Friday, June 19, 2026
spot_img
Home Blog Page 314

Milliken’s ColorDirection 2023 Bold Unity: evoking a sense of belonging and familiarity

Milliken’s ColorDirection 2023 Bold Unity: evoking a sense of belonging and familiarity

The new 2023 collection is the work of thought-leaders and trend-watchers in the worlds of textiles, packaging, fashion, design, and marketing and a specially convened Milliken panel, analyzing what’s trending today and what is next.

Mixing the dreamlike with the ultra-real, the gentle unknown with the vibrant unmissable, Milliken ColorDirection 2023: Bold Unity combines a palette of boldness with pastel alter-egos, creating tones and contrasts that work together as a team.

Extravagant Orange

When it’s time to be sharp and fresh, nothing beats Extravagant Orange. It’s a powerful and universal color that brings brightness to a world still waking up to new possibilities. Both vibrant and clear it’s a rich sign that shouts for positive action and new hope.

Radiant Rose

Shining its bold strength through the color palette, Radiant Rose brings together a softer harmony of warmth and comfort. This is the tone of challenging norms and of working together to create new visual languages from an alphabet of color.

Lavender Embrace

A sure sign of luxury and ceremony, Lavender Embrace is the go-to color for effortless comfort, texture, and richness. In a time when the world is crying out for good news and extra care, this is the color that brings support and reassurance to the palette.

Unity Blue

The flagship color of the Bold Unity range, Unity Blue, is an unforgettable link to the oceans of possibilities within us, a time for exploration and trust in what is to come. With this classic blue, we reach out our arms to welcome the potential ahead, putting the past to rest.

Coral Moments

Adding a welcome note of freshness and light, Coral Moments is the spirit of playfulness for the consumer’s mind. Carefree walks with loved ones under bright summer skies, precious days collecting moments that will live forever in memory, all with the crisp bright comfort of this unmistakable hue.

Team Green

Working together with nature, society is building an era of growing respect and Team Green flies the flag for new generations of love for our planet. A statement that is both bright and rich, this shade represents the fertile and vibrant world around us.

Sharply Citrus

After quiet years in disconnected shadows, the world is starting to come together to be seen and to be bold. In contrast with the humble shades of softer colors, Sharply Citrus brings a call for attention and urgency that dares to be noticed. This is the color to make it happen.

For all these dazzling colors, our eye-catching colorants include:

Liquitint customized polymeric colorants that combine dynamic colors with excellent processability for multiple applications including home and laundry care. These water-soluble and non-staining colorants are compatible with the most challenging active ingredients, including additives and higher perfume levels.

Liquitint Agro advanced colorants for fertilizer. This range of non-staining liquid colorants provides a broad spectrum of color options with low inventory requirements and easy blending, thus reducing waste and increasing the saving potential for your operations.

ClearTint color concentrates for NX UltraClear polypropylene (PP) add vivid, transparent color and are compliant with safety requirements for food packaging.

Reactint polymeric colorants for polyurethane (PU) add appealing color to products without affecting the physical properties of the material.

KeyPlast colorants are a spectrum of bright, high-performance shades for a multitude of polymer and resin systems including ABS, PET in transparent, food-contact applications, and other transparent amorphous polymers such as polystyrene (PS), polycarbonate (PC), and acrylic (PMMA).

KeyPlast RESIST is a high-performance colorant, designed especially for coloring engineering polymers such as polyamides (PA), polybutylene terephthalates (PBT), polypthalamides (PPA), polysulfones (PSU), and other high-heat glass filled and flame-retardant resins and alloys. These colorants perform well in high-temperature processing and application conditions typically associated with high-performance polymers.

#colordirection #teamwork #eyecatchy #milliken

http://www.milliken.com/

Bühler strengthens market positions in 2021

Bühler strengthens market positions in 2021

The key markets of Bühler in the food, feed, and mobility sectors underwent fundamental transitions driven by changing consumer requirements and enabled by new technologies. As a result, the demand for sustainable solutions has clearly increased.

As part of the long-term innovation strategy of Bühler, spending on R&D over the last 3 years including the “coronavirus years” increased to more than CHF 400 million (2021: CHF 141 million, 5.2% of turnover). Bühler has positioned itself as a key enabler and partner for its customers, supported by collaborations with key partners in industry and science.

New drivetrains and new designs dominated the automotive industry. The new processing technologies of Bühler’s Die Casting business area with high locking force production cells resulted in accelerated growth in this market; the Grinding & Dispersing business area, which established its market segment Battery Solutions a decade ago, experienced a record order intake in 2021, attributable to the boom in lithium-ion batteries for e-mobility. Similar positive market demand was noticeable in Bühler’s food and feed businesses, for example, processing solutions for plant-based proteins or for dairy alternatives were in high demand and contributed to growth in Bühler’s Value Nutrition business.

New types of chocolates, pralines, and various confectionery and snack products required new applications which the Bühler Consumer Foods segment (which includes the technologies of the former Haas business acquired in 2018) created. Also, Bühler’s Milling Solutions business grew in the wheat and rye and specialty segments, with processing solutions for high-capacity plants as well as for special applications for local niche markets. Digitalization and cloud-based services acted as key enablers to improve the performances of existing assets of customers all over the world, and this also addressed the need for improved sustainability and CO2 emission reductions.

Strong order intake

On the Group level, order intake increased by 16% to CHF 3 billion. Because of the time gap in the plant business between order entry and turnover, the upward trend on orders is not yet visible in turnover, which remained stable at CHF 2.7 billion. The same is true for profitability, which amounted to CHF 146 million, reflecting an EBIT margin of 5.4%. Net profit amounted to CHF 113 million, also slightly better than last year.

Orders on hand by year-end 2021 increased strongly by 27.2% to CHF 1.9 billion. “Our innovations, both for plants and services led to growth in our order book. Our strategy to position ourselves as an innovative solution provider for material transformation has been paying off,” says Stefan Scheiber.

All three business segments of Bühler contributed to this positive development. Grains & Food grew orders by 12% to CHF 1.8 billion, Consumer Foods by 6% to CHF 584 million; and Advanced Materials showed the strongest growth of 37% to CHF 620 million. The business areas with the highest growth rates were Die Casting, Grinding & Dispersing Grain Quality & Supply, and Milling Solutions. From a regional perspective, the Americas, Europe, Middle East & Africa, and India experienced the strongest upswing. China represented the single largest market for Bühler in 2021.

Global network, and passionate people key to success

The global network of Bühler with 30 factories, 103 services stations, and 24 Application & Training Centers across the globe was key to being successful in a very dynamic business environment. This allowed Bühler to secure on-time deliveries, also in times when supply-markets were difficult and logistic chains partly interrupted. In 2021, the company executed over 2,000 customer projects, and as part of this Bühler produced and delivered around 50,000 machines and key components. This was only possible thanks to the expertise and dedication of Bühler’s employees, and their focus on customer success.

In 2021, Bühler continued to prioritize the safety and wellbeing of all employees, while maintaining our focus on training and education. With nearly 12,500 staff across the globe, flexibility and resilience became key success factors in response to public health challenges and all related limitations. Bühler continued its commitment to its global apprenticeship program and to the development of employees on all levels. The same was true for the training of personnel of customers, both in Bühler schools as well as in dedicated training centers.

Bühler Service portfolio in growing demand

It has long been Bühler’s strategy to be in the region for the region with our global Services & Sales organization. This strategy was key to our ability to continue important service offerings at all times for our customers globally. Having experts present in all key markets proved yet again to be a key success factor. Understanding the challenges our customers were facing in the different countries and continents has allowed Bühler to make decisive steps towards providing an even more customer-centric approach in its service offering.

The recently renewed and expanded services portfolio – including new digital services and Service Level Agreements – grew in orders by 15% to CHF 746 million. Combined with Bühler’s Single Machine business, the Service business represents about one-third of the overall turnover. Orders on the online platform “myBühler” grew by 50% to CHF 90 million; nearly 100 customer sites are now connected to the Bühler Insights platform; and RemoteCare contracts, of which customers make use of online support functions, have increased by a factor of 6 to nearly 400. Nearly 160,000 service orders were carried out.

“It is not only that we grew volume, but that we changed the character of our Service business to specific value additions for our customers, enabling them to improve the performance of existing and new assets. This, at the same time, is a key contributor to improved sustainability in the value chains of our customers,” says CEO Scheiber.

Further strengthening of financial position

Despite the stable turnover volume, Bühler managed to further improve its financial position. Driven by a strong operating cash flow which stood at CHF 256 million at year-end, net liquidity more than doubled to CHF 329 million. Consequently, the equity ratio rose to a strong 47.2%. “Our balance sheet is stronger than before the coronavirus crisis,” says CFO Mark Macus.

“This financial strength gives our customers and stakeholders security in a volatile economic environment and enables us to continue executing our strategy, including strategic investments into assets and innovation. We are a reliable partner for our customers – in critical times, this is more important than ever.”

Accelerated impact in 2022

Political tensions, climate change, supply chain issues, and rising inflation continue to be key factors impacting the economic climate, and it is unlikely that these issues will change in the foreseeable future. At the same time, new market opportunities continue to emerge. Bühler considers itself well-positioned to continue a growth path in the running year and beyond.

“During the past two years of coronavirus crisis, we have learned to master the demanding environment with a strong purpose and value orientation, with a positive mindset, and a focus on innovation and on people,” says Stefan Scheiber. The upcoming Bühler Networking Days, which are planned to take place end of June 2022, underpin this positive mindset. “We look forward to again bringing decision-makers and partners from the global food, feed, and mobility industries together. We would like to create a positive, accelerated, and sustainable impact together with our partners.”

#newtechnologies #sustanability #Servicebusiness

Click here

 

 

 

Reusable plastic bottles release hundreds of chemicals

Reusable plastic bottles release hundreds of chemicals

CHEMICALS Researchers at the University of Copenhagen have found several hundred different chemical substances in tap water stored in reusable plastic bottles. Several of these substances are potentially harmful to human health. There is a need for better regulation and manufacturing standards for manufacturers, according to the chemists behind the study.

Have you ever experienced the strange taste of water after it has been in a reusable plastic bottle for a while? It appears that there is a solid, yet worrying reason for this.

Two chemists from the University of Copenhagen have studied which chemical substances are released into liquids by popular types of soft plastic reusable bottles. The results were quite a surprise.

“We were taken aback by a large number of chemical substances we found in the water after 24 hours in the bottles. There were hundreds of substances in the water – including substances never before found in plastic, as well as substances that are potentially harmful to health. After a dishwasher cycle, there were several thousand,” says Jan H. Christensen, Professor of Environmental Analytical Chemistry at the University of Copenhagen’s Department of Plant and Environmental Sciences.

Endocrine disruptors and insecticide

Professor Christensen and fellow researcher Selina Tisler detected more than 400 different substances from the bottle plastic and over 3,500 substances derived from dishwasher soap. A large portion of these is unknown substances that the researchers have yet to identify. But even of the identified chemicals, the toxicity of at least 70 % remains unknown.

Photo-initiators are among the toxic substances in the water which worry the researchers. These are known to have potentially harmful effects on health in organisms, such as being endocrine disruptors and carcinogens. Furthermore, the researchers found a variety of plastic softeners, antioxidants, and release agents used in the manufacture of the plastic, as well as Diethyltoluamide (DEET), commonly known as the active substance in mosquito spray.

Machine washing adds more substances into the bottled water

In their experiments, the researchers mimicked the ways in which many people typically use plastic drinks bottles. People often drink water that has been kept in bottles for several hours. The researchers left ordinary tap water in both new and used drinking bottles for 24 hours, both before and after machine washing, as well as after the bottles had been in the dishwasher and rinsed thoroughly in tap water.

What is released most after machine washing is the soap substances from the surface. Most of the chemicals that come from the water bottle itself remain after machine washing and extra rinsing. The most toxic substances that we identified actually came after the bottle had been in the dishwasher – presumably, because washing wears down the plastic and thereby increases leaching,” explains postdoctoral researcher and first author Selina Tisler of the Department of Plant and Environmental Sciences.

In new reusable bottles, close to 500 different substances remained in the water after an additional rinse. Over 100 of these substances came from the plastic itself.

She emphasizes that they have yet to conclude whether the water in the bottles is harmful to health, as they currently have only an estimate of the concentrations of the substances and toxicological assessments have yet to be completed.

‘Just because these substances are in the water, doesn’t mean that the water is toxic and affects us, humans. But the problem is, is that we just don’t know. And in principle, it isn’t all that great to be drinking soap residues or other chemicals,” says Selina Tisler.

HOW THEY DID IT:

Three different types of drinking bottles were tested, all of which are found in Danish stores. Two of the bottles are made of biodegradable plastic, according to the manufacturer. Both new and heavily used bottles were used. The bottles were tested both before and after machine washing, and after five extra rinses in tap water.

The researchers carried out a so-called non-target screening (NTS) using a liquid chromatograph and a mass spectrometer, where, as with traditional methods, it is not limited to analyzing the substances that are suspected to be present, but instead screen for all substances present.

“From now on, I’ll use a glass bottle”

“We care so much about low levels of pesticides in our drinking water. But when we pour water into a container to drink from, we unflinchingly add hundreds or thousands of substances to the water ourselves. Although we cannot yet say whether the substances in the reusable bottles affect our health, I’ll be using a glass or quality stainless steel bottle in the future,” says Jan H. Christensen.

The researchers suspect that bottle manufacturers only add a small proportion of the substances found intentionally. The majority have inadvertently occurred either during the production process or during use, where substances may have been converted from other substances. This includes the presence of the mosquito repellent DEET, where the researchers hypothesize that as one of the plastic softeners degrades, it is converted into DEET.

“But even of the known substances that manufacturers deliberately add, only a tiny fraction of the toxicity has been studied. So, as a consumer, you don’t know if any of the others have a detrimental effect on your health,” says Selina Tisler.

Too little knowledge, too leniently regulated

According to the researchers, the results reflect a lack of both knowledge and regulation:

“The study exemplifies how little knowledge there is about the chemicals emitted from the products that our food and drink come in contact with. And, it is a general problem that measurement regulations during production are very lenient. Fortunately, both in Denmark and internationally, we are looking into how to better regulate this area,” says Jan H. Christensen.

In the meantime, Selina Tisler hopes that companies take responsibility on their own accord:

“Hopefully, companies that put their names on reusable plastic bottles will be more careful about the products they purchase from suppliers and perhaps place greater demands on suppliers to investigate the substances found in what they manufacture,” Tisler concludes.

#Copenhagenuniveersity #Chemicalresearch #product 

https://www.ku.dk/

PACCOR TO INCLUDE RHDPE CONTENT IN UK DAIRY CAPS WITH A MINIMUM 30%

PACCOR TO INCLUDE RHDPE CONTENT IN UK DAIRY CAPS WITH A MINIMUM 30%

In the UK, about 79% of the HDPE (High-Density Polyethylene) bottles collected are recycled, of which a high percentage are milk bottles. On average, about 15% of HDPE milk bottles in the UK contain up to 30% recycled rHDPE material. Technical advances in the manufacture of these containers have also led to the use of less material, resulting in a lower weight for the same bottle size.

“The rHDPE produced in the UK is under pressure due to availability and demand,” underlines Andreas Schuette, CEO of PACCOR. “All UK bottle manufacturers are aiming for a minimum share of 30% rHDPE content to avoid plastic tax. However, thanks to our long-term partnership with the supplier, PACCOR has now managed to ensure sufficient material availability and increase the content of the caps up to 40%,” he says.

The PACCOR procurement team sourced rHDPE material and the site now produces approximately 45 million caps per week. The engineering and technical team tested various extrusion nozzle diameters and cutter holder profiles until a solution was found and trials with up to 40% inclusion rate were successful. Increased machine setup accuracy ensured consistent forming of the cap, with no compromises to customers’ filling process.

“This development reduces the volume of virgin HDPE used for our closure production by more than 1,000 tons per annum and provides estimated carbon footprint savings of 1.3kt CO2eq per year,” Andreas Schuette concludes.

“We are proud of our technical teams and their expertise, which ensured that the customer trials have been successfully completed,” adds Steve Naylor, PACCOR’s Head of Sales UK and Ireland. “There is great interest in our sustainable caps, and we are doing everything we can to meet the strong demand,” he says.

#rHDPEmatrial #recycle #sustainable #milkbottles 

https://www.paccor.com

FRANZ HINTERECKER IS HANDING OVER HIS POSITION AS CEO TO OLIVER ZINTNER

FRANZ HINTERECKER IS HANDING OVER HIS POSITION AS CEO TO OLIVER ZINTNER

With Oliver Zintner (49), KRAIBURG TPE is opting for company seniority and experience at the top management level. A university-trained chemist, he joined the management team in 2007 as Head of Corporate Purchasing before taking over the role of Director of EMEA in 2010.

In this position, he has been responsible for the company’s strategic development and operative business for 11 years, reporting directly to the CEO. Before joining KRAIBURG TPE, Mr. Zintner worked for companies such as Ciba Specialty Chemicals and Huntsman. “KRAIBURG TPE has immense responsibility toward its staff and customers and is facing major tasks along with the associated opportunities,” explains Mr. Zintner.

“Our customers are aware of the excellent products and services we provide. That’s exactly why we’re already working on solutions for the issues of the future. It’s this inevitable process of change that drives us forward.”

“We believe in continuity, and we’re in the lucky position that we represent and are continuously developing a sustainable company. I’m looking forward to this new role and I’m sure we will continue KRAIBURG TPE’s success story,” explains Dr. Monika Hofmann.

Also a university-trained chemist, she has been a member of the managerial staff since 2012. She is the Head of Corporate Purchasing and was responsible for global purchasing. She succeeds Oliver Zintner as Director EMEA starting at the beginning of this year.

Franz Hinterecker (63) is taking on new responsibilities as a member of the Board of Directors at KRAIBURG Holding SE from January 1. Mr. Hinterecker joined Gummiwerk KRAIBURG GmbH & Co. KG in Waldkraiburg in 1986 and has managed KRAIBURG TPE’s interests since 1999, after his return from Malaysia.

In 2001, the KTPE division was successfully split off and converted into an independent company. “Customers’ requirements for TPEs are increasing, and KRAIBURG TPE’s quality, service, and worldwide network have become established and are appreciated,” says Franz Hinterecker. “KRAIBURG TPE has a stable position in this market environment and it’s a good moment to hand over the operational business after 23 years.

I’m pleased that Oliver Zintner has taken up the new challenges and I’m sure he’ll go on extending the company’s success with the KRAIBURG TPE team.”

#Handover #position #Boarddirector #Responsibility 

Leading closure manufacturer BERICAP gets the TOP 100 seal of approval as one of Germany’s most innovative SMEs in 2022

Leading closure manufacturer BERICAP gets the TOP 100 seal of approval as one of Germany’s most innovative SMEs in 2022

BERICAP, one of the leading global manufacturers of plastic and aluminum closures, has received the TOP 100 award as one of the most innovative small and medium-sized enterprises in Germany in 2022. The TOP 100 seal of approval underlines the company’s pioneering role in the closure technology segment. An award in the category of ‘Chemicals/Plastic’ went to BERICAP after it impressed the panel of judges with sustainable new products, innovative solutions in response to the COVID-19 pandemic, and targeted innovation management. The company is also the only food, beverage, and industrial packaging/ closure manufacturer to be a TOP 100 winner in 2022. The TOP 100 is the most important innovation management competition in Germany. The competition’s mentor, science journalist Ranga Yogeshwar, will be paying a personal tribute to BERICAP at the awards ceremony on 24 June 2022.
Project coordinator Professor Nikolaus Franke of the Vienna University of Economics and Business, and his team, rated BERICAP very positively in the categories of ‘innovation-friendly Senior Management’ and ‘Innovative Processes/Organisation’. “We are delighted to have received the TOP 100 award because it both affirms and recognizes the valuable contributions made by the entire BERICAP team. To sustain our position as a pioneer in safe as well as user and climate-friendly closures we assign the very best experts to our product development teams – and when necessary, we involve external specialists to assist with the products’ technical design and market launch,” said Christian Krautkrämer, Managing Director at BERICAP.

Fast and innovative answers to the pandemic

In all of the TOP 100 criteria, BERICAP demonstrated an innovative approach in its responses to the COVID-19 situation. For example, it ramped up production at short notice to meet growth in demand from the hygiene and hospital segments for hand sanitizer closures. The production changeover only took twelve weeks – instead of the usual twelve months. BERICAP also collaborated with national health authorities to develop urgently required medical aids e.g. to support testing of COVID-19 patients.

Innovative and sustainable closures

BERICAP is focusing on sustainability in the evolution of its closures – by switching to a lighter design with lower material usage. Tethered caps are another noteworthy development in light of EU Directive 2019/904, which stipulates that plastic caps must remain attached to the bottle after opening from July 2024 onwards to reduce the impact of plastic products on the environment. BERICAP’s solution to the tethered cap requirement is BERICAP ClipAside, a closure developed to maximize consumer convenience on all major neck finishes that enables beverage manufacturers to comply with future requirements today – and with minimum impact on their production processes.
Another new and sustainable closure in the BERICAP portfolio is BERICAPValve, which is made from a thermoplastic elastomer (TPE) instead of the conventional silicone material. The valve prevents the contamination of the PET recycling stream with silicone and has obvious recycling advantages. BERICAPValve achieved excellent results in the Interseroh Institute’s certification audit and won a Packaging Europe Sustainability Award in 2020 in the category of ‘Recyclable Packaging’.

Successful development of innovative business segments
On the business side, BERICAP has been busy developing new markets and broadening its product portfolio with the acquisition of MALA GmbH, an aluminum closure specialist. In addition to aluminum closures for the wine sector with diverse finishing and décor options, BERICAP now offers aluminum alternatives to its established range of plastic closures for edible oil, vinegar, and mineral water.

BERICAP’s innovative strength on diverse fronts gave it the edge over the other TOP 100 award candidates in the size category of ‘Companies with more than 200 Employees’ and it is one of just 15 companies in the ‘Chemicals/Plastics’ category to have received the TOP 100 seal of approval in 2022.
 
#top100sealapproval  #GermanyinnovativeSme2022  #Newmarket 
 

Turning up the heat

Turning up the heat

When Peter Vyncke, owner of Vyncke Clean Energy Technology, and Johannes Wick, CEO Grains & Food at Bühler announced a strategic partnership between Vyncke and Bühler in March 2021 to offer low-carbon-emission food plants, it wasn’t a big surprise in the global food and feed industry. The dedicated Vynckeneers – the nickname of the family-owned company’s close to 400 employees – and Bühler’s engineers have been collaborating on a host of projects for customers across the globe for decades. From City Group in Bangladesh to Malteria Oriental in Uruguay to Olam plants in Singapore and the Netherlands to name but a few; wherever Vyncke and Bühler join forces, the customer and the environment benefit.

 

Thinking outside the box to find new ways to convert biomass and industrial waste into clean energy is in every Vynckeneer’s DNA. Founded in 1912 by Louis and Flavie Vyncke as a blacksmith company, Vyncke started making steam boilers in the 1920s as the flax industry began to flourish in Flanders. Thermal energy was in high demand to remove the flax fibers from their stalks, and with soaring coal prices, Vyncke entered the biomass market with their technology to burn flax straw waste in boilers to generate affordable energy.

“Our founders saw a great opportunity to support growing local industry and do good at the same time. We have been driven by that very principle ever since, long before terms like global warming and Kyoto were added to our vocabulary,” says Peter Vyncke.

Today, his company enables its customers to reduce their CO₂ emissions by 3 million tons annually with their solutions for food and agriculture, wood, and recovered fuels. The partnership with Bühler will primarily focus on food and feed customers.

https://www.vyncke.com/

New Indorama Ventures partnership will recycle over 1.6 billion PET beverage bottles in the Czech Republic by 2025 Indorama Ventures acquires 85% equity stake in UCY Polymers CZ s.r.o. (UCY)

New Indorama Ventures partnership will recycle over 1.6 billion PET beverage bottles in the Czech Republic by 2025 Indorama Ventures acquires 85% equity stake in UCY Polymers CZ s.r.o. (UCY)

Indorama Ventures Public Company Limited (IVL), the world’s largest producer of recycled PET for beverage bottles, today completed a deal for an 85% equity stake in Czech Republic-based PET plastic recycler, UCY Polymers CZ s.r.o. (UCY), boosting the country and Europe’s plastic collection and recycling ambitions.

As a result of the investment, IVL will recycle about 1.12 billion additional post-consumer PET (polyethylene terephthalate) plastic bottles in the Czech Republic every year by 2025, increasing the total bottles recycled by UCY across the Czech Republic, Germany, and Central Europe to 1.6 billion bottles per year. IVL, a global sustainable chemicals company, is investing USD1.5 billion globally to expand recycling facilities and sustainable production, including boosting its recycling capacity to 750,000 tons per year by 2025.

UCY is a strategic fit for IVL as a backward integration into the company’s expanding recycled PET (rPET) footprint in Europe and across the world to secure feedstock for rPET products. UCY can produce 40,000 tonnes of recycled PET flake per year. IVL will develop UCY to serve the increasing demand for recycled PET in Europe.

UCY will work with IVL’s existing PET flake production facilities in the region. These provide the washed and shredded post-consumer bottles as PET flake feedstock to produce recycled PET resin that is suitable for food contact use. PET is fully recyclable and the most collected and recycled plastic packaging in Europe.

D K Agarwal, CEO, and CFO at Indorama Ventures said: “IVL will use our know-how to grow capacity and recycle more and more bottles. As part of our commitment to sustainability and the circular economy, we are building the recycling infrastructure needed to divert PET waste from the environment. By recycling post-consumer PET bottles into new bottles, we give waste an economic value. This drives improvements in waste collection systems, meaning less waste and a cleaner environment.”

Yash Lohia, Chairman of ESG Council at Indorama Ventures, said: “Our partnership will strengthen the recycling ecosystem in the Czech Republic. This growth is made possible because of our customers’ commitment to bottle-to-bottle recycling, which allows us to build the recycling infrastructure Europe needs.”

Maximilian Josef Söllner, the CEO, UCY, said, “We look forward to adding our robust supply of post-consumer bottles, well-established technology, and proven management team to IVL. Expanding our capacity by 2025 means an extra 896 million more bottles will be recycled in our facilities compared with today.”

#partnership #recycle #PETbevragesbottles #equity 

https://www.indoramaventures.com

 

Mitsui Chemicals Ships First Bio-Based Phenol in Asia

Mitsui Chemicals Ships First Bio-Based Phenol in Asia

Mitsui Chemicals, Inc. (Tokyo: 4183; President & CEO: HASHIMOTO Osamu) today announced that it has shipped bio-based phenol for the first time in Asia. Derived from bio-based hydrocarbons that Mitsui Chemicals received at its Osaka Works in Takaishi, Osaka, last December from Neste Corporation, this phenol is certified as bio-based using the mass balance method in accordance with ISCC PLUS certification for plastic and chemical derivatives.

Going forward, Mitsui Chemicals intends to also begin shipping other products created through the same method, including biomass acetone. Mitsui Chemicals is working to realize a circular economy through the two-pronged approach of chemical recycling and conversion to bio-based materials.

Aiding in the effort to circumvent global warming, bio-based production represents an avenue of strategic importance when it comes to achieving carbon neutrality by 2050. In conjunction then with its development of materials and processes toward this end, Mitsui Chemicals aims to leverage its first shipment of bio-based hydrocarbon derivatives toward promoting the implementation of bio-based chemicals and plastics into society.

“We are delighted to have been able to ship and deliver what is the first bio-based phenol we have made from bio-based raw materials through the mass balance method,” said YOSHINO Tadashi, Member of the Board and Senior Managing Executive Officer, Mitsui Chemicals. “Helping to build a sustainable society is part of our materiality – and going forward, we will work with various stakeholders to gradually get bio-based materials into full-fledged use.”

https://www.mitsuichemicals.com

Ensuring scrap recycling in the Indian Himalayan Region

Ensuring scrap recycling in the Indian Himalayan Region

The great Indian Himalayas are facing a huge problem of managing their solid waste. For the Himalayan community, plastic waste is a relatively new issue, traditionally, these Himalayan communities were self-reliant and consumed only naturally sourced materials. Today, most of the hilly tourist regions are riddled with plastic litter in every corner and gorge. Lack of know-how coupled with a large geographical area possesses a nightmare for local administration and residents.


The issue of plastic waste in the Indian Himalayas have been, in recent times, highlighted by many social media forum and activist. The traveling community in India has also taken active measures to educate and aware travelers of the issue of waste mismanagement in the mountains. The issue remains to be persistent because the consumption pattern of the mountain dwellers has also evolved over time and now, food packed in plastic containers has become part of their lives.

The Indian Himalayan region is the section of the Himalayas within India, spanning 13 Indian States and Union territories. The region is in need of Himalayan Centric solutions to manage its solid waste, we are in conversation with one such person, who has dedicated his life to providing optimal solutions to the issue of waste management in the Indian Himalayan Region.

What motivated you to leave city life and work in this sector?

The main motivation to deliver waste management infrastructure came through the observations of my ever-changing native place. The annual trips to my village in Uttarakhand made me realize how it was evolving, with better roads and health infrastructure but also with an increased number of open dumping and burning pits with each consecutive visit. It bothered me because unlike cities my village had no dustbins or waste recovery vehicles assigned for the collection of waste. These observations stuck with me and I decided to work on providing the required waste collection mechanism to the rural communities of the Indian Himalayan Region. I took on the challenge of building a proof of concept in the most remote and inaccessible Himalayan Union-Territory, Ladakh. I moved to Ladakh U.T in the year 2018 and haven’t looked back since then.
How do you propose to challenge the current waste management practices?

To establish a sound waste recovery mechanism, we need to first make the community acknowledge the fact that waste mismanagement possesses a great threat to them and to the natural flora and fauna. With this acknowledgment comes awareness around the safe disposal methods and segregation of a variety of solid household waste. With our interventions in Ladakh, we have been able to work alongside the Rural Development Department of the U.T of Ladakh Administration in devising the waste collection mechanism in remote yet touristy sites of Ladakh. Currently, the department is running 14 Solid Resource Management Centres across both the districts in U.T of Ladakh and ‘PlanetFirst Recycling Pvt. Ltd’ Act as a Waste recycling partner responsible for Awareness, operation optimization, and recycling of the materials collected by these centers. Our model has been proven to be successful as the centers are now self-sustaining due to the user fees collected and monetary value provided to them for all recyclables by ‘PlanetFirst Recycling’.

What is the role of PlanetFirst Recycling, a subsidiary of GDB International Inc. in developing Waste
management infrastructure in the Indian Himalayan region?

I believe it is the shared vision of Mr. Sunil Bagaria, President’ GDB International Inc’, his team, and I that I was entrusted to be part of this journey. PlanetFirst Recycling Pvt. Ltd. is established to tackle the growing problem of solid waste in India by deploying best-in-class recycling machinery in strategic locations covering both rural and urban settlements. When I was introduced to the idea and to the team it was clear how crucial their role will be in developing self-sustaining waste collection models in the Indian Himalayan Region.

Waste management remains to be a conservative business in India with the majority of the market being handled by the unorganized sector, therefore it becomes important for ‘PlanetFirst Recycling’ to incorporate the unorganized sector. Our vision is to create micro-entrepreneurs from the scrap collected and establish a Waste to-Wealth model where every household sees value in the recyclable scrap. We at ‘PlanetFirst Recycling’ are now in process of establishing our first self-operated Solid Resource Collection Centre in Himachal Pradesh, where we will be setting up a network to collect waste from U.T of Ladakh as well. This will be a great development for the resident of Himachal Pradesh who is well aware of the menace of solid waste due to the heavy influx of tourists all around the year.

How do you envision the future of Waste Management in Rural India?

With the increasing narrative of cleaning up the Himalayas, FMCG brands, plastic manufacturers and the government has taken cognizance in the matter of setting up better waste recovery mechanisms in the Mountains. I am currently witnessing a push in CSR activities by big PIBOs in the Himalayan region, racing to set up waste recovery mechanisms. This is mainly due to proposed bans by the concerned state governments. I see positive change in the ecosystem and I believe the Himalayan region presents us with huge investments opportunities in Waste management and the recycling sector.

#Planetfirstrecycling  #travelawareness #plasticlitter #wastemanagement  #solidwaste