#Biodegradable Capsules

[techninja]

Market Forecast: Predicting Growth Trajectory and Opportunities in the Softgel Capsules Industry

Unveiling the Lucrative Realm of Softgel Capsules Market

Introduction

In the ever-evolving landscape of pharmaceuticals, softgel capsules have emerged as a pivotal player, revolutionizing drug delivery systems. These encapsulated wonders offer a myriad of benefits, ranging from enhanced bioavailability to improved patient compliance. At the heart of this innovation lies a bustling market, brimming with opportunities and challenges alike. In this comprehensive guide, we delve deep into the dynamics of the softgel capsules market, unraveling its nuances and potential for growth.

Understanding Softgel Capsules

What Are Softgel Capsules?

Softgel capsules represent a sophisticated dosage form characterized by a gelatin shell enclosing liquid or semi-solid fillings. This versatile encapsulation technique facilitates the administration of various pharmaceuticals, including oils, suspensions, and solutions, with unparalleled precision and efficacy.

Key Advantages

Enhanced Bioavailability: The unique composition of softgel capsules promotes rapid absorption and bioavailability of active ingredients, ensuring optimal therapeutic outcomes.

Improved Stability: The hermetic seal of softgel capsules shields delicate compounds from environmental factors, prolonging shelf life and maintaining product integrity.

Ease of Swallowing: Unlike traditional dosage forms, softgel capsules boast a sleek, easy-to-swallow design, enhancing patient comfort and compliance.

Market Landscape

Growth Trajectory

The softgel capsules market has witnessed exponential growth in recent years, fueled by advancements in pharmaceutical technology and rising consumer demand for convenient drug delivery systems. With an expanding geriatric population and escalating prevalence of chronic diseases, the market shows no signs of slowing down.

Key Players

Leading pharmaceutical companies are capitalizing on the burgeoning demand for softgel capsules, leveraging innovative formulations and strategic partnerships to gain a competitive edge. From multinational giants to niche players, the market is teeming with diverse stakeholders vying for market share.

Market Segmentation

By Product Type

Gelatin-based Softgel Capsules: Traditional gelatin formulations continue to dominate the market, owing to their versatility and cost-effectiveness.

Non-gelatin Softgel Capsules: With growing concerns regarding religious and dietary restrictions, non-gelatin alternatives such as plant-based and fish-derived capsules are gaining traction among health-conscious consumers.

By Application

Pharmaceuticals: The pharmaceutical sector accounts for the lion's share of softgel capsules usage, driven by the need for targeted drug delivery and enhanced patient adherence.

Nutraceuticals: The burgeoning nutraceutical industry relies on softgel capsules to encapsulate vitamins, minerals, and dietary supplements, catering to wellness-conscious consumers seeking convenience and efficacy.

Market Dynamics

Drivers

Technological Advancements: Continuous innovation in encapsulation technology, coupled with the advent of novel excipients, is expanding the horizons of the softgel capsules market.

Consumer Preference for Oral Dosage Forms: The growing preference for oral dosage forms over conventional tablets and injections is fueling the demand for softgel capsules, driving market growth.

Challenges

Regulatory Hurdles: Stringent regulatory frameworks governing pharmaceutical manufacturing pose a significant challenge for market players, necessitating compliance with stringent quality standards and guidelines.

Price Volatility of Raw Materials: Fluctuations in the prices of gelatin and other raw materials used in softgel capsules production can impact profit margins and operational efficiency, posing a challenge for manufacturers.

Future Outlook

The future of the softgel capsules market appears promising, buoyed by ongoing research and development efforts aimed at enhancing product efficacy and safety. With increasing investments in precision medicine and personalized healthcare, softgel capsules are poised to play a pivotal role in shaping the future of drug delivery systems.

Conclusion

In conclusion, the softgel capsules market represents a dynamic and thriving sector within the pharmaceutical industry, driven by innovation, consumer demand, and regulatory developments. As market dynamics continue to evolve, staying abreast of emerging trends and opportunities is paramount for industry stakeholders seeking to capitalize on this lucrative market segment.

[jcmarchi]

Repurposed beer yeast may offer a cost-effective way to remove lead from water

New Post has been published on https://thedigitalinsider.com/repurposed-beer-yeast-may-offer-a-cost-effective-way-to-remove-lead-from-water/

Repurposed beer yeast may offer a cost-effective way to remove lead from water

Every year, beer breweries generate and discard thousands of tons of surplus yeast. Researchers from MIT and Georgia Tech have now come up with a way to repurpose that yeast to absorb lead from contaminated water.

Through a process called biosorption, yeast can quickly absorb even trace amounts of lead and other heavy metals from water. The researchers showed that they could package the yeast inside hydrogel capsules to create a filter that removes lead from water. Because the yeast cells are encapsulated, they can be easily removed from the water once it’s ready to drink.

“We have the hydrogel surrounding the free yeast that exists in the center, and this is porous enough to let water come in, interact with yeast as if they were freely moving in water, and then come out clean,” says Patricia Stathatou, a former postdoc at the MIT Center for Bits and Atoms, who is now a research scientist at Georgia Tech and an incoming assistant professor at Georgia Tech’s School of Chemical and Biomolecular Engineering. “The fact that the yeast themselves are bio-based, benign, and biodegradable is a significant advantage over traditional technologies.���

The researchers envision that this process could be used to filter drinking water coming out of a faucet in homes, or scaled up to treat large quantities of water at treatment plants.

MIT graduate student Devashish Gokhale and Stathatou are the lead authors of the study, which appears today in the journal RSC Sustainability. Patrick Doyle, the Robert T. Haslam Professor of Chemical Engineering at MIT, is the senior author of the paper, and Christos Athanasiou, an assistant professor of aerospace engineering at Georgia Tech and a former visiting scholar at MIT, is also an author.

Absorbing lead

The new study builds on work that Stathatou and Athanasiou began in 2021, when Athanasiou was a visiting scholar at MIT’s Center for Bits and Atoms. That year, they calculated that waste yeast discarded from a single brewery in Boston would be enough to treat the city’s entire water supply.

Through biosorption, a process that is not fully understood, yeast cells can bind to and absorb heavy metal ions, even at challenging initial concentrations below 1 part per million. The MIT team found that this process could effectively decontaminate water with low concentrations of lead. However, one key obstacle remained, which was how to remove yeast from the water after they absorb the lead.

In a serendipitous coincidence, Stathatou and Athanasiou happened to present their research at the AIChE Annual Meeting in Boston in 2021, where Gokhale, a student in Doyle’s lab, was presenting his own research on using hydrogels to capture micropollutants in water. The two sets of researchers decided to join forces and explore whether the yeast-based strategy could be easier to scale up if the yeast were encapsulated in hydrogels developed by Gokhale and Doyle.

“What we decided to do was make these hollow capsules — something like a multivitamin pill, but instead of filling them up with vitamins, we fill them up with yeast cells,” Gokhale says. “These capsules are porous, so the water can go into the capsules and the yeast are able to bind all of that lead, but the yeast themselves can’t escape into the water.”

The capsules are made from a polymer called polyethylene glycol (PEG), which is widely used in medical applications. To form the capsules, the researchers suspend freeze-dried yeast in water, then mix them with the polymer subunits. When UV light is shone on the mixture, the polymers link together to form capsules with yeast trapped inside.

Each capsule is about half a millimeter in diameter. Because the hydrogels are very thin and porous, water can easily pass through and encounter the yeast inside, while the yeast remain trapped.

In this study, the researchers showed that the encapsulated yeast could remove trace lead from water just as rapidly as the unencapsulated yeast from Stathatou and Athanasiou’s original 2021 study.

Scaling up

Led by Athanasiou, the researchers tested the mechanical stability of the hydrogel capsules and found that the capsules and the yeast inside can withstand forces similar to those generated by water running from a faucet. They also calculated that the yeast-laden capsules should be able to withstand forces generated by flows in water treatment plants serving several hundred residences.

“Lack of mechanical robustness is a common cause of failure of previous attempts to scale-up biosorption using immobilized cells; in our work we wanted to make sure that this aspect is thoroughly addressed from the very beginning to ensure scalability,” Athanasiou says.

After assessing the mechanical robustness of the yeast-laden capsules, the researchers constructed a proof-of-concept packed-bed biofilter, capable of treating trace lead-contaminated water and meeting U.S. Environmental Protection Agency drinking water guidelines while operating continuously for 12 days.

This process would likely consume less energy than existing physicochemical processes for removing trace inorganic compounds from water, such as precipitation and membrane filtration, the researchers say.

This approach, rooted in circular economy principles, could minimize waste and environmental impact while also fostering economic opportunities within local communities. Although numerous lead contamination incidents have been reported in various locations in the United States, this approach could have an especially significant impact in low-income areas that have historically faced environmental pollution and limited access to clean water, and may not be able to afford other ways to remediate it, the researchers say.

“We think that there’s an interesting environmental justice aspect to this, especially when you start with something as low-cost and sustainable as yeast, which is essentially available anywhere,” Gokhale says.

The researchers are now exploring strategies for recycling and replacing the yeast once they’re used up, and trying to calculate how often that will need to occur. They also hope to investigate whether they could use feedstocks derived from biomass to make the hydrogels, instead of fossil-fuel-based polymers, and whether the yeast can be used to capture other types of contaminants.

“Moving forward, this is a technology that can be evolved to target other trace contaminants of emerging concern, such as PFAS or even microplastics,” Stathatou says. “We really view this as an example with a lot of potential applications in the future.”

The research was funded by the Rasikbhai L. Meswani Fellowship for Water Solutions, the MIT Abdul Latif Jameel Water and Food Systems Lab (J-WAFS), and the Renewable Bioproducts Institute at Georgia Tech.

[stremioaus]

A Consumer's Guide to Choosing the Best Biodegradable Coffee Capsules

Welcome to the ultimate guide for environmentally conscious coffee lovers! In a world where sustainability is paramount, finding the Perfect Biodegradable Coffee Capsules is the key to guilt-free sipping. Join us on a journey through the aromatic realms of eco-friendly coffee choices as we unveil the secrets to selecting the best biodegradable coffee capsules.

From exploring compostable materials to evaluating flavour profiles, this consumer's guide will empower you to make informed choices that not only satisfy your caffeine cravings but also contribute to a greener planet.

Say goodbye to environmental concerns and hello to the perfect brew – let's embark on this sustainable coffee adventure together!

Understanding the Importance of Biodegradable Coffee Capsules

The global environmental concerns have highlighted the necessity of sustainable and eco-friendly practices in all aspects of life, including our daily coffee consumption. Biodegradable coffee capsules are designed to reduce the environmental impact as they break down naturally, unlike traditional plastic or aluminium capsules that contribute to pollution and landfill waste. 

By choosing biodegradable capsules, you can indulge in your favourite coffee while minimising your carbon footprint.

Key Considerations When Choosing Biodegradable Coffee Capsules

Material Quality

When selecting biodegradable coffee capsules, it's crucial to consider the quality of the material. Look for capsules made from compostable materials such as plant-based bio-plastics or other renewable resources. 

High-quality materials ensure that the capsules not only break down effectively but also maintain the freshness and flavour of the coffee.

Compatibility with Coffee Machines

Before making a purchase, ensure that the biodegradable coffee capsules are compatible with your coffee machine. 

Check for compatibility with popular brands such as Nespresso or Keurig to ensure a seamless brewing experience without compromising on sustainability.

Flavour Varieties

Explore the range of coffee flavours and blends offered in biodegradable capsules. From bold and intense roasts to smooth and aromatic blends, choose a brand that offers a diverse selection to suit your preferences. 

Enjoy the convenience of single-serve capsules without sacrificing the variety of coffee options available to you.

Certifications and Standards

Look for certifications such as "compostable" or "biodegradable" to verify the eco-friendly claims of the biodegradable coffee capsules. 

Additionally, certifications from reputable organisations provide assurance of sustainable and ethical manufacturing practices.

Environmental Impact

Consider the overall environmental impact of biodegradable capsules. Some brands go the extra mile by implementing sustainable production processes and offsetting their carbon footprint. 

By choosing these brands, you not only enjoy delicious coffee but also contribute to positive environmental initiatives.

Making the Switch to Biodegradable Coffee Capsules

By embracing the use of biodegradable coffee capsules, you can savour your favourite coffee while making a positive impact on the environment. These eco-friendly alternatives offer the perfect blend of convenience, sustainability, and delightful coffee experiences. Choose wisely, and join the movement towards a greener and more flavourful coffee journey.

Next time you're shopping for coffee capsules, remember the significance of opting for biodegradable capsules. Your choice can make a meaningful contribution to environmental preservation while enhancing your daily coffee ritual.

[bringherhome7]

Shahar Kadman, 34, was murdered by Hamas terrorists while trying to escape the Nova festival on October 7th. He is survived by his wife Ayelet, his parents Yoram and Ronit, and his siblings Shira, and Orna, Omri, who wrote, “You were found lying on the dance floor with your friends, who were like a loving family to you."Shachar was passionate about environmental conservation and is remembered as exceptionally bright, hardworking, creative, and witty by his colleagues at the Tara Dairy Company. He earned his master’s degree in biochemistry, food science, and nutrition from the Hebrew University of Jerusalem, and his research professor honored his memory by sharing his scientific achievements. Shachar developed biodegradable, plastic-free capsules that can be used as eco-friendly packaging to replace polystyrene foamed particles. His professor described this invention as “a product of great ingenuity, knowledge, and patience.” Shachar was a true friend, environmentalist, and practitioner of Tikkun Olam, and his sister Shira wrote, “My beloved little brother, [go] beat Grandpa at backgammon and get annoyed at the smell of Grandma Shoshi’s toothpaste, and give them a hug from us.”May Shachar’s memory forever be a blessing.

[prinstitch1]

Unlocking the Magic of Custom Cotton Muslin Fabric: Versatile, Sustainable, and Chic

If you're a creator, designer, or DIY enthusiast, you've likely stumbled across custom cotton muslin fabric in your search for the perfect material. This humble textile is having a major moment, and for good reason. Its lightweight, breathable, and endlessly adaptable nature makes it a go-to for everything from fashion to home décor. But what exactly makes muslin so magical? Let's dive into why this fabric is a game-changer, blending versatility, sustainability, and a chic edge that's impossible to ignore.

The Versatility of Muslin Printed Fabric

Muslin's charm lies in its ability to be anything you want it to be. Whether you are crafting flowy dresses, cozy quilts, or statement curtains, muslin printed fabric offers a soft, slightly textured canvas that holds color beautifully. Its natural weave gives designs a rustic yet refined look, perfect for both minimalist and bold aesthetics. At Prinstitch, we've seen creators transform muslin into everything from baby swaddles to artisanal tote bags, proving its unmatched flexibility. The fabric's open weave also makes it ideal for layering, draping, or even experimental dyeing techniques, giving you endless creative freedom.

Sustainability Meets Style

In a world increasingly focused on eco-conscious choices, muslin stands out as a sustainable superstar. Made from natural cotton, custom cotton muslin fabric is biodegradable and often sourced from renewable crops. Its production requires less water and energy compared to synthetic fabrics, making it a favorite for environmentally minded designers. Plus, muslin's durability means your creations last, reducing the need for fast fashion or disposable décor. By choosing muslin, you're not just crafting something beautiful - you're making a statement about sustainability without sacrificing style.

The Rise of Digital Printed Muslin Fabric

One of the most exciting developments in muslin's modern renaissance is digital printed muslin fabric. This cutting-edge technology allows for vibrant, high-resolution designs that bring your vision to life with stunning precision. Unlike traditional printing methods, digital printing offers limitless color palettes and intricate patterns, from florals to geometric abstracts. It's perfect for small-batch projects or one-of-a-kind pieces, as it eliminates the need for costly setups. Whether you are a designer launching a capsule collection or a hobbyist creating custom gifts, digital printing on muslin elevates your work to professional levels.

Mastering Print Design on Fabric

The key to unlocking muslin's potential lies in thoughtful print design on fabric. A well-chosen design can transform a simple piece of muslin into a showstopper. Think bold botanical motifs for summer dresses or subtle textures for throw pillows. The beauty of muslin is its ability to let prints shine without overwhelming the senses. For those looking to scale their projects, custom fabric printing wholesale options make it easy to access high-quality muslin in bulk, ensuring consistency across larger collections.

Why Muslin Is Your Next Must-Have

So, why should you add custom printed cotton muslin fabric to your creative arsenal? It's versatile enough to suit any project, sustainable enough to align with eco-conscious values, and chic enough to make a statement. Its light feel, combined with the endless possibilities for printing designs on it, makes it a fabric that is both practical and inspiring. Ready to unlock its magic? Your next masterpiece is just one step away.

[desiccantpacks]

Effective Moisture Control Solutions for the Pharmaceutical Industry

In the pharmaceutical industry, moisture can be a silent adversary that threatens the stability, safety, and efficacy of medicines and APIs (Active Pharmaceutical Ingredients). Effective moisture control solutions have become indispensable to ensure product quality and extend shelf life from manufacturing to the point where products reach patients.

The Role of Moisture Control in Pharmaceuticals

Moisture can degrade medicines in several ways, such as causing clumping, discoloration, or loss of potency. It’s crucial to maintain an optimal environment to safeguard these products. Advanced moisture control solutions not only mitigate these risks but also maintain the structural integrity and stability of pharmaceuticals.

Key Solutions for Moisture Control

Pharmaceutical Desiccants: Desiccants such as silica gel, activated clay, and molecular sieves are widely used to absorb excess moisture inside packaging. These are especially effective for tablets, capsules, and vitamins. Pharmaceutical-grade desiccants meet regulatory standards and enhance the overall shelf life of medicines.

Advanced Packaging with Coils: Pharmaceutical coils made from cotton, rayon, and polyester are used to line medicine bottles, ensuring stability by controlling moisture and providing impact protection during shipping. Cotton coils, in particular, are highly absorbent and biodegradable, making them a popular choice for moisture-sensitive products.

Humidity Control Systems: In manufacturing environments, precision humidity control systems ensure that products are not exposed to harmful moisture levels. IoT-based humidity sensors allow real-time monitoring, helping manufacturers maintain the optimal environment for APIs and finished products.

Infrared Thermogravimetric Analysis: This technique is utilized to measure moisture content in raw materials and finished products, ensuring consistent quality and adherence to strict pharmaceutical regulations.

Benefits of Moisture Control

Extended Shelf Life: Prevents degradation caused by humidity, preserving the freshness and potency of medicines.

Improved Product Stability: Ensures that pharmaceuticals maintain their efficacy over time.

Regulatory Compliance: Helps meet stringent FDA and USP requirements for product safety and packaging.

Impact Protection: Protects tablets and capsules during transit and storage by maintaining a dry and stable environment.

Effective moisture control solutions are tailored to meet the specific needs of the pharmaceutical industry. Pharma Desiccants, a leading supplier of pharmaceutical desiccants and coils, offers safe, reliable, and compliant packaging options. From free Speed Samples to customized desiccant solutions, they enable businesses to safeguard their products effectively.

[knowmeornot21]

"The Second Life of the Kulhad"

"The Second Life of the Kulhad"

In the year 2075, the humble kulhad—once used for tea and water—has found a surprising new purpose. Decades ago, as environmental movements grew, clay kulhads replaced plastic cups. But with time, capsule-based drinks and smart bottles became the norm. Tea in a kulhad became a distant memory, celebrated only during festivals. Mass production stripped the kulhad of its charm, and it seemed destined to vanish.

However, designers and environmentalists saw potential in the biodegradable clay. Rather than let the kulhad fade into history, they reimagined it as a solution to combat the environmental crises of 2075. By 2060, the “Kulhad Biopods” were introduced—clay pods filled with seeds and nutrients. Farmers used them to restore soil health, tossing the pods onto barren land, where the porous clay absorbed moisture and nurtured the seeds.

The idea spread to urban areas. Skyscrapers and rooftop gardens were lined with these plant-filled kulhads, transforming buildings into green ecosystems. Each new construction was required to have walls embedded with Biopods, helping cities fight pollution and cool down naturally.

People embraced this new tradition—tossing Biopods from balconies into public green spaces, watching flowers bloom where concrete once ruled. Schools began using Kulhad kits to teach children about sustainability, and at festivals, communities gathered to throw the pods into abandoned lots, turning them into lively gardens.

By 2075, the kulhad evolved from a disposable tea cup into a symbol of renewal and regrowth. It represented a shift from consumer culture to sustainable living. Rather than vanishing, the kulhad became a tool to heal the environment, making cities greener and the earth healthier.

In the end, the kulhad’s second life wasn’t about holding tea—it was about holding the seeds of a better future.

[sharvariakerkar]

EX 1 The Last Dabba (Draft 1)

It was a quiet evening when Anya found the old masala dabba tucked away in the back of the kitchen cabinet. The steel box had been passed down for generations, its compartments once filled with turmeric, cumin, and coriander—each spice a symbol of countless family meals and stories. Her grandmother had always said that cooking with love meant knowing your spices, feeling their warmth in your hands before they met the pot. But in the modern world hat practice felt like something from a distant memory. Anya had never used the dabba. She’d grown up in a world where food came in neat little capsules, ready to be prepared with the tap of a button. Her new Masala Dabba device sat on the countertop—sleek, silver, and almost too polished, a far cry from the humble box of her grandmother. The device had a smooth, touch-sensitive interface, with a compartment for each spice, all in biodegradable pods that would release the perfect amount of seasoning when inserted. It scanned the pods, adjusted the mist intensity, and within minutes, her meal was ready—flavorful and perfectly balanced. No fuss, no mistakes. But something about the old dabba called to her that evening. Maybe it was the smell of nostalgia or the gentle pull of family history. She carefully opened the lid, dusting off years of neglect. Inside, the spices still lingered—faintly fragrant but almost forgotten. Her grandmother’s voice echoed in her mind. “Cooking is more than just a meal, Anya. It’s about connection. With your family. With your roots.” Anya sighed. In the age of automation, connection was rare. Meals were often eaten in front of screens, no one bothering to truly savor the flavors or share a laugh over a simmering pot. She hadn’t felt the joy of cooking in a long time. The new device was fast, but it had stripped away the heart of it all—the anticipation, the mistakes, the satisfaction of creating something by hand.

[nainad123]

Surfactants Market Share, Size and Forecast to 2032

The global surfactants market was valued at US$ 45.5 billion in 2021 and is expected to grow to US$ 13 billion by 2032, with a Compound Annual Growth Rate (CAGR) of 4.7% between 2022 and 2032.

The market is divided into several applications, including homecare, personal care, textiles, elastomers and plastics, oilfield chemicals, agrochemicals, and others. Among these, the homecare segment is anticipated to be the largest revenue contributor, with a projected CAGR of 5.8% throughout the forecast period from 2022 to 2032.

𝐃𝐨𝐰𝐧𝐥𝐨𝐚𝐝 𝐚 𝐒𝐚𝐦𝐩𝐥𝐞 𝐂𝐨𝐩𝐲 𝐨𝐟 𝐓𝐡𝐢𝐬 𝐑𝐞𝐩𝐨𝐫𝐭: https://www.factmr.com/connectus/sample?flag=S&rep_id=7869

Region-wise Insights

During the forecast period, North America is anticipated to dominate the global surfactants market, with the region projected to reach a valuation of US$ 24.4 billion by 2032. This growth is driven by the increasing presence of bio-based surfactant manufacturers, supported by the region’s advancing economies. Additionally, shifting consumer lifestyles and rising demand for cosmetics and home care products will further fuel market expansion in North America.

The United States is expected to lead the region, reaching a market size of US$ 22.4 billion by 2032, with a CAGR of 5.3% from 2022 to 2032. This growth is attributed to the rising use of surfactants across personal care, home care, and industrial & institutional applications.

Read More: https://www.factmr.com/report/surfactants-market

Category-wise Insights

Anionic surfactants accounted for over 2/5th of the surfactants market in 2021. Demand growth of Anionic Surfactant was recorded at 4.3% during 2017 – 2021, while it is expected to grow at a CAGR of 5.2% during 2022 – 2023. Anionic surfactants are mainly used in soaps and detergent preparation. Anionic surfactants are frequently employed in home care owing to their ability to remove dirt, clay, and some oily stains from the surface.

The use of household cleaning detergents is progressively increasing due to the growing population, and since anionic surfactants are predominantly employed in household detergents, the market for these substances is anticipated to expand significantly over the forthcoming years. Growing consumer demand for personal care products is anticipated to fuel the market expansion for anionic surfactants.

Competitive Analysis

The companies in the surfactants market are emphasizing alliances, collaborations, and product launches as part of their growth strategies. Tier 2 players are particularly focused on expanding their market share through these approaches.

Here are some recent developments in the surfactants market:

In May 2022, Dispersa launched and is expanding its first biosurfactant product line, PuraSurf, aimed at cleaning and personal care applications. The company has formed partnerships with major Canadian cleaning product manufacturers.

In April 2021, Unilever partnered with LanzaTech and India Glycols to develop a surfactant derived from industrial carbon emissions. This new surfactant will be used in OMO (Persil) laundry capsules, which are being introduced in China.

In March 2021, BASF teamed up with Allied Carbon Solutions Co. Ltd. to strengthen its presence in bio-based surfactants for industrial and home care products. The partnership aims to further develop products like sophorolipids.

In August 2020, BASF introduced a fully biodegradable surfactant under its Lamesoft Balance brand, sourced entirely from natural ingredients. This surfactant stabilizes wax-based dispersions in skin and hair care products while being eco-friendly.

𝐆𝐞𝐭 𝐂𝐮𝐬𝐭𝐨𝐦𝐢𝐳𝐚𝐭𝐢𝐨𝐧 𝐨𝐧 𝐭𝐡𝐢𝐬 𝐑𝐞𝐩𝐨𝐫𝐭 𝐟𝐨𝐫 𝐒𝐩𝐞𝐜𝐢𝐟𝐢𝐜 𝐑𝐞𝐬𝐞𝐚𝐫𝐜𝐡 𝐒𝐨𝐥𝐮𝐭𝐢𝐨𝐧𝐬:  https://www.factmr.com/connectus/sample?flag=RC&rep_id=7869

Key Segments of Surfactants Industry Research

By Type :

Anionic 

Non-Ionic 

Cationic 

Amphoteric 

By Application :

Homecare

Personal care

Textile

Industrial & Institutional Cleaning

Elastomers & Plastics

Oilfield Chemicals

Agro Chemicals

Other Applications

By Region :

North America

Latin America

Europe

APAC

MEA

𝐂𝐨𝐧𝐭𝐚𝐜𝐭:

US Sales Office 11140 Rockville Pike Suite 400 Rockville, MD 20852 United States Tel: +1 (628) 251-1583, +353-1-4434-232 Email: sales@factmr.com

[gelblaster1]

Gel Blasters vs. Paintball: Understanding the Key Differences

Gel blasters and paintball are both popular recreational activities that offer thrilling, strategy-based gameplay. While they share some similarities, there are several key differences that distinguish them. Understanding these differences can help you decide which activity is more suitable for your interests and needs.

1. Ammunition

Gel Blasters: Use superabsorbent polymer water beads, known as gel balls. These gel balls are small, biodegradable, and burst upon impact, leaving minimal residue.

Paintball: Utilizes capsules filled with water-soluble, non-toxic paint. These capsules are larger than gel balls and burst upon impact, marking the target with paint.

2. Equipment and Cost

Gel Blasters: Generally more affordable than paintball equipment. The blasters themselves are less expensive, and the ammo is cheaper and easier to store. Additionally, gel blasters often require less protective gear.

Paintball: Involves a higher initial investment for the gun, paintballs, and additional protective equipment. Paintballs are more costly than gel balls, and the guns can be more expensive to maintain.

3. Pain and Safety

Gel Blasters: Typically less painful than paintball hits. Gel balls are softer and lighter, causing less impact. This makes gel blasters a more appealing option for younger players or those seeking a less intense experience.

Paintball: Known for being more painful due to the higher impact of the paintballs. This necessitates more protective gear, including padded clothing, helmets, and chest protectors.

4. Gameplay and Strategy

Gel Blasters: Often involve faster-paced gameplay due to the rapid fire rate and lower impact of the ammo. This allows for more dynamic and continuous play.

Paintball: Tends to be more strategic and slower-paced. The higher stakes of getting hit with a paintball can lead to more cautious and planned gameplay.

5. Venues and Environments

Gel Blasters: Can be used in a wider variety of environments, including indoor spaces, due to their lower impact and mess. Gel balls evaporate, leaving no residue.

Paintball: Usually played in designated outdoor fields or indoor arenas specifically designed for paintball. The paint from the balls can leave a mess, limiting the suitable locations for play.

6. Maintenance and Upkeep

Gel Blasters: Require regular cleaning and maintenance, but generally less intensive than paintball guns. Gel balls do not leave residue in the blaster, reducing cleaning needs.

Paintball: Guns require thorough cleaning after each use to remove paint residue. Maintenance is crucial to ensure the longevity and proper functioning of the equipment.

7. Community and Culture

Gel Blasters: Have a growing community, particularly in areas where paintball is less accessible or too intense. The community tends to be diverse, with a wide range of ages and skill levels.

Paintball: Has a well-established community with a strong focus on team-based strategy and competition. It often attracts players interested in more intense and realistic combat simulation.

Conclusion

Choosing between gel blasters and paintball comes down to personal preference. If you prefer a more affordable, less painful, and cleaner option, gel blasters might be the right choice. However, if you enjoy a more intense, strategy-based game and don't mind the extra cost and maintenance, paintball could be more appealing. Both activities offer unique experiences, and the best way to decide is to try them out for yourself!

[my-genx-childhood]

This is a truly fascinating conceptual use for defunct technology that has zero biodegradable or salvageable parts. It's a testament to the robust waste of the eighties, a time capsule of evolutionary detritus as technology outpaces itself, an analog collective equivalent of an elephant graveyard.

If there is any poetic justice in the world, the castle at the center of the labyrinth is built of refrigerator doors and plastic playground forts.

📺 📺📺📺📺📺📺📺📺📺📺📺📺📺📺

[jcmarchi]

Scientists make biodegradable microbeads from cellulose - Technology Org

New Post has been published on https://thedigitalinsider.com/scientists-make-biodegradable-microbeads-from-cellulose-technology-org/

Scientists make biodegradable microbeads from cellulose - Technology Org

Microbeads are small plastic spheres less than 0.5 mm in size that are added to personal care and cleaning products, including cosmetics, sunscreens, and fillers, to give them a smooth texture. However, they are too small to be removed by sewage filtration systems and so end up in rivers and oceans, where birds, fish, and other marine life ingest them.

Microbeads are found in cosmetics and personal care products such as toothpaste, sunscreen, hair gel and shower gel.

It is estimated that a single shower can result in 100,000 plastic particles entering the ocean, contributing to the eight million tonnes of plastic that enters the ocean every year. It is feared that the particles could enter the food chain, harm wildlife and potentially end up in our food.

As a result of recent campaigning by environmental groups, the UK Government has pledged to ban plastic microbeads in 2017.

Now a research team, from the University’s Centre for Sustainable Chemical Technologies (CSCT), has developed a way of producing a biodegradable renewable alternative to plastic microbeads in a scalable, continuous manufacturing process.

The beads are made from cellulose, which is the material that forms the tough fibres found in wood and plants. In this process our scientists dissolve the cellulose to reform it into tiny beads by forming droplets that are then “set”. These microbeads are robust enough to remain stable in a bodywash, but can be broken down by organisms at the sewage treatment works, or even in the environment in a short period of time.

The researchers anticipate they could use cellulose from a range of “waste” sources, including from the paper making industry as a renewable source of raw material.

They have published their results in the journal ACS Sustainable Chemistry and Engineering.

Dr Janet Scott, Reader in the Department of Chemistry and part of the CSCT, said: “Microbeads used in the cosmetics industry are often made of polyethylene or polypropylene, which are cheap and easy to make. However these polymers are derived from oil and they take hundreds of years to break down in the environment.

“We’ve developed a way of making microbeads from cellulose, which is not only from a renewable source, but also biodegrades into harmless sugars.

“We hope in the future these could be used as a direct replacement for plastic microbeads.”

Davide Mattia, Professor of Chemical Engineering and part of the CSCT, said: “Our goal was to develop a continuous process that could be scaled for manufacturing. We achieved this by working together from the start, integrating process design and chemistry optimisation, showing the strength of the multi-disciplinary approach we have in the CSCT.”

The beads are made using a solution of cellulose which is forced through tiny holes in a tubular membrane, creating spherical droplets of the solution which are washed away from the membrane using vegetable oil. The beads are then collected, set and separated from the oil before use.

The physical properties of the beads can be tweaked by changing the structure of the cellulose, for example making the beads harder. A team, led by Dr Scott and including Professor Davide Mattia (Chemical Engineering) and Professor Karen Edler (Chemistry) has also just been awarded funding of just over £1 million by the Engineering & Physical Sciences Research Council to develop porous beads, capsules and microsponges.

They will work with industrial partners, to develop materials that could be used in cosmetics and personal care products, or impregnated with agrichemicals for use in, for example, slow release fertilisers.

Source: University of Bath

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Can Biodegradable Coffee Capsules Match the Taste of Traditional Pods?

In today's society, the importance of sustainability and eco-friendly alternatives cannot be overstated. As individuals and businesses strive to reduce their environmental impact, one area of focus is the coffee industry. With the growing popularity of Biodegradable Coffee Capsules, there is a need to address a common concern: can these eco-friendly alternatives match the taste of traditional pods? 

In this blog post, we will explore this question in-depth and provide you with the information you need to make an informed decision.

Understanding Biodegradable Coffee Capsules

To begin, let's clarify what biodegradable coffee capsules are and how they differ from traditional pods. Biodegradable coffee capsules are made from materials that can naturally break down and decompose over time, reducing their impact on the environment. These capsules are typically made from plant-based materials such as cornstarch, sugarcane, or paper. In contrast, traditional coffee pods are often made from plastic or aluminium, which can take hundreds of years to decompose.

The environmental benefits of using biodegradable coffee capsules are significant. By choosing these eco-friendly alternatives, you can reduce the amount of plastic waste that ends up in landfills or oceans. Additionally, the composability of biodegradable capsules allows them to be broken down into organic matter that can enrich the soil. This is a crucial step towards achieving a more sustainable and circular economy.

Taste Comparison: Biodegradable vs. Traditional Coffee Pods

One of the concerns often raised about biodegradable coffee capsules is whether they can deliver the same taste experience as traditional pods. It is understandable that coffee lovers may be hesitant to make the switch if it means compromising the quality of their daily cup of joe.

Fortunately, advancements in technology have addressed this concern. Many companies have invested in research and development to ensure that their biodegradable coffee capsules provide a comparable taste experience to traditional pods. Through innovative designs and manufacturing processes, these capsules can deliver the same aroma, flavour, and crema that coffee enthusiasts crave.

But don't just take our word for it; let's hear from those who have tried both types of capsules. Many users have reported that they could not distinguish a noticeable difference in taste when using biodegradable coffee capsules. In fact, some have even preferred the taste of the eco-friendly options, appreciating the natural and clean flavour they deliver.

Benefits of Biodegradable Coffee Capsules

Beyond the taste comparison, there are numerous benefits to using biodegradable coffee capsules. By choosing these eco-friendly alternatives, you are actively contributing to a healthier planet. The reduction in plastic waste helps to protect our oceans, wildlife, and ecosystems. Moreover, by supporting brands that prioritise sustainability, you are encouraging ethical sourcing and responsible production practices.

For those who value waste reduction, biodegradable coffee capsules offer a guilt-free way to enjoy their favourite beverage. Knowing that these capsules can be composted and turned into valuable organic matter provides an added sense of satisfaction. By closing the loop and participating in composting programs, you are actively contributing to a more sustainable future.

When selecting biodegradable coffee capsules, it is essential to look for certifications or labels that guarantee their eco-friendliness. These certifications ensure that the materials used in the capsules meet specific environmental standards. By choosing products with recognised certifications, you can have peace of mind knowing that your purchase aligns with your values.

Choosing the Right Biodegradable Coffee Capsules

Now that you are convinced of the benefits of biodegradable coffee capsules, how do you choose the right ones for you? Consider factors such as compatibility with your coffee machine, flavour options, and price range.

First, ensure that the biodegradable capsules you choose are compatible with your coffee machine. While most capsules are designed to fit popular machines, it is always a good idea to double-check before making a purchase.

Next, consider the flavour options available. Just like traditional pods, biodegradable capsules come in a variety of flavours to suit every palate. Whether you prefer a bold espresso or a smooth and creamy latte, there is a biodegradable option for you.

Lastly, take into account the price range. Biodegradable coffee capsules may have a slightly higher price tag compared to traditional pods due to the use of premium materials and eco-friendly production processes. However, the long-term environmental benefits and the satisfaction of making a sustainable choice often outweigh the price difference.

To ensure that you are purchasing high-quality biodegradable coffee capsules, it is advisable to choose reputable brands or suppliers. Look for companies that have a strong commitment to sustainability and have received positive reviews from customers.

Conclusion

In conclusion, biodegradable coffee capsules can indeed match the taste of traditional pods. With advancements in technology, these eco-friendly alternatives offer an excellent taste experience without compromising on flavour, aroma, or crema. In addition to their taste, the environmental benefits and positive impact on our planet make them a compelling choice.

We encourage you to explore our selection of biodegradable coffee capsule options and take a step towards a more sustainable future. 

By choosing biodegradable coffee capsules, you can enjoy your favourite beverage guilt-free, knowing that you are contributing to waste reduction and environmental preservation. Together, let's make a difference, one cup of coffee at a time.

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Eco-Friendly, High-Performance Pharmaceutical Coils by Sorbchem India

Go green without compromising quality. Sorbchem India offers biodegradable rayon coils and non-toxic cotton and polyester options for pharma packaging. Our solutions protect capsules and tablets from impact and humidity while supporting sustainable practices in medicine distribution.

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Film Forming Starches Market trends shaping innovation across packaging industries worldwide

The global Film Forming Starches Market is witnessing a surge in interest as industries increasingly prioritize sustainable alternatives to traditional packaging. This trend is being driven by growing environmental concerns, regulatory pressures, and consumer demand for eco-friendly products. As a result, starch-based films are emerging as a key innovation supporting the transition to greener packaging solutions.

Introduction: The Rise of Sustainable Packaging

The packaging industry is undergoing a fundamental shift toward sustainability, driven by increasing public awareness and strict environmental policies. Businesses are now exploring biodegradable materials that align with the principles of a circular economy. Film forming starches, derived from renewable sources such as corn, potato, and tapioca, have emerged as a viable replacement for synthetic plastics in various packaging applications.

These starches form flexible, transparent, and biodegradable films that can protect products without contributing to long-term waste. Their adoption is helping packaging manufacturers meet sustainability goals while delivering the performance required for modern applications.

What Are Film Forming Starches?

Film forming starches are modified natural starches capable of creating thin, cohesive films that serve as protective layers. These films can be used to wrap food, coat tablets, and even serve as agricultural mulch. Their composition is completely biodegradable and often compostable, making them an ideal choice in the search for sustainable material options.

Unlike petroleum-based plastics, film forming starches degrade naturally in the environment, reducing the burden on waste management systems. They also offer desirable properties such as moisture resistance, elasticity, and barrier capabilities when properly formulated.

Packaging Industry Trends Fueling Market Growth

1. Environmental Regulations Driving Change

Many countries have introduced bans or heavy taxes on single-use plastics. These regulatory pressures have accelerated the demand for biodegradable packaging materials. Film forming starches offer a compliant and environmentally responsible option, helping companies avoid penalties while aligning with future-ready packaging strategies.

2. Innovation in Coating and Blending Techniques

Technological advancements have improved the performance of starch films through blending with natural plasticizers or additives. These developments have expanded the functional capabilities of starch films, making them more resistant to moisture and wear. New coating technologies also enable multilayer applications that enhance protection without compromising biodegradability.

3. Market Push for Transparency and Clean Labels

In both food and personal care sectors, there's a growing demand for packaging materials that are visibly clean and free of synthetic additives. Starch-based films provide an attractive option for brands looking to promote transparency and health-conscious values, particularly in packaging that touches consumables directly.

Application Segments Experiencing Rapid Growth

Food Packaging

Film forming starches are extensively used in the food sector for packaging fresh produce, snacks, and baked goods. Their transparency, breathability, and edible nature make them especially appealing for direct-contact packaging. They also extend shelf life by reducing moisture and oxygen exposure, all without introducing synthetic compounds.

Pharmaceuticals

In pharmaceutical manufacturing, starch-based films are applied as coatings for tablets and capsules. These coatings serve several purposes—masking taste, protecting ingredients from oxidation, and enabling controlled release of active substances. As the pharmaceutical industry shifts toward plant-based and hypoallergenic options, film forming starches are becoming more prominent.

Agriculture and Industrial Sectors

Starch films are also gaining traction in agricultural applications such as seed coatings and mulch films. These films degrade naturally, returning nutrients to the soil while reducing plastic pollution. In industrial sectors, they're being explored for protective wrapping of goods that require short-term packaging with low environmental impact.

Innovation and R&D Initiatives

Partnerships Driving Breakthroughs

Companies are increasingly forming cross-industry partnerships to improve starch film formulations. R&D collaborations between biopolymer manufacturers, food tech firms, and research institutions are leading to breakthroughs in mechanical strength, water resistance, and shelf life.

Investment in Production Technologies

Investments in advanced extrusion and film-forming technologies are making it easier to scale up production while maintaining quality. Pilot programs focused on cost-efficient starch film manufacturing are helping overcome the price gap compared to synthetic plastics.

Challenges Hindering Broader Adoption

Despite their promise, film forming starches face limitations. These include sensitivity to humidity, shorter shelf life compared to synthetic films, and higher production costs in certain applications. Further innovation is required to address these issues while maintaining the material’s natural and biodegradable qualities.

Additionally, supply chain constraints for high-quality starch sources and the lack of standardized testing protocols across industries are slowing down global adoption.

Future Outlook: A Material with Long-Term Promise

As sustainability continues to influence packaging decisions across the globe, film forming starches are expected to occupy a central role in innovation. From biodegradable bags to edible wrappers, their potential applications are diverse and continually expanding. With ongoing technological improvements and stronger regulatory support, the Film Forming Starches Market is poised to lead the shift toward greener, more responsible packaging.

Conclusion

The rise of film forming starches signals a meaningful change in how industries approach packaging. Their renewable origin, biodegradability, and adaptability make them a natural fit for sectors looking to reduce plastic usage and embrace sustainability. As more businesses recognize their potential, this market is set to expand rapidly and influence the next generation of packaging solutions.

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The Role of R&D in Shaping Flexible Packaging Coating Solutions

The global flexible plastic packaging coating market was valued at USD 1.9 billion in 2023 and is projected to expand at a CAGR of 4.0% from 2024 to 2032, reaching approximately USD 2.7 billion by the end of 2032. This steady growth is driven by heightened focus on food safety, rising pharmaceutical output, and increasing demand for sustainable and customizable packaging solutions.

Analyst Viewpoint: Food Safety and Pharma Sector Fuel Market Growth

A strong emphasis on ensuring the safety and quality of consumables is pushing the demand for high-performance packaging coatings. In the food and beverage industry, coatings are critical for maintaining freshness, preventing contamination, and extending shelf life. As consumer awareness around food hygiene and quality grows, manufacturers are investing in advanced barrier technologies.

Simultaneously, the pharmaceutical sector is experiencing significant expansion. Flexible plastic coatings are used to safeguard sensitive products such as tablets, syringes, and capsules from moisture, oxygen, and UV exposure. As the production of drugs scales up globally to meet health demands, the need for secure and durable packaging solutions continues to surge.

Market Introduction: Purpose & Benefits of Flexible Packaging Coatings

Flexible plastic packaging coatings are applied to improve the mechanical strength, aesthetic appeal, and protective capabilities of packaging materials. These coatings serve multiple purposes:

Due to their lightweight nature, cost-efficiency, and versatility, plastic films with coatings are favored across industries including food & beverage, personal care, chemicals, and electronics.

Regulatory Landscape: Shifting Away from PFAS

With increased scrutiny over materials like PFAS (Per- and polyfluoroalkyl substances), governments across the globe are implementing stricter regulations for packaging materials. This regulatory pressure is accelerating the adoption of safer, non-toxic, and compliant coating technologies, providing a significant boost to the market.

R&D and Customization Driving Innovation

Companies are actively investing in R&D to create coatings that are lightweight, cost-effective, and user-friendly. There is rising interest in customizable plastic coatings that meet the unique needs of specific applications, such as enhanced heat resistance or recyclability.

Innovations in biodegradable and recyclable coatings are also gaining traction, aligning with sustainability trends and corporate ESG mandates. These developments are expected to open new market opportunities for manufacturers across regions.

Regional Insights: Europe at the Forefront

Europe dominated the global market in 2023, driven by:

According to the Packaging Federation, the UK alone contributes over USD 11 billion in gross value through its packaging manufacturing sector, which employs approximately 85,000 people. With increasing emphasis on sustainable packaging solutions, Europe is anticipated to remain a key contributor to market expansion.

Key Market Segments

The market is segmented based on coating type, material type, application, and end-use industry:

This wide segmentation indicates the diverse application base and highlights the flexibility of plastic coating solutions.

Competitive Landscape

Leading manufacturers are developing tailored solutions for each segment, focusing on customization, sustainability, and regulatory compliance. Major players include:

For instance, in October 2023, PPG’s DYRUP Paint brand launched a recyclable bag-in-a-box paint packaging—an example of how sustainability is influencing product innovation.

Conclusion: Steady Growth with Sustainable Focus

The flexible plastic packaging coating market is expected to witness stable growth through 2032, supported by:

As the industry pivots toward greener technologies and enhanced consumer safety, stakeholders can anticipate significant opportunities in both mature and emerging markets. Investing in advanced R&D, collaborative partnerships, and sustainable innovation will be essential for market leaders to maintain a competitive edge.