY. liquid-less cups are prone to many health conditions and require specialized care.

personality wise, cups are typically a friendly species, though they can be a bit cautious. they get along with lots of object types! they're a strictly indoor species and removing them from their enclosure can cause them stress. they do best in small groups of other objects of different types, though it's extremely important they not be kept with objects that can cause their fluids to spill.

[bumblebeeappletree]

5 Best Alternatives to Finally Replace Plastic. Plastic is firmly established in our daily lives, but we all know plastic recycling doesn’t really happen. So what can we do? We can convert starches, fungi, seaweed, heck, even shrimp tails into plastic alternatives and bioplastic. Let’s review five of the most interesting advances I’ve come across — including that shrimpy stuff. But are any of these plastic alternatives actually viable? Or are we literally grasping at straws?

Watch Top 5 New Battery Technologies to Follow in 2024 • Incredible Battery Bre...

Video script and citations:

https://undecidedmf.com/5-best-altern...

Follow-up podcast:

Video version - / @stilltbd

Audio version - http://bit.ly/stilltbdfm

[queenofperv]

[demonicseries]

More:

Buy paper plates, plastic cutlery, and paper cups. While you already have reusable versions of those things, there are gonna be days when you can’t find the energy to wash them directly after a meal, and it’ll pile up in the sink or counter and just get worse. Washing one (1) pot you cooked in and throwing out what you used to eat is much more doable.

For flossing, get a bunch of those single use floss picks, and put them in a jar. It’s quicker and takes less steps and energy.

And don’t worry about the environmental impact. These are accommodations. If you need them, you need them. Leave the eco-friendly responsibilities to the people with the ability to constantly carry it out.

this is your gentle reminder to stop fighting against your adhd and instead structure your life around it

buy a pack of chapsticks and put one in the pocket of all of your coats and jackets because you always forget to bring one and chapped lips is sensory hell

leave important things where you can see them. if they go in a box or a drawer you will forget they exist

put any appointments or deadlines in your phone calendar As Soon As you get them. set a reminder for a week before, a day before, an hour before, as many as you need as often as you need them.

when that little voice in your head says "i dont need to write that down, ill remember it" that is the devil talking!!! write it down anyway!!

plan for down time. have a few hours at the end of every day to just do fun stuff like engage in your hyperfixations. even if you didnt get all of your work done that day, have the rest anyway. you probably spent the whole day beating yourself up for not doing what you Should be doing, so you still need the break.

if you never eat vegetables because its too much effort to chop and cook them, get the frozen or canned shit. it doesnt go off for ages and you just have to microwave it. theres no point buying fresh vegetables if they just keep going off and being left to rot in the bottom of your fridge

if you struggle to decide what to have for dinner every day, take the decision out of it. choose a set of meals and eat those on rotation until you get sick of them, then choose some new ones and do it again.

its not stupid if it works! our brains literally have a chemical deficiency. you are allowed to accommodate yourself. go forth and stop making your life more difficult than it has to be because "this shouldn't be this hard". it is hard, so make it easier.

[greenmatter1]

Sustainable Future with Biodegradable Plastic Products

Biodegradable plastic products offer an eco-friendly alternative to traditional plastics, breaking down naturally without harming the environment. Made from renewable sources like cornstarch or sugarcane, these products reduce landfill waste and pollution. Whether it's packaging, bags, or utensils, biodegradable plastic products help support a sustainable lifestyle while meeting everyday needs. As environmental concerns grow, switching to these green alternatives is a smart step toward reducing our carbon footprint and protecting the planet for future generations.

[biononplastics]

A Cleaner Tomorrow: Replacing Plastic with Biodegradable Items

As the global environmental crisis intensifies, there is an urgent call for sustainable solutions to reduce pollution and protect ecosystems. One of the most impactful changes we can make is to replace plastic with biodegradable alternatives. By making small adjustments in our daily lives, such as choosing the best non-plastic carry bag in Laxmi Nagar, we can contribute significantly to a cleaner, greener future. In Delhi, various local markets are offering eco-friendly solutions, including biodegradable carry bags and other items that help minimize plastic waste.

The Plastic Problem: An Environmental Threat

Plastic has become a staple in modern life, but it comes at a heavy environmental cost. While it is inexpensive and versatile, plastic takes hundreds, if not thousands, of years to decompose. This slow decomposition contributes to plastic pollution, which is one of the most pressing environmental challenges today. Plastic waste is ubiquitous, often found in oceans, rivers, and even on land. It harms marine life, entangles animals, and causes irreversible damage to ecosystems.

Plastic waste is also a significant contributor to landfills. Since only a small percentage of plastic is recycled, much of it ends up in our environment. The overuse of single-use plastic products, such as plastic bags and straws, exacerbates the situation. Therefore, switching to biodegradable alternatives is one of the most effective ways to combat plastic pollution.

Biodegradable Items: A Step Toward Sustainability

Biodegradable materials are derived from natural sources and decompose quickly without harming the environment. These materials offer an environmentally friendly alternative to plastics, which take centuries to break down. By replacing plastic with biodegradable products, we can significantly reduce the environmental footprint of everyday items.

Biodegradable carry bags are one of the simplest yet most effective solutions to plastic pollution. Made from plant-based materials like cornstarch, jute, or cotton, these bags are designed to break down over time. Unlike plastic bags, which persist in landfills for hundreds of years, biodegradable bags decompose naturally, leaving no harmful residue behind.

In places like Peepal Chowk and Manal Bazaar Road in Delhi, local vendors are increasingly stocking eco-friendly products. From carry bags to packaging, many businesses are shifting toward biodegradable materials to reduce plastic waste and promote sustainability. These small but significant changes are a step in the right direction for a cleaner tomorrow.

Biodegradable Products in Laxmi Nagar

In bustling areas like Laxmi Nagar, which is home to a vibrant market scene, consumers now have access to bio non-plastic features items. These items include biodegradable carry bags, containers, and even utensils made from materials that break down easily in the environment. Shops in Laxmi Nagar have recognized the growing demand for eco-friendly alternatives, and many are offering biodegradable products to help reduce plastic waste.

Choosing biodegradable products is a simple yet effective way to promote environmental sustainability. These items are not only practical and functional but also safe for the planet. By opting for biodegradable bags and packaging, shoppers in Laxmi Nagar contribute to a reduction in plastic pollution, helping to create a cleaner and more sustainable community.

Benefits of Switching to Biodegradable Products

The shift from plastic to biodegradable alternatives offers numerous environmental benefits. First and foremost, biodegradable products reduce the volume of plastic waste that ends up in landfills and oceans. This helps protect wildlife from the harmful effects of plastic pollution, such as ingestion or entanglement.

Second, biodegradable materials are renewable and compostable, making them a more sustainable option than plastic, which relies on fossil fuels for production. Biodegradable items also help conserve resources by reducing the demand for plastic production, which is energy-intensive and polluting.

Lastly, biodegradable products are often safer for humans. Unlike plastic, which can leach harmful chemicals into food and beverages, biodegradable products are made from natural, non-toxic materials, making them safer for everyday use.

Conclusion

Replacing plastic with biodegradable items is essential for a cleaner and more sustainable future. Whether it’s the best non-plastic carry bag in Laxmi Nagar or other biodegradable alternatives, every small step we take can have a positive impact on the environment. By supporting local businesses in Delhi that offer eco-friendly products, we contribute to the global effort to reduce plastic pollution. The transition to biodegradable products is not just a trend but a necessity for the well-being of our planet and future generations.

[rewordthis]

That, too. 👆

If you dare come at me about banning straws, I will throw you into the sun cannon. I’m disabled, I’m crippled, I need disposable plastic straws, and all those pricey ridiculous alternatives aren’t working as well. Plastic straws were invented for the disabled.

Way to shit all over a vital access need because you think straws are worse than corporate greed.

We all care about the turtles, the seals, the oceans, obviously. Notice how the easiest thing to yell about was something that would barely affect anything but appealed heavily to emotional discourse.

The disabled community is huge, and it can be joined by anyone. Most of those As Seen On TV products were invented for us. Society still mocks us and ignores us, and often outright harms us in multiple ways.

Communicate better. Listen better. But stop putting us out in the cold because you are inconvenienced by our simplest needs.

[medicaldevicesindustrynews]

U.S. Bioplastics Market Booms with Growing Sustainability Shift

The U.S. bioplastics market is undergoing a dynamic transformation as demand for sustainable alternatives to petroleum-based plastics surges across industries. As environmental regulations tighten and eco-conscious consumer behavior becomes mainstream, bioplastics are increasingly being adopted in packaging, agriculture, automotive, and consumer goods applications.Drivers Accelerating the…

[slimemoldscholar]

it's been 2 years since the last of these were posted, so I did some digging (on the plastics specifically, since I am currently working on a research project about industrial bio-based plastics).

firstly: the soft/plant elements are indeed now made of bio-based plastic (bio-PE to be specific) from sugar cane.* bio-PE is not biodegradable, though it's a common misconception that all bio-based plastics are biodegradable. (the reason I am saying bio-based is because depending on who you ask, bioplastic sometimes includes biodegradable plastics that are petro-based. this, of course, just makes the misconception more common). in fact, the reason that replacing their previous plastic with bio-PE worked so smoothly is because bio-PE is a drop-in polymer, meaning that it's the same chemical composition as an existing petro-based plastic (in this case, PE aka polyethylene), just from a renewable source. this makes manufacturing them much easier because they can use existing processes. about 2% of LEGO's total production is bio-PE.

secondly: it looks like the current prototypes for hard bricks are recycled PET from plastic water bottles. PET is not as strong as ABS, the current plastic that they're using, so they are apparently working on a process to strengthen it.

thirdly: it really isn't that easy. while drop-in polymers allow for bio-based materials to substitute in for many existing materials, a lack of robust recycling means that they'll still wind up in landfills. on the other hand, biodegradable plastics are typically only rated for industrial composting, which is hard to find, and many places won't actually take biodegradable plastics, leaving them to also go to landfills, where they'll anaerobically break down into methane, a more potent greenhouse gas than CO2. bio-based plastics unfortunately aren't a magic bullet. the best approach is one that combines a lot of approaches: increasing access to recycling, manufacturing more bio-based where possible, using renewable energy for manufacturing, and, notably, cutting down on how much plastic is made, used, and discarded in the first place. this is obviously a huge project, which requires sustained collective action and education rather than nice moves from corporations. though I do like the 100% renewable energy very much!

*the complexities of comparing and contrasting feedstock options is more than I feel like typing up lol

[chemicalmarketwatch-sp]

Rising Demand for Sustainable Plastic Compounds in Key Sectors

The market for plastic compounds is dominated by a number of key drivers. The building & construction and packaging industries are experiencing increasing demand for plastic compounds for various applications. The energy-efficient construction trend has also boosted demand for plastic compounds for the building construction industry. The United Nations Environment Programme's Global Status Report for Buildings and Construction report of 2023 reports that in 2022, there was worldwide investment of US$ 285 billion in the energy efficiency of buildings, up by 14% from 2021 . 

The Plastic Compounds market is estimated at USD 70.81 billion in 2024 and is projected to reach USD 97.27 billion by 2029, at a CAGR of 6.6% from 2024 to 2029. 

There is a growing demand for environmentally friendly and sustainable materials from consumers and businesses. Recyclable plastic compounds are being sought as alternatives to conventional plastic compounds. In 2023, LyondellBasell launched eight new product compounds within their CirculenRecover portfolio, which are designed to assist customers in achieving circularity with their plastic packaging. The CirculenRecover brand offers products containing up to 100% Post-Consumer Resin (PCR) that meet the performance standards for various common applications. These compounds are particularly suitable for industrial and food packaging uses, including rigid and flexible consumer packaging like caps, closures, bottles, and films.

Polyamide is projected to be the fastest growing type of plastic compounds, in terms of value, during the forecast period.

Polyamides, or nylons, are also referred to as high-performance plastics due to their excellent temperature and electrical resistances and suitability in automotive, transportation, consumer goods, textiles, and electrical & electronics applications. Toughness, strength, chemical and heat resistance, flexibility, abrasion and corrosion resistance, thermal insulation, and adhesion are the key properties of polyamide contributing to usage. Increasing usage of polyamide in vehicles to achieve weight reduction will result in increasing polyamide demand in the future. Polyamide enables weight saving in a vehicle without reducing the structural strength and safety. Light vehicles help with improved fuel efficiency and reduced carbon emissions.

Bio-based is anticipated to be the fastest growing, by source, in terms of value, during the forecast period.

Bio-based plastic compounds are produced using renewable biomass feedstocks and present a cleaner alternative to the traditional fossil-based plastics. They are produced from vegetable oil and fat renewable natural raw materials, corn starch, straw, woodchips, sawdust, and food wastes from the food processing industry. Bio-plastics are less dependent on finite and geographically unequally distributed fossil fuel resources, which have environmental and geopolitics costs. Life cycle assessment has shown some bioplastics to be more carbon-efficient than fossil-based plastics, especially when biomass is used both as raw material and as an energy source.

Players operating in the bio-based plastic compounds market are adopting various growth strategies in order to strengthen their market position. For instance, in May 2024, EcoCortec (subsidiary of Cortec Corporation), started its new compounding line for bio-resins at its plant in Beli Manastir (Croatia). The company can now produce a variety of concentrated masterbatch products.

Automotive is anticipated to be the third largest segment, by end-use industry, during the forecast period.

Most of the interior, as well as the exterior parts of a modern vehicle, are made with plastic compounds such as PS, PP, PE, and PET. These plastic compounds are used in dashboards, steering wheels, loudspeaker grills, carpets, and door linings, as well as seats, seat belts, and airbags. The use of plastic compounds in various automotive applications helps reduce vehicle weight and fuel consumption. The increasing replacement of conventional materials such as metals and glass by plastic compounds is driving the market for plastic compounds in this segment. Major players in the plastic compounds sector have greatly expanded their production and introduced new materials to supply to the automotive sector. For instance, in 2023, German thermoplastics compounder Mocom launched light diffusing and light guiding mechanically recycled compounds to its Alcom product line, which it says is the world's first. Alcom LD (light diffusing) and LG (light guiding) Eco product lines contain up to 100% post-consumer and post-industrial polymer recyclates. Designed specifically for translucent, light-diffusing automotive applications, the products are offered in a range of polymers including PC, MABS, MBS, copolyester, or PMMA. In Mocom's opinion, the application of mechanically recycled polycarbonate has the potential to decrease Global Warming Potential by up to 80% compared to the use of virgin material.

Middle East & Africa is expected to be the third fastest-growing region in the global plastic compounds market, by region, during the forecast period.

The plastic compounds market has been studied in North America, Europe, Asia Pacific, Latin America, and Middle East & Africa.

The Middle East & Africa is one of the emerging markets globally and provides significant opportunities for plastic compounds manufacturers. This region includes the GCC Countries (Saudi Arabia, the UAE, and Rest of GCC), South Africa, and the Rest of Middle East & Africa. A number of factors, such as growing disposable incomes, expanding industrialization, and swelling population, are likely to propel the plastic compounds market in the region.

Stay ahead with the latest trends – Download the PDF brochure.

The area experiences volatile industrial growth due to geopolitical reasons and volatile crude oil prices. There is, however, expected growth in emerging GCC economies and the Middle East and North Africa (MENA) that invest heavily in industrial and infrastructural developments. The growing participation of the private sector is also playing an important role in development of various end-use industries. Private companies are being incentivized through public-private partnership (PPP) programs to invest and manage operations in the sector. According to the Gulf Petrochemicals & Chemicals Association (GCPA), Saudi Arabia was the largest polymer resin producer in the region in 2022. The country holds abundant crude oil reservoirs, which ensures a consistent supply of raw materials for the manufacturing of plastic compounds.

Prominent companies include BASF SE (Germany), The Dow Chemical Company (US), LyondellBasell Industries Holdings B.V. (Netherlands), SABIC (Saudi Arabia), Asahi Kasei Corporation (Japan), Covestro AG (Germany), Arkema (France), RTP Company (US), and Westlake Corporation (US).