#Single-usePlastics

[aanews69]

ExxonMobil's Recycling SCAM Exposed: What You Need to Know! Uncover ExxonMobil's Recycling SCAM Exposed in this jaw-dropping exploration of industry deceit and environmental impacts! Ever wondered if those recycling symbols are more than just an illusion? Delve into the tangled web of plastic promises as California's attorney general takes a stand against ExxonMobil, accusing the oil giant of decades-long misinformation. With vivid storytelling, we unravel the shocking claims that ExxonMobil knowingly fueled a global recycling myth to boost plastic sales, leaving the environment and consumers to bear the brunt of their plastic empire. Immerse yourself in the eye-opening details of California's groundbreaking lawsuit and the implications for global plastic practices. Join us as we dissect ExxonMobil's defense of "advanced recycling" and its real effectiveness in tackling the plastic crisis. Feedback wanted: Are you ready to question the recycling narrative? Leave your thoughts in the comments and spark a conversation that could lead to real change. Don't miss out on future deep dives—subscribe now and become part of the solution! #plasticwaste #climatechange #plasticpollutionsolutions #single-useplastic #lawsuit #lawsuit #plasticwaste #environment #ocean #recycledplastic CHAPTERS: 00:00 - Intro 00:33 - ExxonMobil Updates 03:20 - Environmental Impact of Plastic 07:30 - Solutions to Plastic Pollution 10:20 - Call to Action Subscribe👇: https://sub.dnpl.us/AANEWS/ - Want some Great Buys check out our List: https://bestbuys.vista.page/ - All our links (including those to help with editing): https://sleek.bio/aanews69 - Our Patreon (Great Deal) https://www.patreon.com/DNPLServices - #aanews, #aanews69, #news,

[campaignsoftheworld]

Greenpeace - A regular weapon made from single-use plastics

Greenpeace - A regular weapon

In Russia, lethal weapons are either forbidden or their sale strictly governed. However, there is no law to control the purchase of another deadly one we can all access. Widespread and powerful, it causes numerous deaths daily... 70% of plastic waste is disposable packaging that cannot be recycled or reused, with over 1 million animals dying annually as a result of its ingestion. Humans are not immune either, with harmful plastic micro-particles entering our bodies through water and food. To raise awareness of the situation, Greenpeace Russia has partnered with creative agency, POSSIBLE Moscow, to create an imitation firearm made from single-use plastics.

Credits Advertising Agency: Possible Moscow, Moscow, Russian Federation CCO: Vlad Sitnikov Creative Directors: Artem Filimonov, Maryam Akhunova Creative: Marat Arutyunov, Mikhail Sinelshchikov, Yuri Korobov, Dmitry Losev Art Directors: Wanslez Quaresma, Alena Morozova Head of Video Production: Olga Rostotskaya Video Producers: Natalia Kasumovich, Olga Nikolich Daria Mansurova: Senior Account Manager Production: Bureau “Working Title” Director: Anastasia Antonova DOP: Andrey Skripnik General Producer: Igor Sayfullin 1st AD: Anna Pischasova Executive Producers: Ekaterina Panasenko, Ekaterina Galanina Art Director: Aleksandra Troitskaya Film Editors: Aleksandr Butov, Ivan Dorogavtsev Color: Ivan Dorogavtsev Sound Editor: Andrey Kashin Tags: Plastic Waste, Russia, Single-use Plastics, Digital, Public Interest, NGO, Greenpeace, Greenpeace A regular weapon, Film Read the full article

[dig-iga]

PepsiCo has agreed to set a time-bound goal to reduce its use of single-use packaging for a "percent of volume of beverages" by the end of 2022.

[gravityblue]

Photo By Paweł Czerwiński Unsplash #single-useplastic #singleparenting #singlemotherbychoice #happinessisapassion-pairedwithwisdom.spreadinghappinessonesmileatatime. #wannaone https://instagr.am/p/CH2VdMUAggS/

[get-homethings]

On the day when an article comes out stating that a 'plastic ban could be bad for the environment', Andrew Opie, from the British Retail Consortium, said: "cucumbers wrapped in plastic last 14 days longer, reducing food waste." Now, we don't know about you, but we have never seen a cucumber last 14 days. We barely see a cucumber last 4 days. Or a better question, why do we need a cucumber to last two weeks in the first place? Eat your salads, drink your G+Ts, and stop wrapping our veg in single-useplastic. - - - - - #bonkers #noexcuseforsingleuse #bbcnews #cucumbergate #singleuseplastic #antiplastic #plasticban #savetheplanet #reduce #reuse #recycle #carbonfootprint #greenpeace — view on Instagram https://ift.tt/37M2B87

[susanloxin-blog]

Guidelines Finding a Plastic Molding Company in China

If you are looking for injection molding suppliers in China or plastic molding manufacturer who can provide you high-quality China injection molds at very reasonable prices then Loxin Mold can be the right choice for you. We design, manufacture, and supply plastic molds for various industries including home appliance and automotive industries etc.

We are always ready to help you in making your project successful from the very first stage of designing your molds, developing tools for it and fabricating the mold so that you can start manufacturing your product at large scale. In this way, we help our clients by using our professional skills, project management skills and manufacturing skills.

What to expect from Loxin

When you choose Loxin Mold to manufacture and supply plastic molds, whether it is for a single part or multiple parts, then you will get the same approach to solve your problems through quality solutions and attention. Our main aim is to satisfy our customers and help them in making their project successful.

Services provided by Loxin Mold

The service provided by Loxin Mold may include:

Custom Injection Molding service, Developing CAD Design and Suppliers in China-Making Injection Molds

Being an experienced supplier of quality plastic injection molds in China we design and manufacture custom injection molds. We also make injection molds for free depending upon the quality f your plastic molds. In short, our plastic injection molding process can help you in converting your business idea into a real business. So, if you want to sell your products by investing reasonably on them then you have reached the right place.

What you should tell us?

If you want China injection mold to manufacture a new product then you will have to tell us:

Type and style of your product ideaFunctions of the productQuantity to produce an annual basisAny special requirement in this regardYou should send your file with CAD designs if any

What you will get from us?

As plastic molding manufacturer in China we can offer you following ready-to-use plastic injection molding services:

Design the basic plastic moldCreate a prototype and testing its assemblyMaking parts of the plastic injection moldCompleting the process of plastic injection molding service

How to get free molds from us?

You can get free molds from us depending upon the quantity of the plastic injection molds you want from us. When you send your product or show your idea then we will offer quotes at very competitive rates.You will have to deposit 50% cost of making mold while signing the final agreementWhen we will manufacture the number of molds as per your requirements then your deposit will be returned

Guidelines

The preferred method to manufacture custom plastic parts at a mass level in any industry is plastic injection molding. For your ready reference, some items listed here under:

Parts of automotiveHousings for electronic itemsBottle caps and containers for packagingComponents for medical usePlastic parts or household use

So, if you are looking for a cost-effective solution for manufacturing plastic injection molding parts then we at Loxin Mold can help you when you message us.

[divyaranadigpu-blog]

#Digpu #Globalwarming #single-useplastic #news #India

[battybat-boss]

These findings indicate that mineral water packaging itself may release microparticles.

Why You Don't See Ads on GreenMedInfo Did you know that GreenMedInfo.com is 100% member supported? It is through your membership that we are able to add research content daily, provide thoughtful articles on groundbreaking health & wellness topics, and continue to educate and empower people on the science supporting natural healing. Our website has always offered open access to our carefully curated research (and always will) but we recently made the decision to become completely advertisement free. In order for us to continue, we need your support more than ever. Our memberships start at only $8.00 per month and provide you with enhanced content & features. We appreciate you supporting our mission and sharing our passion! For more information on becoming a member of GreenMedInfo.com, click here. PMID:  Water Res. 2018 02 1 ;129:154-162. Epub 2017 Nov 6. PMID: 29145085 Abstract Title:  Analysis of microplastics in water by micro-Raman spectroscopy: Release of plastic particles from different packaging into mineral water. Abstract:  Microplastics are anthropogenic contaminants which have been found in oceans, lakes and rivers. Investigations focusing on drinking water are rare and studies have mainly been using micro-Fourier Transform Infrared Spectroscopy (μ-FT-IR). A major limitation of this technique is its inability to detect particles smaller than 20 μm. However, micro-Raman spectroscopy is capable of detecting even smaller particle sizes. Therefore, we show that this technique, which was used in this study, is particularly useful in detectingmicroplastics in drinking water where particle sizes are in the low micrometer range. In our study, we compared the results from drinking water distributed in plastic bottles, glass bottles and beverage cartons. We tested the microplastic content of water from 22 different returnable and single-useplastic bottles, 3 beverage cartons and 9 glass bottles obtained from grocery stores in Germany. Small (-50-500 μm) and very small (1-50 μm) microplastic fragments were found in every type of water. Interestingly, almost 80% of all microplastic particles found had a particle size between 5 and 20 μm and were therefore not detectable by the analytical techniques used in previous studies. The average microplastics content was 118 ± 88 particles/l in returnable, but only 14 ± 14 particles/l in single-use plastic bottles. The microplastics content in the beverage cartons was only 11 ± 8 particles/l. Contrary to our assumptions we found high amounts of plastic particles in some of the glass bottled waters (range 0-253 particles/l, mean 50 ± 52 particles/l). A statistically significant difference from the blank value (14 ± 13) to the investigated packaging types could onlybe shown comparing to the returnable bottles (p 

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[lopezdorothy70-blog]

These findings indicate that mineral water packaging itself may release microparticles.

Why You Don't See Ads on GreenMedInfo Did you know that GreenMedInfo.com is 100% member supported? It is through your membership that we are able to add research content daily, provide thoughtful articles on groundbreaking health & wellness topics, and continue to educate and empower people on the science supporting natural healing. Our website has always offered open access to our carefully curated research (and always will) but we recently made the decision to become completely advertisement free. In order for us to continue, we need your support more than ever. Our memberships start at only $8.00 per month and provide you with enhanced content & features. We appreciate you supporting our mission and sharing our passion! For more information on becoming a member of GreenMedInfo.com, click here. PMID:  Water Res. 2018 02 1 ;129:154-162. Epub 2017 Nov 6. PMID: 29145085 Abstract Title:  Analysis of microplastics in water by micro-Raman spectroscopy: Release of plastic particles from different packaging into mineral water. Abstract:  Microplastics are anthropogenic contaminants which have been found in oceans, lakes and rivers. Investigations focusing on drinking water are rare and studies have mainly been using micro-Fourier Transform Infrared Spectroscopy (μ-FT-IR). A major limitation of this technique is its inability to detect particles smaller than 20 μm. However, micro-Raman spectroscopy is capable of detecting even smaller particle sizes. Therefore, we show that this technique, which was used in this study, is particularly useful in detectingmicroplastics in drinking water where particle sizes are in the low micrometer range. In our study, we compared the results from drinking water distributed in plastic bottles, glass bottles and beverage cartons. We tested the microplastic content of water from 22 different returnable and single-useplastic bottles, 3 beverage cartons and 9 glass bottles obtained from grocery stores in Germany. Small (-50-500 μm) and very small (1-50 μm) microplastic fragments were found in every type of water. Interestingly, almost 80% of all microplastic particles found had a particle size between 5 and 20 μm and were therefore not detectable by the analytical techniques used in previous studies. The average microplastics content was 118 ± 88 particles/l in returnable, but only 14 ± 14 particles/l in single-use plastic bottles. The microplastics content in the beverage cartons was only 11 ± 8 particles/l. Contrary to our assumptions we found high amounts of plastic particles in some of the glass bottled waters (range 0-253 particles/l, mean 50 ± 52 particles/l). A statistically significant difference from the blank value (14 ± 13) to the investigated packaging types could onlybe shown comparing to the returnable bottles (p 

read more

[dashvegan]

As #plasticfreejulycomes to an end we want to urge you to carry on trying to reduce your waste and cut out any single-useplastics. We have a whole range of items in store which can help you do this! Cutting out plastics and excess packaging from your lifestyle is incredible and inspiring, but we also want to bring home the point that we your diet, in general, has the biggest environmental impact of any part of your life. Animal products: meat, dairy, eggs, honey, etc., are terrible for the environment in terms of land/water/grain use and land/water/air pollution, as well as terrible for the animals themselves! We can offer advice and guidance on going vegan. This really does have a huge environmental impact and will reduce your impact on the earth. Happy Tuesday! 🙏❤ • • • • • #Repost @plasticfreebristol • • • • • TO ALL OUR PLASTIC WARRIORS 💥👊🌎💪♻️ Ever feel like you've just turned up to a massive Earthquake with a dust pan and brush? #snap 😪 It can be frustrating when you do your bit and it doesn't look like it's making a difference. Habits take a while to form and change doesn't happen over night BUT it's important to keep going #justkeepswimming🐟 and keep educating until it's the normality. There are so many changes occurring across the globe which are a step in the right direction from new plastic laws to small communities becoming plastic free #savetheworldman We got this guys! #recycle #reuse #refuse #singleuseplastic #plasticsucks #plasticwar #plasticpollution #nottingham #govegan #bevegan #vegetarian #dairyfree #eggfree #meatfree #choosevegan #environment #environmentalist #zerowaste #zerowastevegan #zerowastelifestyle #food #foodstagaram #animals #foodforthought — view on Instagram https://ift.tt/2mXn30h

[battybat-boss]

These findings indicate that mineral water packaging itself may release microparticles.

Why You Don't See Ads on GreenMedInfo Did you know that GreenMedInfo.com is 100% member supported? It is through your membership that we are able to add research content daily, provide thoughtful articles on groundbreaking health & wellness topics, and continue to educate and empower people on the science supporting natural healing. Our website has always offered open access to our carefully curated research (and always will) but we recently made the decision to become completely advertisement free. In order for us to continue, we need your support more than ever. Our memberships start at only $8.00 per month and provide you with enhanced content & features. We appreciate you supporting our mission and sharing our passion! For more information on becoming a member of GreenMedInfo.com, click here. PMID:  Water Res. 2018 02 1 ;129:154-162. Epub 2017 Nov 6. PMID: 29145085 Abstract Title:  Analysis of microplastics in water by micro-Raman spectroscopy: Release of plastic particles from different packaging into mineral water. Abstract:  Microplastics are anthropogenic contaminants which have been found in oceans, lakes and rivers. Investigations focusing on drinking water are rare and studies have mainly been using micro-Fourier Transform Infrared Spectroscopy (μ-FT-IR). A major limitation of this technique is its inability to detect particles smaller than 20 μm. However, micro-Raman spectroscopy is capable of detecting even smaller particle sizes. Therefore, we show that this technique, which was used in this study, is particularly useful in detectingmicroplastics in drinking water where particle sizes are in the low micrometer range. In our study, we compared the results from drinking water distributed in plastic bottles, glass bottles and beverage cartons. We tested the microplastic content of water from 22 different returnable and single-useplastic bottles, 3 beverage cartons and 9 glass bottles obtained from grocery stores in Germany. Small (-50-500 μm) and very small (1-50 μm) microplastic fragments were found in every type of water. Interestingly, almost 80% of all microplastic particles found had a particle size between 5 and 20 μm and were therefore not detectable by the analytical techniques used in previous studies. The average microplastics content was 118 ± 88 particles/l in returnable, but only 14 ± 14 particles/l in single-use plastic bottles. The microplastics content in the beverage cartons was only 11 ± 8 particles/l. Contrary to our assumptions we found high amounts of plastic particles in some of the glass bottled waters (range 0-253 particles/l, mean 50 ± 52 particles/l). A statistically significant difference from the blank value (14 ± 13) to the investigated packaging types could onlybe shown comparing to the returnable bottles (p 

read more