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Cosmo Films Ltd. Elevates Pankaj Poddar As The Group Ceo

Cosmo Films Ltd. Elevates Pankaj Poddar As The Group Ceo

Cosmo Films Ltd. today announced the appointment of Mr. Pankaj Poddar as the Group CEO to head the newly launched and fast growing consumer business ZIGLY alongside trade verticals including Films, Labelling & Packaging, Specialty Chemicals, Ferrites, Masterbatches and Textile Chemicals. The development came into effect immediately and in recognition of the growth the company witnessed under Mr. Poddar’s leadership as CEO of the business.

 

With a career spanning over 26 years, Mr. Pankaj Poddar has held key leadership positions in the company across business units and verticals. As the Chief Financial Officer at Cosmo Films Ltd. in 2011, Pankaj was responsible for managing the financial operations in India as well as overseas. Since his appointment as the CEO in the year 2013 all verticals of Cosmo has witnessed year-on-year growth.

 

Speaking of the appointment, Mr. Ashok Jaipuria, Chairman & Managing Director, Cosmo Films Ltd. said, “Pankaj’s contribution is immense for the success of Cosmo as is visible in the last few years.  R&D, Sales & Marketing competencies, expanded product range and focus on Speciality films have led to the achievement of record EBITDA and an all-time high market capitalization. Pankaj has also played a key role in ensuring diversification from the Films business into Ferrites, Speciality Chemicals and Zigly.  All of these will make a significant addition to all the parameters of the company – topline, bottomline and market valuations. He is a great asset to Cosmo with his focus, drive and implementation bringing in benefits to the company and its stakeholders.”

 

Commenting on his appointment, Mr. Pankaj Poddar said, “I am delighted to be elevated as the Group CEO. At this point of time Cosmo Films Ltd. is at the pivotal state of its growth with diversification into different sectors. Being a global leader in the films and packaging sector, we aim to be the preferred brand for Specialty Chemicals, Ferrites, Polymers & Pet care.”

 

Pankaj started his career with a 7-year stint at Ernst and Young before joining Reckitt Benckiser, Delphi Automotive and Avon Beauty in senior financial positions. He is a regular speaker at various packaging industry forums and sits on the board of the Organization of Plastic Processors of India, Plast India and IFCA.

 

For more details: www.afaqs.com

New Milestone In Recycling: In A Pe Film Using Ecolam Laminates’ Waste.

New Milestone In Recycling: In A Pe Film Using Ecolam Laminates’ Waste.

Optimizing the recyclability of packaging is one of the most important steps into a more sustainable future. With its EcoLam product line, packaging manufacturer Constantia Flexibles shows that packaging can offer a high barrier and a high recyclability at the same time – an important step towards a circular economy that ensures valuable resources are saved.

 

Making packaging materials that are both more sustainable and offer good barrier properties is a challenging yet important task for packaging manufacturers. Constantia Flexibles, an Austrian manufacturer of flexible packaging, is devoting a significant number of resources to this task.

 

As early as 2019, its EcoLamHighPlus material became the first and only high-barrier laminate to be tested by the RecyClass Initiative of European Plastics Recyclers for its recyclability in the existing LDPE (low density polyethylene) recycling stream. It was successfully proven that polyethylene laminates with high barrier properties, which were previously only achievable with aluminum laminates, can also be recycled.

 

The packaging company has reached another milestone: an industrial recycling trial of EcoLam laminates. The production waste from different EcoLam family laminates, including EVOH (ethylene-vinyl alcohol copolymer), metallization, adhesives and inks, was shredded and sent for reprocessing. Our partner EREMA successfully reprocessed it into regranulates on an industrial scale extruder. These regranulates were then converted into a new blown film in Constantia Pirk, which was then used in the lamination of new EcoLam materials as a sealant.

 

Depending on the ink system used, recycled content of up to 80% in the lamination film was achieved – only the sealing layer has to be made from so-called “virgin material” due to its functionality. Constantia Flexibles has demonstrated that printed and metallized PE-based laminates from the EcoLam family can be reprocessed into new films with up to 80% of recycled content, closing the loop for its use in non-food packaging applications.

 

Further examinations showed that the type of adhesive, as well as the type of printing inks used, has a significant influence on the quality of recyclable material. It is under further investigation whether printed laminates can also be reused in food applications with suitable adhesives and inks. Regranulates from production waste consisting of vacuum metallized films, without adhesives and printing, can even be used in the food contact.

 

“In a circular economy, it is crucial that recyclable packaging laminates can be reused by the laminate manufacturers themselves, as is already the case for many coextruded films, i.e., films consisting of several materials,” comments Prof. Dr. Achim Grefenstein, Senior Vice President of Constantia Flexibles’ Research & Development Group. According to Grefenstein, “The current practice of incinerating or downcycling production waste will then be a thing of the past – an important step towards a more sustainable future.”

 

For more details: www.cflex.com

Constantia Flexibles Is Fully Committed To A Circular Economy With Its Recyclable Range Ecolutions

Constantia Flexibles Is Fully Committed To A Circular Economy With Its Recyclable Range Ecolutions

The packaging industry is changing as more and more consumers are questioning packaging. Latest Global Buying Green Report revealed: Two-thirds (67%) of consumers consider it crucial to buy products in recyclable packaging. Constantia Flexibles recognized the trend years ago and has continuously developed its products. The company will present its highlights and updates at FachPack 2021 in Nuremberg, Germany.

 

“Our strong focus is to continue to develop more sustainable film, aluminum, and paper-based packaging for our clients,” Pim Vervaat, CEO of Constantia Flexibles, explains the company’s goal. Constantia Flexibles’ “Ecolutions” product range meets the sustainability requirements with a clear focus on recyclability whilst continuing to have all the properties required to protect the packaged products. The latest product developments will be on display at FachPack.

 

Constantia Flexibles will also present its aluminum-based product range at FachPack since aluminum is a versatile packaging option. The company records more than half of its business – Pharma and Consumer combined – with aluminum-based solutions. “In Europe, aluminum packaging recycling achieves a recycling rate of 65%, rising steadily thanks to ever-improving collection and recycling techniques,” continues Vervaat. “Any material we use focuses on recyclability. Our product portfolio is broad, and we are ready for the future!”

 

EcoLam laminates are configured using several PE-based building blocks developed by Constantia Flexibles: OPE, barrier OPE, and met OPE, which in combination with the appropriate sealant PE, can give rise to structures able to substitute non-recyclable laminates such as PET/PE, PA/PE, or even PET/ALU/PE.

 

Several characteristics make the Mono PE laminates EcoLam more sustainable and efficient than other products in its league: they are thinner than others, have higher thermal resistance, and use lower barrier polymer content, due to the combination of processes and resins. All EcoLam grades have been certified by RecyClass to be compatible with readily available sorting and recycling technologies commonly used at an industrial scale in the recycling sector in Europe.

 

Another advantage of the EcoLam packaging line is that its barrier properties can be adapted to the product to be packed: from EcoLam, which presents a moisture barrier, to EcoLamPlus, that incorporates an additional barrier to oxygen, aroma, and mineral oil, up to EcoLamHighPlus, which shows aluminum-like barrier properties.

 

Further, dry pet food, confectionery, cereals and pasta, and laundry products can be packed in EcoLam. Because of the enhanced oxygen barrier, EcoLamPlus is, amongst others, suitable for dressings, cheese, and dairy products. EcoLamHighPlus provides an exceptional barrier against both moisture and oxygen, being the ideal packaging for coffee, snacks, dehydrated products, compote and baby food, perfumes, and other personal care products.

 

Optimizing the recyclability of packaging is one of the most critical agenda items for the future. In 2019, Constantia Flexibles’ EcoLamHighPlus material was the first and so far only high-barrier laminate to be tested by the RecyClass Initiative of European Plastics Recyclers for its recyclability in the existing LDPE (low density polyethylene) recycling stream, receiving technology approval. The packaging company has reached another milestone: after establishing a European supply chain, sufficient quantities of production waste from EcoLam family laminates were available for an industrial recycling trial. The production waste was shredded and reprocessed into regranulates on an industrial scale line in cooperation with EREMA. These regranulates were then converted into a new blown film in Constantia Pirk, which was then used in the lamination of new EcoLam laminates – thus closing the loop for its use in non-food packaging applications. Constantia Flexibles achieved a recycled content of up to 80% in the lamination film, proving that printed and metallized laminate waste can be reprocessed into new EcoLam laminates.

 

EcoPaper family compiles a wide range of recyclable paper-based packaging solutions. EcoPaperPlus is one dedicated to medium barrier applications. It is especially suitable for products that require aroma and grease barrier, such as confectionery, and some snacks, home and personal care. The material is available with a smooth or a rough surface shine and is printable by rotogravure, flexo, or digital. Paper FSC or PEFC certified is available on demand.

 

Premiere for a whole family: It is the first time these products are shown at a tradeshow. EcoVer is Constantia Flexibles’ mono-PP solution, available in different barrier grades: EcoVer, EcoVerPlus, or EcoVerHighPlus. Its key benefit is that it is applicable in various packaging applications (VFFS, HFFS) and has high transparency. It is particularly suitable for applications such as beverages, snacks, confectionery, HPC, pet care, or processed food. EcoVer’s thermal resistance is exceptional: It has an enhanced outer layer in combination with a low SIT sealant layer for a wider sealing window. The packaging has good heat resistance and provides good stiffness. Due to its mono-PP structure, the EcoVer Family is recyclable in the mixed PO stream.

 

More sustainable coffee consumption is possible with the new lidding of Constantia Flexibles. With its compostable and biobased material, EcoPressoLid is designed for closing the upper or the lower side of compostable coffee capsules. Compostability test was performed according to EN 13432 with satisfactory results. Among its main properties, EcoPressoLid has a high oxygen barrier and has demonstrated good performance in the brewing process due to its high seal strength and suitable perforation.

 

EcoAluTainer is an aluminum-based foil container system used for pet food, coffee, and various foods such as tuna or jam. All materials are free of critical substances such as BPA and GLYMO. In addition, no chrome-treated foil is used for this packaging solution. It is easily recyclable in the aluminum stream and can even contain recycled content. Further, ASI-certified aluminum is available on demand.

 

ComforLid is a perfect addition to Constantia’s Ecolutions family product range. It guarantees a comfortable drinking pleasure without the use of plastic over clip or straws. Additionally, ComforLid contributes to the reduction of plastic waste by substituting the plastic snap-on topper and providing a hygienic drinking experience due to the 2-layer protected opening. ComforLid is suitable to apply to PP-based cups and can be used for liquids like coffee drinks, drinking yogurts, whey, or soft drinks. Due to its customizable laser-cut opening, ComforLid offers an easy dosage for solid products as well, such as muesli, chewing gum, or dried herbs. Furthermore, ComforLid can be fully peeled off by the consumer and is therefore certified as compatible for Recycling by CyclosHTP (up to 99%).

 

For more details: www.cflex.com

Strong S.A. Invests in a High Productive Comexi S1 DT to Automate Its Processes

Strong S.A. Invests in a High Productive Comexi S1 DT to Automate Its Processes

Comexi, a specialist in solutions for the flexible packaging printing and converting industry, and Strong S.A., a company that specializes in the production of flexible packaging, have reached an agreement for the Uruguayan company to acquire a high productive Comexi S1 DT. The new slitter, which will be installed at the Montevideo facility, will allow Strong S.A. to automate more processes in the immediate future.

 

“For us it is very important that a company such Strong S.A. has decided to invest in a high productive machine as the Comexi S1 DT. This operation shows that this type of slitter has its place in the Latin American market”, explains José Luis Soriano, the Comexi Area Manager of this area.

 

Strong S.A. is a Uruguayan family business which belongs to the Macció Group. The company, based in Montevideo, has over 40 years of experience in the production of all types of flexible packaging. In its 15,000 square meter facility. Strong S.A. has state-of-the-art machinery, including the Comexi S1 DT. “As a result of its high productivity, we acquired this slitter, a machine that will offer the possibility of automating more processes”, says Gustavo Caraballo, from Strong S.A.

 

The Comexi S1 DT is a slitter which provides excellent results in both quality and productivity, even in regard to the most demanding jobs, due to its state-of-the-art control elements and high degree of automation. Cores, knives, laser heads, photocells, and almost every adjusting element of the machine are self-calibrating, as a result of an extremely interactive and easy-going user interface. This unique automation of the Comexi S1 DT gives the operator, without the need to intervene, the possibility to load the reel into the machine and deliver finished reels. The turreted version of the Comexi S1 DT is capable of performing jobs which require a large number of output reels. It is also able to work with the thickest materials used in the flexible packaging market, including aluminium, wax, and other special or complex materials. The Comexi S1 DT allows for a high degree of customization, as well as many automated options, such as splicing tables, automatic reel unloading, video camera inspection, and label robotization of finished reels, thus fully guaranteeing complete system control and an exceptional increase in productivity.

 

For more details:  www.comexi.com

Aiding the switch to safer e-mobility

Aiding the switch to safer e-mobility

It seems the electric revolution is finally here. According to the International Energy Agency, there were more than ten million electric cars on the world’s roads already at the end of 2020 – up 43% from 2019. By the end of this decade, the total number of electric cars, buses, vans, and trucks is projected to jump to 145 million or possibly even 230 million if enough countries tighten their emission targets. Carmakers are investing billions to secure their slice of the market. One of the challenges they face in building mass-market electric vehicles (Evs) is fire safety. But probably not in the way most people think.

 

Contrary to what action movies would have you believe, cars rarely burst into flames. If they ever do catch fire, passengers usually have more than enough time to walk away safely. That is why fire safety regulations for cars are a lot less strict than for planes, trains, or even most electronics used in homes. But now, with the advent of Evs, news reports of burning Evs have caused new concerns.

 

According to the US National Fire Protection Association (Nfpa), electrical failures are already one of the leading causes for fires in conventional cars, accounting for one in four vehicle fires in the United States. With Evs carrying high energy in their lithium batteries, it seems only logical that they pose an even greater fire risk. Not so, says Sebastian Hoerold, Head of Technical Service Thermoplastics & Market Manager Flame Retardants at Clariant: The fire risk of electric vehicles is not higher but different from traditional cars with combustions engines.

 

Electric power trains work at much higher voltages and currents. Most conventional cars carry a twelve-volt battery to run the starter, lights, and all onboard electronics. Even so-called mild hybrids, in which a powerful electric motor supports the combustion engine, run on just 48 volts. In contrast, some all-electric vehicles have fast-charging cycles that can involve 800 volts or more.

 

Then there are the differences in everyday use: Parking a diesel essentially puts the car to sleep. But parking an Ev usually involves charging it. We see some of the highest voltages and currents precisely as the car is unattended, says Hoerold. That can be overnight in your garage or during the day in a public parking area, say, underneath a busy shopping center or an office building. It is this combination of high-energy batteries, high voltages and currents during charging while being unattended that needs to be considered in safety standards.

 

Up until recently, the automotive industry was not much of a market for our high-performing flame retardants. However, that is about to change dramatically, says Elmar Schmitt, Segment Manager for Clariant’s flame retardant business. In reinventing their product, carmakers will need new materials with safety built in to deal with a whole new set of challenges and requirements.

First, there are the high voltages. These can cause short-circuits and sparks that can ignite flammable materials. One of the ways to prevent such failures is by design: Simply placing conducting parts further apart is one strategy. Another is to encase components. But these approaches aren’t always practical in car design. For one, cars are crammed with ever more electric hardware. Spaces are tight. Components need to fit close together. Adding material and assembly work to encase components drives up costs and adds weight. Carmakers have always been sensitive on these two fronts, says Schmitt. Even small extra costs add up quickly, so does excess weight. Every gram you can shave off an EV adds to its battery range, which is currently one of the most important selling points.

 

High-voltage plugs, connectors, bus bars and other electrical components require high-performing polymers with high-performance flame retardants – such as Clariant’s Exolit. It has been in use for two decades in some of the most demanding industries, from smart consumer electronics to home appliances to industrial applications. Based on organic phosphorus compounds, Clariant’s additives can stop plastics burning within seconds and thus stop flames from spreading. It also helps minimize the risk of creepage and sparks. Exolit is non-halogenated, which makes it safer and more environmentally compatible than most solutions out there, says Schmitt.But it is the improved material performance that makes it especially appealing to the EV industry.

 

Adding Exolit to plastics does not affect or in some cases even improves their electrical properties – measured as the Comparative Tracking Index (Cti). We enable manufacturers to reach Performance Level Category 0, which holds for 600 volts, Hoerold explains. That way, conducting parts can be fit closer together, allowing further miniaturization and weight cutting. Plus, Exolit itself adds remarkably little weight to the parts.

 

Then there is the matter of durability. Standard cars are expected to last up to 200,000 miles. With fewer moving parts, EVs may get even more mileage. However, that heavily depends on how well connectors, plugs, cables, brackets, and the likes hold up to the constant stress caused by vibration, extreme temperatures, UV light, corrosive liquids, dust and moisture. High voltages and humidity can further exacerbate this stress through a process called hydrolysis. Over time, it can break down materials within the polymer and lead to corrosion in the pins and connectors, Hoerold explains. Exolit is hydrolysis-stable and can be used in dedicated hydrolysis resistant formulations as well.

 

Probably the most important draw to carmakers is how little the addition of Clariant’s flame retardants affects a polymer’s other properties. The automotive industry has made an art of engineering cars to optimize costs, production speed, durability, and so on, Schmitt says. They want their polymers to perform the way they’re used to. However, most flame retardants make plastics more brittle, less workable, and even less durable overall. Some make specific production processes harder or even impossible. With Exolit, we have carmakers covered, says Hoerold. For example, they are very satisfied with the way it works with both laser welding and laser marking. Plus, it affects the physical properties of the plastics as little as possible.

 

For more details: www.clariant.com

Brabender Technology at Fakuma 2021

Brabender Technology at Fakuma 2021

After a one-year break from Corona, Fakuma is reopening this year for a presence event with a strict hygiene and safety concept. Brabender Technologie, one of the world’s leading manufacturers of gravimetric feeders for bulk solids and liquids from all industrial sectors, will also be presenting its services at the international trade fair for industrial plastics processing in Friedrichshafen from October 12 to 16, 2021. At the booth in Hall A6, the exciting new and further developments can be experienced through vivid exhibits in personal discussions with the experts.

With ever-smaller lots sizes, faster product changes, and a dense cycle, feeding equipment today must meet many requirements. The developers of the new equipment generation 2.0 have taken this into account throughout with a modular concept for easy disassembly and optimum accessibility. At Fakuma, Brabender Technologie will be demonstrating this further development on the basis of the twin-screw feeder DDSR20 2.0 and the single-screw feeder DSR28 2.0.

The modular design allows the gearing units on both feeders to be easily and quickly changed and removed and replaced in just a few steps. “This flexibility enables the customer to switch between large and small models or from single to twin-screw versions,” emphasizes Jürgen Knez, head of product development at Brabender Technologie. The screw hopper is located at the front edge of the scale and the screw trough can now easily be removed from the front of the feeder. “This has greatly enhanced the feeder accessibility, and end users benefit from the ease and speed of cleaning components that come into ingredient contact,” says Knez. Screwless connections on the trough, container and lid are helpful here, reinforcing user friendliness.

Seal replacement is also much easier – and faster – thanks to the trough, which can be removed from the front of the feeder: a new seal can be inserted within five minutes, with special versions for ATEX, food and pharma, depending on requirements. The newly installed seal change indicator can indicate the need to change seals at an early stage, thus preventing gear and motor damage. In addition, all Generation 2.0 units feature dust-tight vertical outlets made of food-grade, transparent PETG. This hard plastic is characterized by its high transparency and shatterproof construction enabling the operator to perform visual checks inside the screw tube.

All Generation 2.0 units are also available with a servo motor on all models. This servo motor has the added benefit that when compared to normal frequency-controlled motors, they have a much wider speed range and have full power available even at low rpm. The need to change screws and screw tubes can now be eliminated reducing downtime. At lower speeds, servo motors can start close to full torque and even in high torque conditions they continue to have excellent speed control.

For more details: www.brabender-technologie.com

Archroma introduces the ‘Safe Edge’ online regulatory & compliance platform

Archroma introduces the ‘Safe Edge’ online regulatory & compliance platform

\Instant access to ecotoxicological and regulatory information and certificates for Archroma specialty chemical products

Faster decision-making and time-to-market for manufacturers, brands and retailers in the textile, paper, packaging, paint, and construction industries

Archroma, a company in specialty chemicals towards sustainable solutions, announced the launch of The Safe Edge, an online platform for instant access to product related regulatory & compliance certificates and information.

 

With continuously growing public awareness around the social, health and ecological impacts of human and business activities, the need for transparency and traceability in supply chains has become essential.

 

Time to market is equally critical, and manufacturers, brands and retailers need access to reliable information in real time.

 

The Safe Edge platform has been designed with that in mind: It allows brands, retailers and manufacturers of textile, fashion, packaging, paper, paints, to verify with just a few clicks the regulatory & compliance status of Archroma products, including regulations, ecotoxicological information & certifications, and brand requirements.

 

The Safe Edge covers standards, regulations and information such as air emission factors, animal origin, halal, kosher, plant origin, food contact, Blue Angel, bluesign, Cradle-to-Cradle, chemical inventories, Composability EN 13432, conflict minerals, EU Flower/Ecolabel, GOTS, CONEG, ISEGA, Nordic Swan, Oekotex Standard 100, California Prop 65, REACH, RoHS (Restriction of Hazardous Substance), Screened Chemistry, SDS, SVHC (Substance of Very High Concern), VOC (US), ZDHC (Zero Discharge Hazardous Chemicals), and brand standards (like Coats A&F MRSL, Decathlon RSL 2020, Jack Wolfskin RSL and The List IV by Inditex.

 

With the launch of The Safe Edge, Archroma continues to assert its leading role in driving sustainability in its industries, in line with its commitment to the principles of “The Archroma Way to a Sustainable World: safe, efficient, enhanced, it’s our nature”. The “Safe” principle in particular is at the core of the Archroma approach to sustainability, with the deeply rooted goal to protect people and the planet with products that are safe to use, and safe to wear.

 

The Safe Edge is already accessible for manufacturers, brands and retailers in Europe and Asia, and will be launched in North America in September 2021 and in Latin America by the end of the year.

 

“We wanted to offer a step change improvement in our service to all our customers and partners comments Carole Mislin, Global Head of Product Stewardship at Archroma, who is at the initiative of the project. “Time is of the essence, and The Safe Edge offers them instant online access to up-to-date regulatory and ecotoxicological information and certificates. Because it’s our nature!”

 

For more details: www.archroma.com

Archroma celebrates 8 years of creating positive impact

Archroma celebrates 8 years of creating positive impact

Archroma, a global leader in specialty chemicals towards sustainable solutions, today celebrates 8 years of leading the way to a sustainable world, with break-through innovations and solutions aimed at creating added value sustainable for its partners, consumers and the planet.

 

Archroma came to life on 1st October 2013 from textile, paper and emulsions businesses acquired from Clariant by SK Capital Partners.

 

Building on decades of commitment to developing safer eco-friendlier chemistry, Archroma has become in the past 8 years a prominent name for more sustainable colors and performance, collaborating with leading brands such as Primark, G-Star, Patagonia, Esprit and many more.

 

More recently the Ellen McArthur Foundation selected Archroma’s plant-waste based EarthColors for its online Biodiversity and Circular Economy case study library.

 

“Such impact cannot be created overnight”, comments Heike van de Kerkhof, CEO. She explains: “Just a few years ago sustainability was considered by most industries as a ‘compliance’ topic. We at Archroma have always had a vision that sustainability is the right thing to do, and that it doesn’t have to come at the expense of cost efficiency or performance.”

 

Years after the Greenpeace ‘Detox’ campaign in 2011, and more recent events such as the climate school strikes of Greta Thunberg, the fast-growing plant-based movement and the pandemic, the general public has finally recognized the reality of the climate crisis and is demanding more responsible policies and supply chains, and safer products.

 

In this context, Archroma has become the go-to partner for many brands in fashion, outerwear, packaging or home decoration, looking to integrate sustainable innovations and solutions in their products.

In its very short life span, Archroma has introduced game-changing innovations, such as the EarthColors® made from non-edible plant waste from the food and herbal industry, Denisol® Pure, an indigo for aniline-free* denim, aniline being a category 2 carcinogen substance, and Smartrepel®, a PFC-free* water repellent solution. The company is also about to launch a new plant-based softener.

 

In parallel, Archroma has been helping its customers in addressing the growing expectations of the public in terms of keeping consumers, and the environment, safe, under the umbrella of “The Archroma Way to a Sustainable World: Safe, efficient, enhanced, it’s our nature”.

 

The company started to develop holistic solutions designed to bring innovation and performance, whilst reducing the impacts on water, energy and other natural resources. The savings generated by these 70+ system solutions are demonstrated by Archroma’s proprietary ONE WAY Impact Calculator, a ground-breaking tool launched in 2012 and continuously upgraded to simulate and optimize the footprint of application processes.

 

For instance, Archroma recently launched CASUAL X SMART, a sulfur dyeing system for trendy wash-down effects to make clothes that look smart at home and at work. The colors won’t fade in the washing cycle, and the application process allows resource savings of up to 33% water, 21% energy and 35% chemical usage compared to a benchmark reactive & pigment garment dyeing.

 

With ONE WAY, a brand can calculate how much impact their current production and the Archroma Way collection will have on water, energy, chemical, raw material or CO2 footprint.

 

Meanwhile, fashion, online shopping, food packaging, etc., are increasingly associated with air and water pollution.

 

Brands are eager to implement sustainable solutions and demonstrate their impacts, especially CO2 reduction, in particular in a post-pandemic world where we can expect consumers to have no tolerance for green washing.

 

Heike van de Kerkhof: “Brands in fashion, food, home decor, or sportwear make ambitious pledges, and they want to honor them. They are therefore eager to understand how they can introduce new, exciting innovations with safer ingredients and a lower impact on resources. That is where we can help, with our eco-advanced ingredients and demonstrated resource-saving solutions. We can help them make a difference.”

 

Divert 1,250,000 kg of formaldehyde, a carcinogenic substance, from the textile supply chain with its systems BRIGHT DREAM and STAMP IT SAFE

Remove 25,000 kg of aniline, a substance toxic for aquatic life and for denim workers, from the environment, with its PURE INDIGO ICON system based on Denisol Pure;

Replace 450,000 kg of fossil fuel based products, with its NATURE BOUND, RAG N’ROLL and LOVE NATURE x EARTHCOLORSsystems that use plant-based renewable ingredients;

Save 7,740,000,000 liters of water and reduce 420,000,000 Kg of CO2 with its DEEP DIVE 2.0, DARK BLISS 2.0, SMART START and SMOOTH AS IRON (FASHION) systems that allow massive resource savings in cotton items;

Divert 21,000 tons of chemicals and 14,000 tons of acetic acid, a hazardous substance, from the packaging supply chain, with its BOXING CLEVER dyeing solution.

 

“We calculated all these savings with the ONE WAY Impact Calculator”, Heike van de Kerkhof explains. “We are very proud of these very tangible positive impacts for the consumers and the planet, and we are looking forward to creating many more in the years to come. Because it’s our nature.”

For more details: www.archroma.com

Smart Packaging Virtual Summit Connecting Industry Professionals

Smart Packaging Virtual Summit Connecting Industry Professionals

To bring you the best event, programme and experience, AMI’s Smart Packaging virtual summit will now be taking place on 14-16 December 2021 and is FREE to attend.

 

This unique online event provides a platform for professionals from the supply chain to connect and review the latest developments and solutions in active and intelligent packaging technologies to benefit the industry and its consumers.

 

The virtual summit delivers a three-day programme of expert presentations, including live Q&A sessions, allowing attendees to interact, engage and be a part of discussions.

 

Smart Packaging virtual summit brings together some of the most influential brands in the industry including Nestle and Kellogg’s to give an in-depth view on sustainable packaging. AIM along with P&G, Mondi and Plarebel will discuss their pioneering digital watermarks project HolyGrail 2.0 for smart packaging recycling in the EU. AB InBev will talk about the hurdles FMCG companies face when trying to create and implement smart packaging. Loop will present examples of existing brand partners and reusable packaging innovations. Tetrapak will explain how to level-up the consumer engagement activities with real-time data insights. Takeda and Accent.world will focus on the importance of smart packaging in pharmaceuticals. Colgate Palmolive to give an overview trends and developments in the e-commerce packaging market.

 

“The pandemic has accelerated existing packaging megatrends and added a fresh impetus for innovation. Smart packaging in particular is growing significantly. We will witness more developments in smarter materials that will prolong shelf life and reduce packaging weight. Also, a boost in the use of IoT and AI is adding value for consumers, optimising operations, and maximising data collection. The virtual summit will provide the ideal environment to discuss the packaging needs and expectations of brand owners and consumers, as well as exploring the evolution and disruption of the packaging ecosystem.” – Pranita Nangia, Senior Conference Producer, AMI

 

The event also features a Start-Up Innovation Showcase, where up-and-coming companies have an opportunity to deliver their pitch on innovative concepts, products, or technologies related to the smart packaging space in front of the prestigious selection committee.

 

In addition to the comprehensive three-day agenda, the platform hosts a virtual exhibition area, allowing all attendees to explore and interact with the packaging industry and its key players who will showcase their products. During the designated networking sessions, professionals can connect via private meetings which are scheduled with their chosen contacts.

 

For more details: www.ami.international

Alpla Takes Over Spanish Bottle Manufacturer Plastisax

Alpla Takes Over Spanish Bottle Manufacturer Plastisax

The Alpla Group, the global packaging solutions and recycling specialist, is taking over Plastisax S.L. The Spanish company produces plastic bottles for the cosmetics, home and personal care segments. The takeover will enable an increased use of recycled material in production operations and a strengthening of the circular economy in the region.

 

With the purchase of the Spanish bottle manufacturer Plastisax S.L. based in the province of Alicante, Alpla is consolidating its market position in eastern Spain and expanding its production capacities mainly for packaging solutions made from the plastic HDPE (high-density polyethylene). A smaller product area also includes bottles made of PET (polyethylene terephthalate). EBM (extrusion blow moulding) and SBM (stretch blow moulding) are used as production technologies. The company has 58 employees who will be taken over by Alpla.

 

Marc de Voogd, General Manager France & Iberia at Alpla, says: ‘With the integration of Plastisax into our group, we are expanding our customer base and improving our geographical footprint to serve our regionally based customers even better. With the new location near Alicante, we are now very well positioned along the Mediterranean coast in addition to the existing plants near Barcelona and Valencia.’

 

Alpla plans to increasingly manufacture products with a high proportion of post-consumer recycling material (PCR) in the new plant. ‘Plastisax already offers its customers sustainable packaging made from recycled HDPE and recycled PET as well as bio-based PE. Alpla has significant experience in these fields and is able to provide recycled material from its own plants,’ de Voogd says of the resulting synergies. In autumn 2019, Alpla bought two Hdpe recycling companies near Barcelona and Valladolid. They ensure the supply of the production facilities in the region with PCR and contribute to strengthening the local bottle-to-bottle circular economy cycle.

 

For more details: www.alpla.com/en