spot_img
Home Blog Page 294

Packaging can make homecare more sustainable

Packaging can make homecare more sustainable

  • Mondi promotes the opportunity for innovative packaging to empower a more sustainable homecare sector.
  • Thomas Kahl, Head of Sustainable Packaging Solutions FMCG & Industrial Channels at Mondi Flexible Packaging, recently shared his insights at the International Cleaning Products Conference in Prague.
  • Kahl emphasises collaboration as the key to enhancing circularity.

Mondi, a global leader in packaging and paper, has highlighted the power of packaging in creating a more sustainable homecare industry.

Thomas Kahl, Head of Sustainable Packaging Solutions FMCG & Industrial Channels at Mondi Flexible Packaging, addressed industry leaders at the Smithers International Cleaning Products Conference in Prague on 29 and 30 March 2022 and discussed the ways in which packaging can help manufacturers become more proactive in their approach to the environment.

This was an opportunity to share insights with the global homecare market, which grew at an unprecedented rate in 2020 as a result of the COVID-19 pandemic and is expected to grow at a faster rate than pre-pandemic levels over the coming years. This increased demand means more products are being produced, with more waste to be dealt with responsibly. The EU Plastic Strategy aims to transform the way plastic products are designed, produced, used and recycled in the EU. It’s vital for the environment but also for commercial success as consumers are increasingly pivoting towards brands that are taking more meaningful steps to address sustainability. 64% of consumers (across France, Italy, Poland and Spain) said they have switched to household brands that have adopted a more sustainable packaging solution in the past year alone 1 .

As a leading provider of sustainable packaging solutions, Mondi can help the homecare industry to close the loop of circularity through its customer-centric EcoSolutions approach – by closely collaborating with customers and suppliers to balance resource efficiency with the lowest possible environmental impact.

There are many factors to consider and it can seem complex, but the aim should be for manufacturers to balance resource efficiency with the lowest possible environmental and social impacts. There is no ‘perfect’ solution, but the packaging itself serves an essential purpose and Mondi used the event to highlight some of the different packaging approaches that can be employed to help turn the tide of climate change.

It might not seem clear at first which solution will be the most effective, but by working together, product manufacturers, logistics companies, material suppliers and packaging experts such as Mondi can make changes to drive progress at scale. One key step in Mondi’s approach is to explore opportunities to reduce material use in favourof more sustainable alternatives – related to the packaging as well as product itself. This can be seen in a collaboration between Mondi and UK supermarket chain Tesco where the companies worked together to develop a fully recyclable mono-material pouch for Tesco’s dishwasher tablets.

Another approach is to replace plastic packaging with paper or bio-based alternatives. Mondi’s Functional Barrier Paper is a range of recyclable paper-based packaging with tailored barrier properties that reduces the amount of plastic used and provides moisture and vapour-proof packaging.

For the home & personal care industry in particular, the use of post-consumer recycled material is an effective alternative that reduces the reliance on fossil-based primary resources. A large number of resin producers are currently investing in additional mechanical recycling facilities that will increase the availability of materials, while chemical recycling can address hard to recycle plastics and provide much needed post-consumer resins suitable for food application.

A refill option, meanwhile, is perfect for ensuring that where plastic does need to be used, it is created well, then refilled and re-used for a long time. Mondi has worked with market-leader Henkel to create a lightweight, recyclable refill pouch for its dishwashing liquid, which can then be decanted into its 100% recycled PET pump dispenser. This move helps Henkel consumers reduce plastic by 70%.

Mondi is uniquely positioned to cater for the home care market, providing paper, plastic and hybrid solutions to offer tailored packaging for companies operating in the brand and private label spaces. With state-of-the-art technology, investment, ongoing R&D and innovation and a truly collaborative approach, Mondi’s experts help brands and private labels in the homecare industry drive progress.

Plastic-eating Enzyme Could Eliminate Billions of Tons of Landfill Waste

An enzyme variant created by engineers and scientists at The University of Texas at Austin can break down environment-throttling plastics that typically take centuries to degrade in just a matter of hours to days.
 
This discovery could help solve one of the world’s most pressing environmental problems: what to do with the billions of tons of plastic waste piling up in landfills and polluting our natural lands and water. The enzyme has the potential to supercharge recycling on a large scale that would allow major industries to reduce their environmental impact by recovering and reusing plastics at the molecular level.
 

“The possibilities are endless across industries to leverage this leading-edge recycling process,” said Hal Alper, professor in the McKetta Department of Chemical Engineering at UT Austin. “Beyond the obvious waste management industry, this also provides corporations from every sector the opportunity to take a lead in recycling their products. Through these more sustainable enzyme approaches, we can begin to envision a true circular plastics economy.”

The project focuses on polyethylene terephthalate (PET), a significant polymer found in most consumer packaging, including cookie containers, soda bottles, fruit and salad packaging, and certain fibers and textiles. It makes up 12% of all global waste.

The enzyme was able to complete a “circular process” of breaking down the plastic into smaller parts (depolymerization) and then chemically putting it back together (repolymerization). In some cases, these plastics can be fully broken down to monomers in as little as 24 hours.

Researchers at the Cockrell School of Engineering and College of Natural Sciences used a machine learning model to generate novel mutations to a natural enzyme called PETase that allows bacteria to degrade PET plastics. The model predicts which mutations in these enzymes would accomplish the goal of quickly depolymerizing post-consumer waste plastic at low temperatures.

Through this process, which included studying 51 different post-consumer plastic containers, five different polyester fibers and fabrics and water bottles all made from PET, the researchers proved the effectiveness of the enzyme, which they are calling FAST-PETase (functional, active, stable and tolerant PETase).

“This work really demonstrates the power of bringing together different disciplines, from synthetic biology to chemical engineering to artificial intelligence,” said Andrew Ellington, professor in the Center for Systems and Synthetic Biology whose team led the development of the machine learning model.

Recycling is the most obvious way to cut down on plastic waste. But globally, less than 10% of all plastic has been recycled. The most common method for disposing of plastic, besides throwing it in a landfill, is to burn it, which is costly, energy intensive and spews noxious gas into the air. Other alternative industrial processes include very energy-intensive processes of glycolysis, pyrolysis, and/or methanolysis.

Biological solutions take much less energy. Research on enzymes for plastic recycling has advanced during the past 15 years. However, until now, no one had been able to figure out how to make enzymes that could operate efficiently at low temperatures to make them both portable and affordable at large industrial scale. FAST-PETase can perform the process at less than 50 degrees Celsius.

Up next, the team plans to work on scaling up enzyme production to prepare for industrial and environmental application. The researchers have filed a patent application for the technology and are eying several different uses. Cleaning up landfills and greening high waste-producing industries are the most obvious. But another key potential use is environmental remediation. The team is looking at a number of ways to get the enzymes out into the field to clean up polluted sites.

“When considering environmental cleanup applications, you need an enzyme that can work in the environment at ambient temperature. This requirement is where our tech has a huge advantage in the future,” Alper said.

https://www.utexas.edu/

Digitalisation plays a major role on the path to additional growth

Interview with Tim Rudersdorf, Managing Director of ProTec Polymer Processing GmbH

Mr. Rudersdorf, what is the greatest benefit of digital transformation?
I think the greatest benefit of digital transformation is in interpersonal communication, because it enables a significant increase in employee efficiency. We have a very high wage level in Europe but are facing international competition. We cannot afford to operate with the same manpower as companies in countries where wage levels are lower. Conversely, this means that our employees must achieve higher productivity, which can be achieved through digitalisation.

What does that mean in concrete terms?
I would like to focus on sales. I have been working in B2B business in the plastics industry for many years. We know from studies that buyers in the manufacturing industry today use other channels for sourcing than visits from sales reps. When seeking equipment for a project, they first conduct research on the internet first, so their method is digital. They obtain a lot of information about products, possible suppliers, and even about the contact persons listed on the website. It’s only further down the line in the decision-making process, when the sourcing is already very far advanced, that a personal meeting will take place, which can now also take place virtually. As a supplier, we are therefore close to the customer despite the physical distance, enabling us to deploy our sales staff much more efficiently. Of course, personal visits will still take place. In the future, it will be important to find a good balance.

Has the pandemic accelerated this process?
Absolutely. We were able to significantly increase our order intake last year, even though trade fairs were almost non-existent. We have therefore rebuilt our online presence with a new website, our own social media channels, and a considerable amount of new content. Customer enquiries and ultimately orders are generated through this online presence. The pandemic has shown us that digitalisation plays a key role for us on the way to additional growth.

What role does digitalisation play at a later stage in terms of the cooperation with customers? Are they ready to exchange data yet?
There are still some hurdles to overcome for customers to rely on data exchange in the digital transformation. For example, if we received production data from a customer’s plant, we could tell them how to operate the machine more efficiently in the process. It is still comparatively easy to convince small and medium-sized companies of these advantages, where we are often in close contact with the managing directors. With large international corporations, it’s so much more difficult, as they usually have IT guidelines that make the digital transformation more difficult due to security reasons.

Is it necessary then for you to improve security?
On the one hand, as suppliers, as machine builders, we must be able to offer solutions of that nature for secure data exchange in the first place. But we only do that when there is a need. People have been talking about Industry 4.0 for years, but in my experience, many companies have been reluctant to use it for fear of losing know-how.

Could the experience of the Corona pandemic help to initiate a rethink in this field?
For sure. When customers’ machines failed unexpectedly in 2020 and 2021 because service technicians were no longer allowed to enter plants, we tried to solve the problems via data glasses or mobile phones with cameras. If those customers had opened up to us a little beforehand, allowing us, as their supplier, access to productivity levels, times, processed quantities and other framework parameters of their plants, it would probably have been possible to notice that something was not going right before the breakdown. I feel that the experience of the last two years has increased the pressure on customers. They know they have to do something. We are seeing a surge in maintenance contracts. That is a first step. Preventive maintenance, for which data exchange is essential, will hopefully follow.

The government is relying heavily on digitalisation. Is it doing enough in this respect?
Politicians are already quite supportive. There are many opportunities for companies to apply for funding. We have also done that, and the funds from theFederal Ministry of Research help us a lot in financing our digitalisation projects. For example, if we want to offer our customers secure data exchange in the future, we will need a qualification process for our employees. This is exactly what the ministry supports in our case. We can therefore not only offer customers secure predictive maintenance, but also make it easier for employees to operate the machines. This represents great added value, especially in times of skilled worker shortages.

AVERY DENNISON TO INVEST OVER €60 MILLION IN CAPACITY EXPANSION AND MANUFACTURING EFFICIENCY IN EUROPE

Avery Dennison Corporation
(NYSE: AVY) today shared details of two major investments aimed at expanding its manufacturing capacity and improving factory efficiency in Europe to meet growing demand for its label and packaging materials.

The company said it is one year into a three-year, €45 million expansion of its facilities at Champ-sur-Drac, France. Enhancements include five new logistical buildings covering more than 8,700 square meters, a new automated warehouse, and an additional high-speed, state-of-the art hotmelt adhesive coater, scheduled to come online during 2024.

At its Luxembourg facility specializing in labels made with acrylic emulsion adhesives, the company has undertaken a €15 million project to redesign operational flow and add a new emulsion speciality coater. The coater is expected to come online during the first quarter of 2023.

“Our investments at Champs-sur-Drac and Luxembourg will allow us to meet customer demand now and into the future by freeing capacity throughout our European manufacturing network”, said Tim Presto, vice president of supply chain & operations, EMENA.

The expansions at both Luxembourg and Champs-sur-Drac will enhance the reliability of service for customers by strengthening the company’s already robust network of manufacturing plants and distribution centers across Europe. Finally, these expansions will take us a step closer to fully embracing Industry 4.0 practices that increase efficiency, reduce operating costs, and free our employees to perform safer, higher-value tasks.

TACTOTEK LICENSEE NANOGATE IS READY FOR IMSE MANUFACTURING

TactoTek, the global leader in developing and industrializing in-mold structural electronics (IMSE) technology, announces that its licensee, Nanogate, a leading global specialist for design-oriented high-tech surfaces and components, is ready to mass produce IMSE parts. Nanogate recently completed the IMSE Builder® technology transfer and has verified IMSE manufacturing capabilities.

TactoTek’s IMSE Builder includes intellectual property rights, know-how, and instruction for IMSE manufacturing, testing, and quality assurance, as well as access to the database of TactoTek-verified materials and components. TactoTek has a hands-on technology transfer process to ensure that licensees master IMSE manufacturing before undertaking production projects.

“The transfer of IMSE manufacturing technology begins with in-person training using IMSE Builder documentation to increase general technology understanding, help adaptation to IMSE processes, materials, and testing, and prepares our licensees for manufacturing. Nanogate specialists worked alongside TactoTek employees on our IMSE production floor to provide real hands-on experience with IMSE manufacturing, testing, and QA,” says Marko Suo-Anttila, SVP Professional Services TactoTek. “The last technology transfer step was producing parts under serial conditions at Nanogate’s own facility at Fohnsdorf, the ‘SKINLINE’, to verify that their team had the skills and capabilities to succeed.”

Nanogate is part of the Techniplas Group and is globally known for producing high-quality, high-tech surfaces for home appliances, consumer electronics, medical, aviation, and automotive markets.

The Techniplas Group runs 28 sites worldwide with production, sales, and/or technology hubs and employs just under 4,000 staff members. The Austrian facility is the first factory ready for IMSE manufacturing.

According to Stefan Moitzi, General Manager of the Nanogate ‘SKINLINE’ facility at Fohnsdorf, “TactoTek’s technology transfer process is very thorough and leaves nothing to chance—our team is confident in their ability to produce high-quality IMSE parts, having done so in both TactoTek’s factory and our own. We have strong demand across the markets that we serve to integrate electronic functions in a wide variety of high-quality cosmetic surfaces, and that’s a perfect fit with IMSE technology; moreover, today’s increased emphasis on ease of sterilizing surfaces makes the seamless construction even more appealing.”

https://www.tactotek.com/

Sneak Peek at our new`J` line brochure

Sneak Peek at our new`J` line brochure

We are proud and happy to present to you our brand-new brochure for the IMPRIMA `J` line at Labelexpo. We want our valued partners to have some background in advance of the show.

To reinforce the fact that Waterless offset printing is a green alternative printing system that runs on standard offset presses, we are using the tagline – WHAT’S IN YOUR FOOTPRINT? Its goal is to show you and your customers the benefits of reducing environmental impact with TORAY IMPRIMA waterless offset plates. This concept is also represented by including green visuals to underscore our commitment to the environment. These plates are not only more sustainable, but they also incur significant savings of time, resources, and money.

This outstanding brochure was produced with waterless offset printing by Seacourt using its LightTouch production process which provides the highest quality ad most exacting environmental standards with ZERO waste to landfill produced during the production process. This approach is completely in line with our GREEN environmental approach, and we thank Seacourt for partnering with us on this project.

www.toraywaterless.com.

#sneakpeek #toraywaterless #light touch production #zerowaste

 

 

WISeKey Strengthens it Semiconductors NFC Brand Protection Related Patent Portfolio in China

WISeKey Strengthens its Semiconductors NFC Brand Protection Related Patent Portfolio in China

WISeKey International Holding Ltd. (“WISeKey”) (SIX: WIHN, NASDAQ: WKEY), a leading global cybersecurity and IoT company today announced it has been granted two new patents by the China National Intellectual Property Administration (CNIPA) that protect inventions in the domain of NFC tags for smart packaging, brand protection, and customer engagement applications.

WISeKey has designed its NanoSeal and VaultIC lines of secure NFC chips that can be attached to any brand product for unmatched security, cloud-based authentication, traceability, and consumer engagement. The cryptographic functions of these WISeKey’s NFC chips, integrated with the complete WISeAuthentic ecosystem, offer an efficient way for brands to replace traditional non-secure QR code scanning or basic NFC tags. Moreover, the featured tamper detection sensors combined with single-tap Android and iOS compatibility extend the possibilities and disrupt direct-to-consumer digital strategies.

Various industries already benefit from this ecosystem including fashion & sports apparel, cosmetics, wines & spirits, consumer products, medicines, and luxury goods.

The original tamper detection sensors play a pivotal role in WISeKey’s proposed enriched customer experience: upon the status of these sensors, the brand’s message to the consumer can be adapted, giving packaging some intelligence.

Both new WISeKey’s Chinese patents cover this feature. To summarize:

  • Patent referenced CN106797235B describes a method to keep the NFC tag alive when the package has been opened, making it able to detect the opening and adapt its behavior accordingly;
  • Patent referenced CN108713292B describes a method to reliably place such NFC tags with open detection on any packaging, including on bottles. WISeKey’s CapSeal Top tags are direct applications of this patent.

Innovation meets technology at the 12th edition of Die & Mould India

The 12th Biennial Die & Mould India International Exhibition organized by TAGMA India, kick-started with an aim to provide an ideal opportunity to bring the latest technologies and products for the fast-evolving die & mould industry under one roof.

The much-awaited Die & Mould India exhibition was inaugurated on April 27, 2022, at the Bombay Exhibition Centre, Goregaon, Mumbai. Organized by the Tool & Gauge Manufacturers Association of India (TAGMA), India’s most sought after platform for the die and mould industry, Die & Mould India was inaugurated by Chief Guest Mr. Prabhakar Kadapa, Partner & Director at Mudita Strat-Aegis Consultants Pvt. Ltd., and Guests of Honour Mr. Vidyadhar Limaye, Senior Director at IAC Group; Mr. Raghava Badhya T. V., President & Director, Makino India Pvt. Ltd.; Mr. D. M. Sheregar, President, TAGMA India; and Mr. D. Shanmugasundaram, Vice President, TAGMA India, in the presence of other dignitaries. The traditional inaugural lamp lighting by the dignitaries marked the beginning of the exhibition. This was followed by the welcome speech by Mr. Sheregar.

Addressing the audience, Mr. Sheregar said, “The last two years have been challenging for all of us personally as well as professionally. However, the industry has emerged stronger and is ready to tap the growing demand for tools in the country. As COVID-19-related challenges fade away and the Indian manufacturing industry is witnessing growth opportunities, the 12th Die & Mould India exhibition aspires to play the role of a facilitator. I would like to take this opportunity to extend my good wishes to all the exhibitors present here. I’m optimistic that you will achieve great success.”

The four-day event promises not only to showcase various technological developments for the booming die and mould industry, but also highlight opportunities and challenges as well as provide a platform for toolmakers to learn from the user industry.

Highlighting the opportunities and challenges in the industry, Mr. Limaye said, “I am familiar with the tooling industry and have witnessed its growth journey. India’s toolmakers have made significant contributions to the global manufacturing sector. However, our automobile industry is still heavily reliant on foreign toolmakers because of our toolmakers’ limited capacity. If we find a way to bring toolmakers together to maximise capacity utilization, the Indian tooling industry will be able to meet the fast-paced demands of various sectors and will be able to tap the growing opportunities.”

Mr. Badhya then went on to highlight the potential of the tooling industry and share future insights. “Coming together is the beginning. TAGMA deserves appreciation for taking initiatives to help the Indian tooling industry. I believe the next five years will be ripe with possibilities. Indian toolmakers will find lots of opportunities in electronics, medical equipment, aerospace and defence, among others industries. We need to make India known for its quality. But for this, we need to focus on the global market, building strategic partnerships, and manpower development. No other country has a more educated population, a larger geographical area, and smart minds with talented hands than India. I am confident that this decade will be the most rewarding for India’s manufacturing sector, which will positively reflect on the tooling industry,” said Mr. Badhya.

At the inauguration ceremony, Mr. Kadapa then presented his keynote address. “The tooling industry has come a long way in the last 40 years. The sector has seen a lot of advancements and is now catering to demands from some global customers. The tooling industry’s evolution over the next 5 to 10 years will be mindboggling. While Indian tooling companies lack the specialization that the global market demands, the scenario is slowly changing. Indian toolmakers are adopting the latest technologies, like their global counterparts,” said Mr. Kadapa, adding, “I feel that the Indian tooling industry has major export potential.”

Mr. Sheregar and Mr. Shanmugasundaram then presented the Chief Guest and the Guests of Honour with a shawl and memento as a token of appreciation. Mr. Shanmugasundaram thanked the dignitaries, exhibitors, and other professionals, who attended the event.

Mr. Shanmugasundaram said, “We are all aware that we come from the industry that forms the backbone of the manufacturing sector. The tooling industry is often referred to as the mother industry because without toolmakers no product development can take place in any industry be it automotive, aerospace & defence, packaging, electronics, toy making, or railways, among others.”

“Toolmakers, if you carefully observe, every industry is brimming with a plethora of opportunities. Undoubtedly, the pandemic is still posing challenges. But the overall future looks promising. After the success of ‘Make in India’, we are optimistic that the ‘Aatmanirbhar Bharat’ campaign will help us grow further. Like I have already said, we have a lot of opportunities in front of us. All we need to do is introspect on our drawbacks and work on our areas for improvement,” advised Mr. Shanmugasundram.

The guests then proceeded to the exhibition ground for the ribbon-cutting ceremony. More than 300 exhibitors covering an area of 19200 sq m and 10+ countries are participating in the 2022 edition of the Die & Mould India exhibition with each presenting the latest developments in the tooling industry. With a significant growth forecasted and the emergence of many sectors in India, the Indian tooling industry is expected to see double-digit growth in the coming years. Overall, 40000-50000 visitors are expected at the 12th edition of Die & Mould India from over 10 different sectors. With a grand beginning of Die & Mould India 2022, the forthcoming days are sure to attract some major alliances creating more opportunities.

ALPLA and Vöslauer reduce carbon footprint with returnable PET

Reintroduction of the returnable PET bottle to the Austrian market

The ALPLA Group, the global packaging solutions and recycling specialist, has developed a new returnable PET bottle together with Vöslauer, Austria’s leading company in the mineral water market. The sustainable bottle reduces carbon emissions by around 30 per cent and bottle weight by almost 90 per cent in comparison to the reusable alternative made of glass. The one-litre bottles are now available in stores.

Resource-conserving, light, stable and visually appealing – ALPLA has realised the first modern returnable PET bottle for the Austrian market together with Vöslauer. Following the 2018 introduction of a climate-friendly bottle made entirely of recycled PET, the two family-owned enterprises are now rolling out their next innovative solution – a one-litre returnable PET bottle. The bottle, which bears the Austrian Ecolabel, is made of fully recyclable PET monomaterial with a recyclate proportion of around 30 per cent. Going through at least twelve usage cycles, the bottles are estimated to remain in use for three to four years.

The bottle was unveiled on 20 April 2022 in the presence of Austria’s Environment Minister Leonore Gewessler and Alexander Egit, Managing Director of Greenpeace in Central and Eastern Europe. ‘The majority of Austrians want to see returnable containers on the supermarket shelves. PET is the environmentally sensible addition to our product range. As the market leader in the deposit segment, we are the first company in Austria to create a light and practical alternative,’ explain the two Vöslauer Managing Directors Birgit Aichinger and Herbert Schlossnikl. The new product replaces the previous one-litre two-way PET bottle with a deposit.

Light, stable, climate-friendly
‘People want to consume sustainably. Although returnable PET is the optimum packaging solution, there wasn’t a single product of this kind in the Austrian market until now. The returnable PET bottle developed together with Vöslauer illustrates how demand, a sense of responsibility, a hunger for innovation and technological expertise can reduce the carbon footprint,’ emphasises Rainer Widmar, Managing Director, Central and Eastern Europe, at ALPLA.

Weighing just 55 grams, the bottle developed by ALPLA is around 90 per cent lighter than the returnable glass alternative, reducing the carbon footprint by approximately 30 per cent. The low weight has a positive influence on production, shipment and storage of the containers. With the introduction of the returnable PET bottle, Vöslauer will make an annual saving of approximately 400 tonnes of material and 420 tonnes of CO2.

Equipolymers und RITTEC announce cooperation

PET manufacturer Equipolymers and technology Start-up Rittec Umwelttechnik announced their cooperation in Schkopau. By the development and implementation of Rittec’s revolPET process into Equipolymers’ PET manufacturing plant the recycling content of food contact PET is targeted to be increased significantly.

Mechanical PET recycling has been established in the European market for many years. But possible input materials for mechanical recycling processes are limited. For example, multilayer materials, widely used in the packaging sector or heavily colored PET containers are very difficult to recycle. In addition, while PET practically is unlimitedly and 100% recyclable, multiple mechanical recycling loops can reduce the optical properties of the recycled PET.

Due to the insufficient availability of high quality post-consumer PET, increased recycling volumes are difficult to achieve with existing technologies. The proportion of recycled PET, for example in Germany, is currently only around 26 percent on average.

With revolPET, Rittec provides a technology solution to overcome these boundaries. The use of this new chemical recycling solution, commonly defined as a back-to-monomer process, makes it possible to reprocess PET plastics into virgin grade quality. The continuous recycling process can be operated with high throughput rates.

Substitution of virgin monomers within feasible reach

Lab-scale polymerization tests have shown promising results. “Verified by the laboratory results the replacement of virgin monomers is within feasible reach for us”, says development manager Olaf Hempel from Equipolymers. That is why the partners are aiming for further cooperation to achieve their goals.

“Our revolPET technology can make an enormous contribution to the circular plastics economy”, comments Carsten Eichert, Rittec founder and managing director. “We want to prove that our basic PET components produced from post-consumer waste meet food contact standards.” And he adds, ” We are excited about the partnership with Equipolymers. It allows us to demonstrate the marketability of monomers from our process.”

https://www.rittec.eu/