#Plastic container exporter

[weorex]

Disposable Food Container Box

Weorex is a leading manufacturer of Disposable Food Container Boxes made from high-quality polypropylene (PP) plastic, which is known for its durability, strength and ability to maintain the freshness of food for a long time.

Our container boxes are available in a variety of sizes and shapes to cater to different food storage needs, and they come with tight-fitting lids to keep the food secure and prevent spillage. Additionally, our containers are microwave safe, allowing you to heat up your food without having to transfer it to another container.

At Weorex, we believe in providing our customers with products that are not only functional, but also eco-friendly. Our Disposable Food Container Box is made from 100% recyclable materials, and we encourage our customers to recycle them after use. By choosing our containers, you can reduce your carbon footprint and contribute to a cleaner and greener environment.

Contact Us

Weorex

Address: Railway Colony ,Madurai - 16,Tamilnadu, India.

Phone: +91 99445 50574

Mail: weorexteam@gmail.com

Website: www.weorexteam.com

[regentplast]

Quality Plastic Bottle & HDPE Container Manufacturer-Regentplast

In the fast-paced world of consumer goods, the importance of efficient and sustainable packaging cannot be overstated. RegentPlast emerges as a frontrunner, making waves as a prominent plastic bottle manufacturer and exporter specializing in high-density polyethylene (HDPE) bottles and containers.

As a distinguished HDPE bottle exporter, RegentPlast has carved a niche for itself in the global market. With an unwavering commitment to quality, innovation, and sustainability, the company stands out as a reliable partner for businesses seeking top-notch packaging solutions.

RegentPlast's journey began with a vision to revolutionize the packaging industry by offering versatile and eco-friendly solutions. The company's expertise as an HDPE plastic container manufacturer sets it apart, providing a wide array of packaging solutions tailored to meet the diverse needs of various industries.

The core strength of RegentPlast lies in its state-of-the-art manufacturing facilities, equipped with cutting-edge technology. The company's commitment to quality control ensures that each product meets the highest industry standards. From design to production, every step of the manufacturing process is meticulously executed, reflecting RegentPlast's dedication to excellence.

As an HDPE bottle exporter, RegentPlast serves clients globally, delivering packaging solutions that are not only visually appealing but also durable and environmentally responsible. HDPE, known for its robustness and recyclability, forms the backbone of RegentPlast's product line. This commitment to sustainability aligns with the growing global emphasis on eco-friendly practices, making RegentPlast a preferred choice for businesses aiming to reduce their environmental footprint.

RegentPlast's versatility extends beyond being an HDPE plastic container manufacturer. The company is also recognized for its expertise in producing a wide range of packaging solutions, including bottles and containers for various industries such as pharmaceuticals, food and beverages, personal care, and more. This diversity showcases RegentPlast's adaptability and ability to cater to the unique requirements of different sectors.

In the competitive landscape of packaging, RegentPlast's dedication to innovation stands out. The company continually invests in research and development to stay ahead of market trends, offering clients cutting-edge designs and features. This forward-thinking approach positions RegentPlast as a strategic partner for businesses looking to enhance their brand image through distinctive and functional packaging.

RegentPlast's commitment to customer satisfaction is another pillar of its success. The company places a premium on understanding its clients' specific needs and collaborates closely to deliver tailor-made solutions. This customer-centric approach has earned RegentPlast a reputation for reliability and responsiveness, fostering long-lasting relationships with clients around the world.

With a focus on quality, sustainability, versatility, and innovation, the company has positioned itself as a leader in the industry. As businesses increasingly prioritize environmentally conscious practices, RegentPlast's commitment to delivering eco-friendly packaging solutions ensures its relevance and influence in the ever-evolving market.

[housewaremouldmanufacturer]

How to Choose a Reliable Houseware Mould Manufacturer?

Experience and Expertise:

One of the first factors to consider is the manufacturer’s experience and expertise in the industry. Look for a company with a solid track record and a long history of manufacturing houseware mould. An experienced manufacturer will have a deep understanding of mould design, materials, and manufacturing processes, ensuring the production of high-quality mould.

R. D. Mould & Industries boasts a rich history spanning several years, demonstrating their deep understanding of mould design, materials, and manufacturing processes.

Customization Capabilities:

Every houseware product is unique, and a reliable mould manufacturer should be able to accommodate customization. R. D. Mould & Industries understands the importance of tailored solutions and offers customization options to meet diverse client requirements. Their team of skilled professionals works closely with clients to ensure that the mould are designed and manufactured to precise specifications.

Materials and Durability:

R D Mould & Industries involves considering the materials used by the manufacturer to make the mould. Material selection can significantly affect mould durability and lifespan. Trusted household mould manufacturers will have knowledge of different materials and recommend the most suitable options for your specific houseware mould products.

Product Range and Specialization:

Consider the product range and specialization of the manufacturer. R. D. Mould & Industries offers a diverse range of houseware mould, catering to various product categories such as kitchenware, storage containers, and more. Their specialization in houseware mould manufacturing ensures that they understand the specific requirements and challenges of this industry.

Conclusion:

Choosing a reliable houseware mould manufacturer is crucial for the success of your product manufacturing. R. D. Mould & Industries stands out as a trusted and reputable choice in the industry. With their extensive experience, specialization, customization capabilities, and commitment to quality, they are well-equipped to meet your houseware mould requirements. By partnering with R. D. Mould & Industries, you can have confidence in the reliability, precision, and timely delivery of your houseware mould.

[plastparekh]

Plastic Pail Manufacturers | Plastic Buckets Manufacturers

Looking for the most durable and appealing plastic pail manufacturers? We've been the best Plastic Buckets Manufacturers in the industry for more than 30 years. We are pioneers in the introduction of low weight tapered pails manufactured with impact grade Polypropylene Copolymer (PPCP) with tamper proof lids for safety against adulteration. We are also experts in the manufacturing of straight wall containers and can provide various post moulding operations on our plastic pails, such as screen printing, offset printing, pad printing & heat transfer labeling

[hometoursandotherstuff]

It looks like a neat white farmhouse in Murrysville, Pennsylvania, but not only is it a seriously dated 1966 mid-century modern, it has the weirdest architectural features and needs a very deep cleaning. It has 5bds, 5.5ba, and it was reduced $35K to $535K. I think they're gonna have to go lower b/c there's a lot of work to do here.

The description calls this a stunning entry with exquisite chandeliers. I see a dated and dirty carpet. So, they took two vases off those corner shelves and left the dirt.

Now, here we have a fake forest with treetops smooshed right into the ceiling. I can't tell if that's a water fall in the right corner, but it's full of dirt and looks broken.

The stone thing on the left must be a planter, but how deep is it? It looks like the bottom fell out. Next is the octagonal mezzanine in the ceiling. It's a big open space and it must've been dramatic when it was new?

Behind the long stone structure is a mural. Maybe it's an indoor pond.

Here's the view from the top. The empty plastic containers must be planters.

The kitchen is huge but the cabinets are in good shape. The counters look like an old version of a composition material like Corian.

What is that black panel over the fridge?

The kitchen certainly has a comprehensive sprinkler system in the ceiling.

This is a vast area for a living room. Do they make ride-on vacuums? Looks like something's missing from the ceiling feature.

Here's a family room area with a fireplace.

The spiral stairs in the family room lead up here. I have no idea what this is and what that fenced in area is for. There appears to be a terrace with a BBQ kettle outside.

In the primary bedroom they left a bed platform and dirty upholstered headboard with matching linens.

MCM bath has a walk-in tub. They're very expensive and range in price from $2K - $10K.

Whoever designed this house really liked these openings in the ceilings. According to the description you can see clear up to this one on the 3rd fl. from the 1st. fl., but this is clearly an unfinished attic.

They do sell tension legs for sinks like this, but the owners have cleverly installed a plunger to fashion a sort of pedestal sink.

What a long garage.

This is a deceiving property. I thought that the farmhouse was for sale, but I didn't see the mid-century home attached to it. The land measures 1.3 acres.

[rjzimmerman]

Excerpt from this story from Truthout:

In March 2022, the United Nations Environment Assembly agreed to begin negotiating a legally binding treaty between 175 countries that will determine how the world deals with such plastic pollution. The fifth and final negotiating session is now set to start in late November this year. Recognizing the scope and severity of the crisis, delegates for the 14 Pacific Island countries have been at the forefront of the international plastic treaty talks, advocating for strict limits on plastic production and the need to set tangible goals for waste management.

Other countries, including Rwanda, Peru and European Union nations, have also pushed for ambitious goals and plastic production caps. But the United States, alongside oil-producing countries like Saudi Arabia, Russia and China, has historically opposed these proposals. The oil and gas industry wants delegates to carve out a treaty that focuses on things like plastic tracking and recycling rather than decreasing production — even though, for decades, plastics companies knew that recycling was an overwhelming failure.

But in August, in what could be a major breakthrough for the future of the planet, President Joe Biden’s administration indicated it would support plastic production limits and increased controls on the toxic chemicals that are used in the plastic production process.

Environmental groups praised the announcement, while industry groups like the American Chemistry Council — which has spent nearly $10 million in lobbying efforts so far this year — lambasted the administration for “caving” to environmentalists’ wishes and “betray[ing] U.S. manufacturing.”

While the Biden administration’s announcement gained little attention in a crowded news cycle, this shift in approach carries urgent importance. Less than 10 percent of plastic waste is currently recycled globally; the rest winds up dumped or incinerated, harming communities and polluting the Earth. If the years of negotiations yield a treaty that focuses on recycling — not production caps — as a solution to the crisis, then the world will be digging itself into an even deeper plastic pollution hole. And it would take a huge amount of additional international coordination to climb back out.

Plastic, which is derived from fossil fuels, is toxic throughout every stage of its life cycle, from production to disposal. The extraction and refinement of fossil fuels for plastic production emits hundreds of millions of metric tons of greenhouse gases each year, heating up the atmosphere and fueling the climate crisis. Research from the Center for International Environmental Law emphasized that the global plastics treaty needs “to incorporate ambitious obligations that specifically target global plastic production” if we are going to keep global warming below the 1.5 degree Celsius threshold.

Plastics also contain a slew of toxic and carcinogenic chemicals, which are released during production at facilities that, in the United States, are often placed in low-income communities and communities of color. In January, a report by Amnesty International found that the Houston Ship Channel — a major hub for fossil fuels in the United States — is a racial “sacrifice zone,” where an immense and disproportionate burden of pollution is placed on people of color by fossil fuel companies. The report noted that the scale of harmful pollution amounts to a human rights violation.

At the end of plastics’ life cycle, wealthy nations, including the United States and the United Kingdom, frequently export their waste to poorer nations in a phenomenon that has been dubbed “waste colonialism.” Often, these countries have fewer resources to manage and tame the vast amounts of trash than the rich countries that are sending it. The term was coined as far back as 1989, when several African nations expressed concerns at the United Nations Environmental Program Basel Convention that wealthy countries were using countries in Africa as dumping grounds for hazardous waste.

[solarpunkbusiness]

Biodegradable Plastic made from Tequila Agave Waste

Tequila is one of Mexico’s most iconic and successful exports. According to the Tequila Regulatory Council, for each liter of tequila produced, twelve liters of organic waste is discarded.

Ana Laborde, a businesswoman from Mexico, discovered the wasteful practices behind tequila production – she thought that producing bioplastic bags could be a successful and sustainable business opportunity.

Ana began researching biodegradable alternatives to the ubiquitous plastic bag. However, she grew concerned that many of the common sources of bioplastics, such as corn and potatoes, might better be used as food. Mentioning this to her cousin, who worked in the tequila industry, Ana learned about the vast amounts of unused agave leaves – approximately 400,000 tons each year – created during the liquor’s production. If plant fibers could be easily extracted from agave leaves, she reasoned, this unwanted by-product might be an untapped source of bioplastic.

Her objective was to develop a process to extract cellulose, the molecule that gives plants their structural integrity, from agave leaves. The extracted cellulose could then be used to make biodegradable plastic bags, containers and cleaning supplies. With technical assistance from Mexico’s Center for the Investigation of Applied Chemistry, the team successfully developed this process.

Ana persevered, and in the years since BioSolutions has established strong links with plastic injection molding companies and manufacturers of homeware and promotional materials. BioSolutions’ flexibility has allowed it to expand its product line and customers over time. In 2019, it announced a collaboration with the Jose Cuervo tequila brand to for bars, restaurants and events across Mexico and the United States. BioSolutions is also producing bioplastic beer glasses for concert arenas and stadiums using waste from beer production, an opportunity which required Ana’s team to alter the manufacturing process.

[astrojulia]

More than Seaweeds

Mermaid's Herbal Compendium

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Name: Basil

Scientific name: Ocimum selloi Benth.

Disclaimer: As English is not my native language, there may be some errors in scientific expressions. I am also using local resources.

TECHNICAL USAGE

History:

Due to the shape of its leaves (heart), it was considered a symbol of love in Italy and of mourning in Greece. (Portal São Francisco, 2016)

4,000 years ago, the Hindus, who were percussionists in the culture of basil, exported it to Egypt. (Portal São Francisco, 2016)

In the last century, basil was used by shoemakers to attenuate the smell of leather. (Portal São Francisco, 2016)

The name "basilicum" has its origin in the Greek "basilikós," which means "of the kings or royal," to indicate its nobility. The Greek botanist Theophrastus, in the 3rd century BC, defined basil as an herb of kings. (History of Ingredients, 2016)

Description:

Plant characteristics: Basil is an herbaceous plant grown in gardens and widely known throughout Brazil. It is characterized by the pleasant smell that is released from its leaves. It has a quadrangular stem, and the leaves are opposite, sharp, and abundant. The plant produces small white flowers arranged on an elongated axis, with secondary inflorescences formed on each axis. The corolla has four pieces, and the plant bears fruit with four dark nuclei. It is a meliferous plant. Basil can be propagated by seeds or cuttings taken from the branches. It thrives in fertile soils rich in organic matter, permeable, and with high temperatures. (Treatise on Medicinal Plants, 2014)

Propagation: Basil can be propagated by seeds or cuttings from branches. Basil seeds are sown in 200-cell expanded polystyrene trays containing commercial substrate and kept in protected cultivation. At 30 days after sowing, the seedlings have four definitive leaves and are suitable for transplanting. (PEREIRA; MOREIRA, 2011)

Cultivation: Seedlings can be planted in pots or nurseries throughout the year. For this, the beds must be well prepared, raised to a height of 15 cm. Use 150 g of well-tanned bovine manure per square meter of bed and mix well. Sow the seeds and cover with 0.5 cm of light soil or fine sawdust. The recommended spacing is 30 cm between lines and 30 cm between plants. Irrigate at least once a day, preferably in the early morning or late afternoon. After 60 days of planting in the beds, the first harvest can be made by cutting the plant at 20 cm from the soil. (PEREIRA; MOREIRA, 2011)

How to choose and where to find:

Fresh: Fresh bunches and pots of basil can be found in fairs, markets, and supermarkets. Choose branches with lush leaves that are not stained or wilted.

Dry: Dry basil can be found in supermarkets and specialty stores. Look for products in dark packaging, protected from light, to prevent loss of aroma. Check the expiration date.

How to Store:

Fresh:

Basil spoils quickly, but it can be packed in plastic packaging and dried for up to three days at most.

Chop the leaves and place them in a closed glass container with oil.

Dry: Store in a sealed container, away from light and humidity.

How to dry:

Buy two large bundles of basil, wash them well, and spread them on a clean cloth until dry.

Separate the leaves and make layers of leaves in a glass bowl, alternating with thin layers of coarse salt.

Cover the glass bowl with plastic wrap and leave it at room temperature.

Stir once a day for the first three days.

The dried basil can be used for up to two months. The leaves become dry, and the salt absorbs the aroma of basil. You can use only the leaves or also the coarse salt.

Chemical Composition:

Tannins: Tannins are astringent and hemostatic, and their therapeutic applications are related to these properties. They are mainly used in the tanning and paint industries. They are also used in laboratories to detect proteins and alkaloids and as antidotes in cases of poisoning by alkaloid plants.

Flavonoids: The therapeutic functions of flavonoids are not yet fully understood. The group is known for its anti-inflammatory, anti-allergic, and vasoprotective effects (treatment of thrombosis). Rutin and hesperidin are important flavonoids used in the treatment of capillary fragility.

Saponins: Saponoside glycosides are named for their ability to form abundant foam when agitated with water (from Latin "frog" = soap). They taste bitter and acrid, and drugs containing them are usually sternutatory (cause sneezing) and irritating to the mucous membranes. They are non-nitrogen compounds that dissolve in water, producing foaming solutions by decreasing the surface tension of the liquid. They also have the properties of emulsifying oils and causing hemolysis. The latter is due to the ability of the glycoside to combine with the cholesterol molecules present in the erythrocyte membrane, disrupting the internal-external balance and promoting the rupture of the cell, resulting in the release of hemoglobin.

Essential Oils:

o Thymol: It has carminative, anti-spasmodic, expectorant, and anti-inflammatory properties. It also has significant antiseptic potential. o Methyl-chavicol: It has antimicrobial, anti-inflammatory, local anesthetic, and insecticidal activities. o Linalool: It is used for its woody, floral, and refreshing aroma. o Eugenol: It has anesthetic, bactericidal, antifungal, and flavoring properties, with a hot and spicy note. o Cineol: It has decongestant and anti-inflammatory properties and gives a eucalyptus aroma. o Pyrene

Herbal Actions:

Digestant: An herb that promotes good digestion.

Carminative: Herbs or essential oils that help the intestines release gas by relaxing gut spasms and increasing peristalsis to expel gas.

Sweetener: It has the ability to sweeten.

Aperientes: Aperientes herbs are mild laxatives.

Indications: Basil is beneficial for those who have difficulties in digestion, gas, heartburn, and headaches resulting from heavy or inadequate food. It facilitates the functioning of the intestines and acts as a diuretic. It is good for coughs, vomiting, and bad breath. Along with malva and sage, it helps in mouth infections.

Dosage: There is little information on the safe and effective dosage of basil. Usually, 10 to 20 ml of fresh basil leaf juice is used once a day, or teas can be made by infusing 2 grams of fresh basil or dried herb in boiling water twice a day.

Contraindications: Basil is not suitable for long-term use in children, and it should not be used by pregnant women in the first three months of pregnancy.

MAGICAL USAGE

Gender: Masculine

Planet: Mars

Element: Fire

Deities: Ares, Eros, Zeus, Apollo, Vishnu, and Krishna

Tarot Cards: The Empress, Justice, Six of Swords, Ten of Cups

Zodiac: Virgo, Scorpio, Sagittarius

Sabbath: Yule, Imbolc

Magical Uses (under observation of effectiveness): Basil is linked to love, health, exorcism, and clairvoyance in magical practices. Its fresh leaves can be used as a natural scent to attract passion. Hanging some branches around the house can protect the environment and bring permanent joy. In some ancient cultures, basil was placed on the chest of the dead as a symbol of a passport to paradise. Fun fact: There are over 64 types of basil. (GORI, 2021)

Therapeutic and Enchanted Recipes:

PROSPERITY TEA:

INGREDIENTS: 1 teaspoon of basil, 1 teaspoon of thyme.

PREPARATION: Heat the water for 10 minutes, then turn off the heat. Add the basil and thyme and let it steep for 15 minutes.

CLAIRVOYANCE TEA:

INGREDIENTS: 1 teaspoon of basil, 1 teaspoon of hibiscus.

PREPARATION: Heat the water for 10 minutes, then turn off the heat. Add the basil and hibiscus and let it steep for 15 minutes. Drink four sips before your divination practices, especially oracles.

MIX OF HERBS FOR LOVE:

INGREDIENTS: 1 cup of basil, 1 cup of rose petals and buds, 1/2 cup of patchouli leaves, 1/2 cup of lavender flowers, 2 tablespoons of dragon's blood.

PREPARATION: Place this herbal mixture in a bowl in your home to attract love.

HAPPY SIPS:

*This is a recipe that makes me feel really happy...

INGREDIENTS: Fresh basil leaves, fresh strawberries.

PREPARATION: Make a flavored water by adding as much basil and strawberry as your heart desires. Let it sit for a while (to taste) and drink it. I used to make this a lot when working at the office, and it made me feel fresh and happy.

Sources:

CUNNINGHAM, Scott. Enciclopédia das Ervas Mágicas do Cunningham. 1ª ed. São Paulo: Editora Alfabeto, 2021.

PRIETO, Claudiney. Rituais de Magia com o Tarô. 1ª ed. São Paulo: Editora Alfabeto, 2021.

GORI, Tânia. Herbologia Mágica. 2ª ed. São Paulo: Editora Alfabeto, 2021.

CABOT, Laurie; CABOT, Penny; PENCZAK, Cristopher. Tradução de Virginia Dalbo. Livro de Feitiços de Laurie Cabot. 3ª ed. São Paulo. Editora Alfabeto, 2021.

LADDY, Brianna. Apostila Magia das Ervas. 2019. Her Instagram

LADDY, Brianna. 25 Feitiços usando a Magia das Ervas. 2021. Her Instagram

MINHAVIDA. Manjericão alivia problemas intestinais e tem ação anti-inflamatória. Disponível em: https://www.minhavida.com.br/materias/materia-11744#:~:text=Existe%20pouca%20informa%C3%A7%C3%A3o%20sobre%20a,fervente%20duas%20vezes%20ao%20dia. Acesso em: 11 abr. 2021.

SOCIEDADE BRASILEIRA DE FARMACOGNOSIA. Taninos. Disponível em: http://www.sbfgnosia.org.br/Ensino/taninos.html. Acesso em: 11 abr. 2021.

PARODI, Lorenzo. MANJERICÃO. Disponível em: http://www.ingredientes.blog.br/. Acesso em: 11 abr. 2021.

PORTAL SÃO FRANCISCO. Manjericão. Disponível em: https://www.portalsaofrancisco.com.br/alimentos/manjericao#:~:text=Devido%20%C3%A0%20forma%20de%20suas%20folhas%2C%20(cora%C3%A7%C3%A3o)%2C%20era,atenuar%20o%20cheiro%20do%20couro. Acesso em: 11 abr. 2021.

GRANDI, Telma Sueli Mesquita. Tratado das plantas medicinais [recurso eletrônico]: mineiras, nativas e cultivadas. 1. ed. – Dados eletrônicos. Belo Horizonte: Adaequatio Estúdio, 2014. (Download the book HERE)

HOFFMANN, David. Tradução Euclides Luiz Calloni. O guia completo das plantas medicinais: ervas de A a Z para tratar doenças; restabelecer a saúde e o bem-estar. 1ª ed. São Paulo: Cultrix, 2017.

(CC) AstroJulia Some Rights Reserved

[factorialsotherfandoms]

Happy Battleships deanon day! Upon consultation, I'll just. Do these pairs-ish by RNG. I've got a long stack so let's just get started with a fic for @echotunes

Testing, Testing

Chapters: 1/1 Fandom: QSMP | Quackity SMP Rating: General Audiences Warnings: No Archive Warnings Apply Relationships: Pac & Mike (QSMP) Characters: Pac (QSMP), Mike (QSMP) Additional Tags: Science, Fluff, platonic soulmates tazercraft, Mind Link, Bodyhopping Summary: Pac and Mike spend some time in the lab.

Full text under cut:

Their equipment is delicate, but with enough practice anything can seem simple to use. Pac is over with the apparatus, while Mike sits at the computer. The software for the detector is an old, old thing, but it works well enough; after each run they must manually export and reformat the data, but it's better than writing new, perhaps inaccurate, software - or somehow getting an upgrade from the Federation.

"Twenty three at nine-o-two," Pac reads off the equipment.

With the computer precariously loaded with the detector software, Mike resorts to a clipboard and calculator. He scribbles the time and temperature in the margin and replies, "all ready here."

Their scanner is nothing as complex or fancy as a medical scanner, instead a tiny little thing that sits on the desk. It is about good enough for detecting anomalies in materials, but certainly not up to assessing a person or an animal. They have used it to scan some strawberries before, but that was more for Richarlyson's curiosity than anything.

Small as it is, Pac just reaches inside and places the small sample of terracotta on the tray. Some of that mined on the same expedition had been reacting strangely under tensile stress, so testing some of it seemed like the best course of action.

"Placed," Pac replies.

"One second," Mike blinks his eyes shut, and opens Pac's. The colours feel a little off through Pac's eyes, but to share body parts always has a comforting fuzz to it. He reaches from himself and into Pac, lifting one arm to tighten the plastic clamps supposed to hold it in place.

With a better scanner the emitter and detector would move; having built this themselves from scrap and discarding Federation equipment, Pac and Mike's scanner relies on the tray moving instead. Everything is controlled by the computer, one bit of software winding it to each step and then telling the detector to read. After that the data comes in, and once the numbers are processed it just needs feeding into the imaging software.

Simple enough, except that home made detectors always need close watching.

Satisfied with that Mike double checks the shielding. Their collection of lead blocks is all intact, and the little safety monitor pinned in place. As he slips back into his own body he makes a note of the number on it.

That, too, goes on his notes page.

All good. Mike does not bother with the words, knowing Pac will hear.

He gets a hum in response, agreement morphing into a noise of concentration as Pac uses the tongs to retrieve the source, and put it into place.

It's a little terrifying how easily radioactive compounds can just be picked up on the Island, but it often serves their purposes well. Technetium-99m in this case, now in a glass container - probably discarded from the Federation's own research or medical facilities.

More the fool's them.

They give the safety monitor - stolen from a Federation worker's corpse, if Mike remembers correctly - a few moments to settle, before taking the first reading.

Mike did write the code which controls everything, but he still does not trust it; he manually takes a zero reading, also noting that down in his log along with the time.

"Ready?"

He knows that Pac is, but the verbal confirmation is an important feature of safety.

"Ready!"

Mike presses the button to make it work. First he receives another reading - only 15 off the last, and so probably the detector is still working fine. After the reading there is nothing for a few seconds, before the little tray judders to the next stop.

Gently he feels Pac nudging himself in, watching both the readings and the apparatus at once. With each pair of eyes pointing at different things, they can both keep an eye for problems with them both.

It's squeaking a lot today

The terracotta might be too heavy

It was fine last time

It's kinda old

Maybe time for a new one?

Maybe Richinhas and Ramón want to help?

We can ask, it's just the mechanism

Readings look fine?

It's terracotta, they're going to be low

The chances of picking something out from that...

It's what we've got. You want to ask the Federation to check it? Or just throw out an entire day's terracotta?

It is unclear as to which thought belongs to who, but both shudder with that final consideration. It is an option, if they have to, but neither wants to. Someone would be more than happy to mine again, but the number of blocks they would lose is... A hideous amount. Atrocious. Enough Mike might be tempted to ask the Federation for help - and pack some explosives in the bottom of the crate.

There's an idea.

He thinks it, and across the bench Pac giggles.

With how slowly their equipment moves, it will be a good couple of hours before the scan is complete. They have done it plenty of times before, one checking the equipment and the other the monitor. It's an easy enough take, too, they just cannot leave the technetium out where little fingers might find it.

Or not so little fingers - Mike can name a good few Islanders who would be irresponsible with it. It is neither enough nor the right sort to make a bomb, but he is sure someone would try.

Pac suggests Max.

Mike points out that Max is perfectly capable of getting his own nuclear waste for a bomb; he's more worried about the likes of Dapper or Fit.

The image of either of the two building a nuke from a discarded medical sample is funny enough, something to concentrate on as the machine ticks away. The sample is heavier than a rubber duck; they will likely be here all day.

Pac flops down onto his desk, staring into the blocks of lead shielding. Mike opens youtube on his phone, and puts some music on for them both; it's a slow sort of lab day, not an interesting one.

Mike feels his arm move, only registering Pac's presence a few seconds later. Pac uses Mike to pick up his pen, and start doodling in the margins of his notepad. A short nudge later has Pac making another log of the weather - this time both humidity and pressure instead of the earlier temperature - before returning to the doodles.

It will be a long day.

... Mike is going to leave Pac to that, while he himself starts designing a trigger for that TNT trap idea.

[dailyanarchistposts]

Chapter 4. Environment

The only way to save the planet

When it comes to protecting the environment, nearly any social system would be better than the one we have now. Capitalism is the first social arrangement in human history to endanger the survival of our species and life on earth in general. Capitalism provides incentives to exploit and destroy nature, and creates an atomized society that is incapable of protecting the environment. Under capitalism, ecocide is literally a right. Environmental protections are “trade barriers”; preventing a corporation from clear-cutting land it has purchased is a violation of private property and free enterprise. Companies are allowed to make millions of tons of plastic, most of it for throwaway packaging, despite the fact that they have no plan for disposing of it and not even any idea what will happen with it all; plastic does not decompose, so plastic trash is filling up the ocean and appearing in the bodies of marine creatures, and it may last millions of years. To save endangered rhinoceros from poachers, game wardens have started sawing off their valuable horns; but the poachers are killing them anyway because once they are extinct, the value of the few remaining bits of rhinoceros ivory will go through the roof.

And despite all this, universities have the audacity to indoctrinate students to believe that a communal society would be incapable of protecting the environment because of the so-called tragedy of the commons. This myth is often explained thus: imagine a society of sheepherders owns the grazing land in common. They benefit collectively if each grazes a smaller number of sheep, because the pasture stays fertile, but any one of them benefits individually if he overgrazes, because he will receive a greater share of the product — thus collective ownership supposedly leads to depletion of resources. The historical examples intended to corroborate this theory are generally drawn from colonial and postcolonial situations in which oppressed people, whose traditional forms of organization and stewardship have been undermined, are crowded onto marginal land, with predictable results. The sheepherding scenario assumes a situation that is extremely rare in human history: a collective comprised of atomized, competitive individuals who value personal wealth over social bonds and ecological health, and lack social arrangements or traditions that can guarantee sustainable, shared use.

Capitalism has already caused the biggest wave of extinctions to hit the planet since an asteroid collision killed off the dinosaurs. To prevent global climate change from bringing about total ecological collapse, and stop pollution and overpopulation from killing off most of the planet’s mammals, birds, amphibians, and marine life, we have to abolish capitalism, hopefully within the next few decades. Human-caused extinctions have been apparent for at least a hundred years now. The greenhouse effect has been widely acknowledged for nearly two decades. The best that the reputed ingenuity of free enterprise has come up with is carbon trading, a ridiculous farce. Likewise, we cannot trust some world government to save the planet. A government’s first concern is always its own power, and it builds the base of this power upon economic relationships. The governing elite must maintain a privileged position, and that privilege depends on the exploitation of other people and of the environment.

Localized, egalitarian societies linked by global communication and awareness are the best chance for saving the environment. Self-sufficient, self-contained economies leave almost no carbon footprint. They don’t need petroleum to ship goods in and waste out, or huge amounts of electricity to power industrial complexes to produce goods for export. They must produce most of their energy themselves via solar, wind, biofuel, and similar technologies, and rely more on what can be done manually than on electrical appliances. Such societies pollute less because they have fewer incentives to mass production and lack the means to dump their byproducts on others’ land. In place of busy airports, traffic-clogged highways, and long commutes to work, we can imagine bicycles, buses, interregional trains, and sailboats. Likewise, populations will not spiral out of control, because women will be empowered to manage their fertility and the localized economy will make apparent the limited availability of resources.

An ecologically sustainable world would have to be anti-authoritarian, so no society could encroach on its neighbors to expand its resource base; and cooperative, so societies could band together in self-defense against a group developing imperialist tendencies. Most importantly, it would demand a common ecological ethos, so people would respect the environment rather than regarding it simply as raw material to exploit. We can begin building such a world now, by learning from ecologically sustainable indigenous societies, sabotaging and shaming polluters, spreading a love for nature and an awareness of our bioregions, and establishing projects that allow us to meet our needs for food, water, and energy locally.

[weorex]

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At Weorex, we understand the importance of safety when it comes to Fire Matches. That's why all our match boxes are manufactured in accordance with strict safety regulations, and we only use non-toxic materials in the production of our matches. Our match boxes also come with a child-resistant mechanism that prevents accidental ignition and keeps your children safe.

If you're looking for a reliable and durable match box, look no further than Weorex. Our Fire Matches are of the highest quality, and our match boxes are designed with safety and style in mind. Whether you're lighting a fire at home or on a camping trip, Weorex has you covered. Contact us today to learn more about our products and place an order!

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[regentplast]

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[viratsteelspecial-blog]

Did you know that what is tool steel ?

Tool steel is a type of alloy steel that contains a high amount of carbon, typically between 0.7% and 1.5%. It is this high carbon content that gives tool steel its key properties, which include:

Hardness: Tool steel is very hard, making it resistant to wear and tear. This is essential for tools that are used for cutting, drilling, or shaping other materials.

Toughness: Tool steel is also tough, meaning that it can withstand a lot of stress and strain without breaking. This is important for tools that are used for heavy-duty applications.

Heat resistance: Tool steel is able to retain its hardness and strength even at high temperatures. This makes it ideal for tools that are used for hot working, such as forging and heat treating.

Tool steel is used to make a wide variety of tools, including:

Cutting tools: Knives, drills, saws, milling cutters, etc.

Forming tools: Dies, punches, molds, etc.

Hand tools: Hammers, screwdrivers, wrenches, etc.

Machine tools: Lathes, milling machines, grinders, etc.

Surgical instruments: Scalpels, forceps, scissors, etc.

The specific type of tool steel used for a particular application will depend on the required properties of the tool. For example, a drill bit that will be used to drill through hard metal will need to be made from a different type of tool steel than a knife that will be used to cut food.

VIRAT SPECIAL STEELS is leading Tool Steel & Die Steel Importer, Exporter, Stockiest, Distributor and Supplier in India.

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HOT WORK STEEL ( HH 370 - 410 BHN ) (DIN-1.2714 / AISI L6 )

HOT DIE STEELS (DIN 2343, 2344 / AISI H11, H13)

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HIGH SPEED STEELS (DIN 3243 , 3343 / AISI M2 , M35)

HCHCr. (DIN 2379 , 2080 / AISI D2 , D3)

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[energy-5]

From Extraction to Usage: The Lifecycle of Natural Gas

The journey of natural gas from the depths of the earth to the blue flames on a stove is a complex and multifaceted process. As a fossil fuel, natural gas plays a pivotal role in the global energy supply, accounting for approximately 24% of global energy consumption. This narrative will traverse through the lifecycle of natural gas, highlighting the intricacies involved in its extraction, processing, transportation, and usage, as well as its environmental and economic impacts.

Extraction and Production:

Natural gas extraction begins with geological surveys to identify promising reserves, followed by drilling either on land or offshore. In 2022, the United States, one of the largest producers, extracted approximately 99.6 billion cubic feet per day. The extraction often employs techniques like hydraulic fracturing, which alone contributed to around 67% of the total U.S. natural gas output in 2018. The extracted gas, containing various hydrocarbons and impurities, requires substantial processing to meet commercial quality standards.

Processing and Purification:

Once extracted, natural gas undergoes several processing steps to remove water vapor, hydrogen sulfide, carbon dioxide, and other contaminants. This purification is essential not only for safety and environmental reasons but also to increase the energy efficiency of the gas. Processing plants across the globe refine thousands of cubic feet of raw gas each day, ensuring that the final product delivered is almost pure methane, which is efficient for burning and less polluting than unprocessed gas.

Transportation:

Transporting natural gas involves an expansive network of pipelines covering over a million miles in the United States alone. In regions where pipeline infrastructure is not feasible, liquified natural gas (LNG) provides an alternative. LNG exports from the U.S. reached record highs in 2022, with approximately 10.6 billion cubic feet per day being shipped to international markets. LNG carriers and storage facilities are integral to this global trade, making natural gas accessible worldwide.

Storage:

Strategic storage ensures that natural gas can meet fluctuating demands, particularly during peak usage periods. Underground storage facilities can hold vast quantities; for instance, the U.S. can store approximately 4 trillion cubic feet of gas, helping to manage supply and stabilize prices. These reserves play a critical role in energy security and in buffering any unexpected disruptions in supply.

Distribution:

Natural gas distribution is the final leg before reaching end-users. Companies manage complex distribution networks to deliver gas to industrial facilities, power plants, commercial establishments, and residences. The U.S. alone has over 2 million miles of distribution pipelines, ensuring that natural gas accounts for nearly 30% of the country’s electricity generation and heating for about half of American homes.

Usage and Consumption:

The versatility of natural gas makes it a preferred source for heating, cooking, electricity generation, and even as a feedstock for producing plastics and chemicals. In the residential sector, an average American home might consume about 200 cubic feet per day for heating and cooking. For electricity, combined-cycle gas turbine plants convert natural gas into electricity with more than 60% efficiency, significantly higher than other fossil-fueled power plants.

Environmental Considerations and Future Prospects:

While natural gas burns cleaner than coal, releasing up to 60% less CO2 for the same energy output, it is not without environmental challenges. Methane, a potent greenhouse gas, can escape during various stages of the natural gas lifecycle. However, advances in technology and regulatory measures aim to mitigate these emissions. As the world leans towards a lower-carbon future, the role of natural gas is pivotal, with investments in carbon capture and storage (CCS) technologies and the potential integration with renewable energy sources.

[mariacallous]

Police in China have dealt out beatings to workers protesting over working conditions and pay at the biggest factory for iPhones, as the country’s Covid-19 cases hit a new daily high.

Videos online showed thousands of people in masks facing rows of police in white protective suits with plastic riot shields. Police kicked and hit a protester with clubs after he grabbed a metal pole that had been used to strike him. People who made the footage said it was filmed at the site.

The protest in Zhengzhou lasted through Wednesday morning as thousands of workers gathered outside dormitories and confronted factory security workers, according to Li.

Other videos showed protesters spraying fire extinguishers toward police.

Foxconn, the biggest contract assembler of smartphones and other electronics, is struggling to fill orders for the iPhone 14 after thousands of employees walked away from the factory in the central city of Zhengzhou last month after complaints about unsafe working conditions.

Protests started on Tuesday after employees who had travelled long distances to take jobs at the factory complained that the company changed the terms of their pay, according to an employee, Li Sanshan.

Li said he quit a catering job when he saw an advertisement promising 25,000 yuan ($3,500) for two months of work. That would be significantly above the average pay for this type of work in the area.

After employees arrived, the company said they had to work two additional months at lower pay to receive the 25,000 yuan, according to Li.

“Foxconn released very tempting recruiting offers, and workers from all parts of the country came, only to find they were being made fools of,” he said.

Foxconn said on Thursday that a “technical error” was responsible for the confusion over pay and offered an apology.

A man who identified himself as the Communist party secretary in charge of community services was shown in a video posted on the Sina Weibo social media platform urging protesters to withdraw. He assured them their demands would be met.

The protests come amid severe frustration over Covid restrictions in areas across China that have closed shops and offices and confined millions of people to their homes.

China reported its highest number of new Covid cases on Thursday, with 31,444 new infections.

While the numbers of cases and deaths are relatively low compared to the other countries, China’s Communist party remains committed to its “zero-Covid” strategy that aims to isolate every case and eliminate the virus entirely.

On Wednesday, the government ordered an effective lockdown of several districts of Zhengzhou, with residents of the city centre not allowed to leave unless they have a negative Covid test and permission from authorities.

The restrictions, which will last five days from midnight Friday, affect more than six million people – about half the city’s population.

The government is trying to contain the latest wave of outbreaks without shutting down factories and the rest of its economy as it did in early 2020. Its tactics include “closed-loop management” under which workers live in their factories with no outside contact.

China’s status as an export powerhouse is based on factories such as Foxconn’s that assemble the world’s consumer electronics, toys and other goods.

Apple warned iPhone 14 deliveries would be delayed after access to an industrial zone around the Zhengzhou factory – which Foxconn says employs 200,000 people – was suspended after outbreaks.

The company did not immediately respond to a request for comment on the latest protests.

[padmavatisteel]

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