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Global Collaboration with Avient

Global Collaboration with Avient

Shark Solutions Group is proud to announce a global collaboration with Avient Corporation, a global leader in specialty TPE (thermoplastic elastomer) formulations. The collaboration has enabled the creation of new, ready-to-use Avient TPE materials for consumer and industrial applications called reSound™ R, a material that can support the sustainability goals of manufacturers worldwide.

 

Avient’s growing reSound™ R recycled-content thermoplastic elastomers (TPE) portfolio is formulated with rPVB (recycled polyvinyl butyral). The rPVB, recycled from broken automotive windshields and architectural glass by Shark Solutions, enables Avient TPEs to contain 25 percent post-consumer recycled (PCR) content.

 

With approximately 75 million broken windshields needing replacement annually, thousands of tons of PVB – found in the inner layer of the glass – can be reclaimed rather than landfilled. Shark Solutions recycles the outer glass layers for use in the construction market while the PVB layer is reclaimed and reprocessed for various uses, including as an alternative raw material source for polymers.

 

Avient’s leading formulation expertise enables reprocessed, high-quality, non-toxic PVB to be upcycled into more sustainable, high-performance TPEs. Developed in 45 to 55 Shore A durometers, the new reSound R grades are supplied in a natural color and are ideal for general purpose applications in the consumer and automotive industries. They are easily colored, and can be overmolded to polypropylene (PP) in a number of applications, including personal care items, lawn and garden tools, golf clubs, and footwear. Automotive end uses include those that could benefit from vibration damping, such as door mats, door damping and glove boxes.

 

Together with Shark Solutions, we are helping support customers’ sustainability goals and the circular economy,” said Matt Mitchell, director, global marketing of Specialty Engineered Materials at Avient.

 

We are committed to creating high-performance raw materials from what was once a waste stream of laminated glass,” said Jens Holmegaard, CEO and Founder of Shark Solutions. “Avient shares our vision of a world where limited natural resources are preserved for future generations through these types of products.

https://shark-solutions.com/

Way2K: Industry interviews in the lead-up to the K 2022 fair “Technology is key for the circular economy”

Way2K: Industry interviews in the lead-up to the K 2022 fair “Technology is key for the circular economy

Interview with Prof. Dr. Martin Bastian, Head of SKZ – Kunststoff-Zentrum

Prof. Dr Bastian, in what way does the SKZ support companies in the plastics industry regarding circular economy questions?

Our SKZ research and development for example, is focused on trying to develop better Design for Recycling solutions. It’s about designing products for easier reuse. Today, there are still many products that are very difficult to recycle. In addition, we support companies in improving their processing technology, for example when it comes to processing production waste. Additionally, we also constantly conduct research in the field of material and product development, based on the secondary plastics available at the time.

Do you also develop cross-company solutions?

Yes, that’s something we do as well. For some years now, we have been working extensively on the question of how to use digital technologies, for example artificial intelligence, to better match the demand and availability of
secondary plastics.

Up until now, it’s often the case that plastic waste, which is secondary raw material, accumulates somewhere, but no one knows the locations or the quantities. On the other hand, there is no knowledge of where a certain quantity is needed. We are working on creating digital platforms that can connect suppliers with consumers.

So it’s about sharing knowledge?

It is very important to convey any existing knowledge about the circular economy in the world to companies. Where do you source the secondary goods? How do you get the product certified? How can you get important
customer sectors, such as the automotive industry, to buy products even though they contain a – sometimes significant – percentage of recycled material? It is very important for us to get this knowledge across to people.

Design for Recycling is currently about how to turn recycled material back into high-quality products: from a film back into a film. How far are you in that regard?

The example of film is often cited, but film accounts for only a fraction of the plastics consumed in the world. By far the most plastic is used for other products. For this reason, it is all the more important to ask how materials that have already been used can be processed in such a way that they can be used again to make sophisticated products.

Another question however is where to apply materials that are perhaps not entirely like a new product. In the building sector for example, there are many thick-walled products. It is possible to use materials that are not one hundred percent like new materials as multi-layer composite systems on the inside of many of these products.

What is the role of technology in establishing the circular economy?

Without further technological developments, we will not succeed in transforming the linear economy into a circular one. For example, we need better technologies to process materials and refine sorting techniques. The use of digital technologies must also increase.

I have already mentioned the example of the platform for supply and demand of secondary materials. But all this must then also be implemented in the companies. For me, technology is of central importance. We have already made very good progress in this area in recent years, but are still a long way from where we want and need to be.

Could we do without oil as a raw material in a completely closed cycle?

I am convinced that we can achieve this, but it can only be realized through technology. For years, global plastic consumption has been increasing by about 4 percent per year. Even in a closed cycle, plastics have to come from
somewhere, and consumption will continue to rise because more and more people are living in affluence.

For this 4 percent, you can use crude oil, but also renewable raw materials. We can however also aim for simply using less material by applying new technologies, and the little left that is still required can be provided by renewable raw materials.


If you closed the loop and could manage without oil, would that improve the image of plastic in the industrialized world?

In that event, plastic would be even more the material of the future. But the image will only improve if we verifiably conserve resources; we verifiably have to reduce emissions, especially greenhouse gases. We must also verifiably lower plastic emissions that are harmful to the environment, and we must do so very significantly. Our task as the plastics industry is to create solutions that enable everyone to understand plastic as a valuable material, and to use it accordingly.

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c-Ganga, IIT Kanpur and NMCG organized the 6 th India Water Impact Summit in hybrid mode

c-Ganga, IIT Kanpur and NMCG organized the 6 th India Water Impact Summit in hybrid mode

This year’s theme was “River Resources Allocation – Planning and Management at the Regional Level”

Jal Shakti Minister Gajendra Singh Shekhawat and MoS in the Ministry of Jal Shakti Prahlad Singh Patel joined the inaugural session, while Sri Bishweswar Tudu, Minister of State for Jal Shakti graced the valedictory session. The summit ended with the resolve to make today’s Ganga into Samarth Ganga. (Able Ganga)

The landmark 6th India Water Impact Summit (IWIS), organized jointly by the National Mission for Clean Ganga (NMCG), and the Centre for Ganga River Basin Management and Studies (cGanga), IIT Kanpur, was held from December 9th to 14th, 2021. The five-day-long summit was organized in a hybrid mode – online and physically at the NMCG office, New Delhi and IIT Kanpur.

The inaugural session in New Delhi on Thursday, 9th December, was attended by Jal Shakti Minister, Hon’ble Shri Gajendra Singh Shekhawat, Minister of State, Hon’ble Shri Prahlad Singh Patel and other dignitaries. Woven around the theme “Allocation of River Resources – Planning and Management at the Regional Level”, the summit hosted a number of experts, stakeholders and dignitaries from across the globe.

Addressing the inaugural session, Jal Shakti Minister, Hon’ble Shri Gajendra Singh Shekhawat said, “At this point of time, water supply, conservation of water resources, and curbing water pollution are outstanding challenges for the whole world, and global experiences must unify to solve these problems. Global conferences like IWIS are, therefore, very important.”

Minister of State, Hon’ble Shri Prahlad Singh Patel said during the inaugural session, “The challenge before us is not only to conserve water but also water quality.” He added that Arth Ganga is an example of an inclusive and balanced approach to benefit all from this process, and stressed on coordination in the implementation of various projects.

Prof. Abhay Karandikar, Director, IIT Kanpur said, “The River Ganga holds major cultural as well as ecological significance to us. The onus is on every stakeholder to safeguard and conserve it for a healthy holistic future. IIT Kanpur has been undertaking rigorous and relentless initiatives to ensure good health of the Ganga. In line with such efforts, I believe this summit would initiate a perpetual discourse in ensuring not only the conservation and preservation of the River Ganga, but also of all the water bodies vital to us.”

The Summit hosted the sessions with integrated as well as individual focus on Science, Technology, Policy, Finance & Economics, Technology  & Innovation, Policy, Law & Governance and International Cooperation, and the discussions were on several key areas such as river resource accounting, sustainable agriculture, water recycling, wastewater management, marine pollution, water economy, to name a few.

The summit saw the participation of distinguished national and international experts from academia, government organizations, think tanks, NGOs, and industry. It also sought the participation of small and large stakeholders from upstream and downstream regions from the Ganga Basin states, namely Delhi, Uttarakhand, Uttar Pradesh, Bihar, and West Bengal, to initiate discussions on systematic assessment, planning, and management of river resources for holistic development.

After rigorous discussions on various themes and issues, some key suggestions that emerged
are as follows:

  • Rivers degrade if their resource exploitation is uncontrolled, hence river conservation must have clear goals.
  • Traditional water conservation techniques, such as those practiced in Rajasthan, should be actively propagated in India.
  • Given the inter-relatedness of rivers, ponds and other waterbodies, the bottom-up approach for river conservation propounded by cGanga is strongly recommended.
  • A green buffer zone and protection of floodplain ecosystems are essential.
  • Israel’s water-saving irrigation methods, re-use techniques and prudent usage of freshwater resources and sea water can be very useful for India.
  • Australia’s successful Water Reforms (Water Law Amendment), River Basin Management, Water Allocation principles, and Private Sector Participation can be emulated in India.
  • Restoration and conservation of the Sundari mangrove forests in the Indian Sunderbans is an urgent necessity to save the Ganga delta and its upstream reaches.
  • With active engagement of local labour and synergistic efforts of district administrators and local bodies, about 25 rivers of 36 districts in U.P. had been restored during the Covid pandemic, including the notable Noon river in Jalaun district, and many other rivers can be restored thus with funding from the government’s MNREGA program.
  • Conservation of river islands and clearing their encroachments need to be prioritized.

In the valedictory session on 14th December, the Chief Guest Hon’ble Sri Bishweswar Tudu, Minister of State for Jal Shakti, appreciated the work of NMCG and cGanga and said that the conservation of River Mahanadi in Odisha had started after the impressive progress on Ganga. He emphasized on the importance of implementing the outcomes of these discussions and focus on more practical approaches.

Dr. Vinod Tare, Founding Head of cGanga, IIT Kanpur said that IWIS is a unique conference for scientific, management and administrative experts for wide-ranging discussions and brainstorming on river conservation, water management and water conservation.

Shri Rajiv Ranjan Mishra, Director General, NMCG, said, “River Ganga is a lifeline, it exists in the thinking of each one of us. In this summit, we have had many international sessions also, as the topic is not only limited to India but also concerns the rivers and regions across the globe.” He added that NMCG is resolved to transform Ganga into Samarth Ganga through Arth Ganga and the other four pillars of Aviral Ganga, Nirmal Ganga, Gyan Ganga and Lok Ganga.

On the concluding day, four important releases namely, ‘Uttarakhand River Atlas’, ‘Alaknanda and Bhagirathi River Basin Atlas’, ‘Yamuna River Basin Atlas’ and the ‘Samarth Ganga Report’, were launched. A documentary film on Sundarbans produced by Green Oscar Award winner Mike Pandey was also screened on the occasion.

The 5-day Summit witnessed the signing of an MoU between cGanga and Norwegian Institute of Bioeconomy Research (NIBIO) for the development of a sludge management framework. Similarly, two MoUs have also been signed with Innovation Centre Denmark and UPS Hungary to encourage the sharing of knowledge and increase participation of Hungarian industry in the Ganga River Basin Restoration and Conservation Program.

An MoU between cGanga and British Water was also signed to promote the development of 21 st century infrastructure in water and the environment sector. The summit ended with the resolve to make today’s Ganga into Samarth Ganga (Able Ganga) – fully capable of carrying out her multifarious natural functions to
benefit the whole river basin and the nation.

 

BritAS piston screen changer presentation at Fakuma 2021

BritAS piston screen changer presentation at Fakuma 2021 

Ideal for slightly contaminated industrial & production waste
The CMF series includes four lines – discontinuous and continuous versions, which meet all customer requirements. The BritAS piston screen changers are designed for the recycling of plastic waste, which is less contaminated.

„We are very happy to present our innovative piston screen changer during the Fakuma. The series includes a continuous version CMF and a discontinuous version DMF – the BritAS piston screen changers are ideal for the recycling of plastic waste with less contamination “, explain Thomas Lehner CSO BritAS Recycling-Anlagen and Heiko Henss, COO BritAS Recycling-Anlagen.

Series with 4 filter types for all requirements
„Mainly, piston screen changers are used in the field of post-industrial, post-production as well as for virgin material. Depending on the required throughputs and different operating modes, customers choose between the discontinuous – mainly with one piston – resp. the continuous – with two pistons – version “, says Lehner.

Basic versions are the CMF as automatic, continuous piston screen changer as well as the DMF as discontinuous piston screen changer in angular and round design. „The DMF-rd has a round housing, which is heated with ceramic heating bands. This more cost-effective filter version is mainly used as pre-filter for coarse contaminations, as pump protection or in case of reduced space (co-extrusion) “, explains Henss.

Due to its angular housing, the DMF-sq is suitable for higher temperatures up to 350° C and higher pressures up to 500 bar and is heated with heating cartridges. Both types can be used for polyolefins, hotmelt adhesives and many technical plastics.

Highlight piston screen changer with backflush function
The CMF-BF, the piston screen changer with backflush function is in a position to clean the filters automatically.

In a front-end module, there are two backflush pistons, which allow an automatic backflush procedure. In case of a necessary filter change, first, one of the two backflush pistons is moved into the backflush position. This will interrupt the melt flow of the corresponding filter. A small melt flow of the material, which has already been cleaned will be separated and guided backwards through the filter to be cleaned and guided outwards. Then, this procedure is automatically repeated for the second filter.

THE melt filter in double-cavity technology for contaminated PET material
High PET re-granulate quality at low operating costs and that fully automatic – this characterizes the BritAS ABMF product series – automatic belt melt filters of the German BritAS GmbH. Now, this series has been expanded by the ABMF PET-C, which will officially be introduced at the Fakuma.

„We are very happy that we are able to officially introduce our latest innovation on the market – the continuous melt filter for PET waste. The ABMF PET-C relies on the established BritAS basic technology, is equipped with special features and technically optimized. The filter is especially suitable for underwater as well as strand pelletizing “, explain Thomas Lehner CSO BritAS Recycling-Anlagen and Heiko Henss, COO BritAS Recycling-Anlagen.

Fully convincing – lowest melt loss & filter fineness up to 20 µm
In order to filter contaminations out of plastic waste effectively and efficiently, in case of BritAS filters, during each filter change, a clean screen mesh is inserted automatically and without production stop. Up to three screen belts can simultaneously be inserted, which allows an exact adjustment of different filter fineness. „This keeps the quality of the re-granulate constantly high and the contamination is removed out of the machine with a very low melt loss. “

With a filter fineness of up to 20 µm and lowest melt loss of <1,0 %, the BritAS ABMF PET-C fully convinces.

Perfect solution – for heavily contaminated post-consumer PET plastic waste & double-cavity mode
The BritAS innovation convinces since it is suitable for post-consumer plastic waste, focused on PET as well as PET-similar materials, low-viscous plastic as for example PA, but also the practical operation is an advantage. „Especially for heavy contaminations, the ABMF PET-C is the perfect solution “, say Lehner and Henss.

In combination, the filter mechanics and control offer a fully-automatic, practical operation in double-cavity mode, which does not require any temporary storage of the melt. During the screen movement, the extruder has not be stopped and ensures process safety.

Powerful machine in every respect – high throughput rates, high output, low operating costs
Besides the automatic operation of the double-cavity filter with high plastic throughput, the output is ensured by the use of screen belts with dutch weave mesh. Moreover, the operating costs of the melt filter are reduced due to the optimized interior of the ABMF PET-C as well as the re-designed heating. For our customers, the ABMF PET-C is available with a filter surface of 1.140 cm2 up to 3.200 m2 and a maximum output of 1.030 kg/h up to 4.800 kg/h.

The new filter perfectly complements the existing BritAS ABMF and BritAS CMF bolt screen changers.

https://www.britas.de/

A Transatlantic Conversation: Economists Discuss Post-Pandemic Global Trade

A Transatlantic Conversation: Economists Discuss Post-Pandemic Global Trade

Featuring Perc Pineda, Ph.D. Chief Economist, PLASTICS and Ingo Borchert, Ph.D., Senior Lecturer in Economics, University of Sussex Business School and Deputy Director, UK Trade Policy.

Introduction

By Perc Pineda, Ph.D.

As global trade slowed in 2020, the US plastics industry experienced its first trade deficit after many years of a trade surplus. Year-to-date data ending in September shows a $1.4 billion US plastics industry trade deficit. It is likely that the US will have another year of a trade deficit in plastics, albeit less than last year.

Now that 2021 is ending, what’s the trade outlook for 2022?

I reached out to a trade expert I met during my days at the International Monetary Fund (IMF). Ingo Borchert, Ph.D. was an Economist at the World Bank in 2008-2011. He co-created the global “Services Trade Policy Database,” which is jointly published by the World Bank and the World Trade Organization (WTO), as well as the “International Trade and Production Database.” Given his role as Deputy Director of the UK Trade Policy Observatory at the University of Sussex, I was keen on getting Ingo’s insights on UK trade considering their position as a major plastics trade partner of the US. However, our interesting conversation took us beyond US-UK trade, covering the many facets of global trade.

A Transatlantic Conversation on Post-Pandemic Global Trade

Pineda: For the plastics industry, the world is our market. What’s your post-pandemic trade outlook? What can you suggest to policymakers to keep trade going, as countries emerge from the pandemic?

Borchert: I would very much hope that we are about to emerge at the other end of the tunnel. Yet currently, the UK looks set to be heading straight into the fourth wave, much like many other European economies. Thus, it could be a little longer until we see a broad-based recovery taking hold. But policymakers can make a difference. The protectionist bickering in the past certainly wasn’t helpful, neither the trade war with China nor the controversy over the distribution of vaccines and exports of PPE equipment.

But I see signs of the dialogue coming back on track; for instance, the Trade and Technology Council (TTC), as a transatlantic forum to coordinate trade policy between the US and the EU, is an encouraging step. In the longer term, I would hope that policymakers see—indeed, rediscover—the benefits of international integration. That is a message that needs to be heard in the UK more right now than anywhere else.

Pineda: There is a consensus that trade volume will increase this year. The IMF now expects trade in goods and services to increase 9.7% this year and 6.7% next year. The latest forecast by the WTO calls for a 10.8% increase in merchandise trade from 2020, followed by a 4.7% increase in 2022. Is it possible that trade next year could grow above forecast—considering the uneven reopening of economies and that other countries are yet to re-engage in trade at pre-pandemic levels? What could cause trade to grow faster next year?

Borchert: I suspect that some of these seemingly high-growth forecasts next year are base effects, meaning that they reflect the statistical phenomenon that any quantity that has taken a big hit will exhibit high growth rates when it rebounds, simply because the base has shrunk so much in the reference period. But of course, I would also hope for some genuine growth.

The pandemic will probably lead to a long-lasting change in the composition of trade; for instance, more towards services trade, at least relatively speaking. Digital trade and merchandise goods that are amenable to e-commerce will certainly grow, and grow faster, than other categories such as Travel or Transport, which are going to reel from the pandemic shock for some more time. Business travel may perhaps never go back to pre-COVID levels. But the recovery of value chains and stronger consumer demand once the pandemic is overcome should generally contribute to trade growth.

What worries me a little bit is that inflation expectations are significantly up (5% in the US and 3% in the UK over one year). Higher prices are good for some businesses but if that trend continued it could curtail demand, especially since employment levels in many economies are still substantially below pre-pandemic projections, and it could spell an end to the very accommodating monetary policy that has almost become the new normal.

Pineda: I do share your concerns. It was not expected that inflation would increase to these levels in a short amount of time. The demand and supply adjustments of economies coming out of the pandemic were not expected to be as uneven as what we’ve been experiencing. It appears that UK inflation has been running less than the US. This brings me to my next question. The UK is a major trade partner of the US in plastics and plastics products. It was expected that Brexit would result in trade diversion. Is it too early to assess the impact of Brexit on the UK’s trade with the EU and the US?

Borchert: No, it is not too early to look at some figures if we are prepared to take the latest monthly trade figures with a grain of salt; moreover, mind that it is very hard to disentangle Brexit trade effects from the pandemic shock. Having said that, the numbers suggest that UK trade took a substantial hit after the Brexit transition period, which had ended on 31 Dec 2020.

In one of the first studies on 2021 Brexit effects, which we published a few days ago, we find that over the period January-July 2021, UK exports to the EU fell by 14% and UK imports fell by a whopping 24% (or £32.5 billion), relative to non-EU partners.  In January 2021, UK exports of plastics and rubber products to the EU tanked by 44.3%, although these exports have since recovered somewhat and appear to be back to average 2017-20 levels. At the same time, UK imports of plastics and rubber from the EU show a persistent negative impact of about -25% across all months. It is not implausible to think, as you suggested, that some of these imports may now be sourced from the US instead.

Pineda: Any thoughts on how the UK’s trade relations with the EU and the US will change?

Borchert: UK-EU trade relations have hit an all-time low and there is currently little political will to normalize trade relations. The UK-EU Trade and Cooperation Agreement is a living document, though, and can be built upon in individual areas as and when parties see the benefit of doing so.

Apart from the EU, the UK is obviously keen on signing trade deals with other countries including the US, even though the UK’s trade is naturally focused much more on the EU as its biggest and geographically closest trading partner. For instance, in the plastics and rubber industry the UK exports about 60% of its value-added to the EU-27 and only about 10% to the US.

A free trade agreement with the US is a long shot and, it seems to me, not currently a priority for the US administration. Yet gains could be had in areas such as services; the UK is currently exporting over £80 billion worth of services to the US and conversely, the UK is an important market for US services and investment. So, there are opportunities, but I wouldn’t hold my breath.

Pineda: Yes, the Biden Administration seemed to have underscored multilateralism as the defining characteristic of its trade policy agenda. But what about services? Plastics are widely used in the services sector such as in the travel and leisure industry. The WTO also expects trade in services to lag merchandise trade. Are there projections out there on what trade services would like in 2022?

Borchert: General statements about services trade are difficult because it is such a mixed bag and the impact of the pandemic has been very uneven, as can be clearly seen in Figure 1. Travel has been hit badly, unsurprisingly, but other services are well up and running again. Apart from Travel and Transport, which for most countries account for some 10-15% of their services trade, all other services (green line) have held up remarkably well.

This reflects a general stylized fact. Compared to goods trade, the value of services trade is often more resilient in times of crisis. Demand for services is less elastic and many high-skilled services are tailored to customers’ needs. Indeed, I would reckon that many firms in the plastics trade are services traders themselves. This resilience, and the derived demand for plastics products, should contribute to a more positive outlook even when a full recovery may be more protracted.

Let’s also not forget that a lot of services are traded indirectly by being embodied as inputs into merchandise goods exports, including plastic products. As of 2018, more than a third of the value of UK exports in the plastics and rubber industry (37%) consisted of services value-added. Isn’t that a surprisingly large number? As the plastics industry evolves and innovates, I would expect the services-content of plastics export to increase further as more and more research spending or financial services are incorporated.

Pineda: That is surprising. And yes, the services-content of plastics would increase. What about post-pandemic, what are your thoughts on trade in services?

Borchert: On a longer-term horizon, I think that the “digitization shock” induced by the pandemic (e.g. working from home via digital technologies) will very likely have a lasting impact on how business is being conducted, including how services might be traded internationally. As such, the pandemic has only reinforced a secular trend that had been underway well before the pandemic.

It is estimated that about 60-70% of UK services exports are “potentially digitally-enabled”, and the lockdowns will have sped up the transition from “potentially” to “actually” digitally delivered services trade. It is probably not a coincidence that 63.5% of overall UK exports to the US were in services in 2020, compared to 36.5% of goods exports. Would you have guessed that services trade was nearly twice as large as goods trade?

Pineda: No, I wouldn’t have guessed that. Plastics and plastic products are ubiquitous in the digital space of electronics and connectivity. Growth in digital-enabled services trade you mentioned would lead to increased usage of plastics. Although, at the height of the pandemic, concerns about globalization were amplified in the media. I don’t believe that COVID-19 is the beginning of the end of globalization.

However, it has elevated the discussion on the importance of resilient supply chains across borders. What are your thoughts on trade agreements? The US, Mexico, and Canada – under the United States Mexico Canada Trade Agreement – is a robust trade bloc. The manufacturing and services supply chains of the three countries are linked. All three countries have substantial plastics trade. Should countries have more regional trade agreements? How about multilateral trade agreements? What about a bilateral trade agreement?

Borchert: For as long as multilateral talks at the WTO are effectively stalled, plurilateral and bilateral trade agreements are a useful strategy to tackle tariff and non-tariff trade barriers, especially so-called “deep” trade agreements that cover a wide array of issues including chapters on trade facilitation, digital trade, investment, and intellectual property rights.

This comprehensive approach supports value chain trade, for which firms need to coordinate flows of goods, services, capital, and knowledge. The World Bank has just concluded a big project on the “Economics of Deep Trade Agreements”—for which I was involved in analyzing Services Trade Agreements—that demonstrates the effectiveness of deep trade agreements.  That said, issues remain with regard to implementation and utilization rates. Trade agreements are only as good as governments choose to implement them since there’s a lot of endeavor language in these agreements.

So, whilst trade agreements can be very useful, I would caution against putting all our hopes in these devices for two reasons. First, the iron forces of gravity continue to shape trade flows as they ever did – that is, firms will trade more with markets that are larger and more proximate. That’s the reason why merely 2% of UK services exports go to Japan. Last year’s UK-Japan Economic Partnership

Agreement, even though hailed as one of the most advanced agreements, is unlikely to change that figure by much. Second, the three big players on the global trade scene—the US, the EU and China—use trade agreements to set a precedent for their approach to a variety of policy issues e.g., personal data governance. The world is currently falling into three “digital realms” underpinned by respective templates for trade agreements. More should be done to work towards a multilateral solution.

On the one hand, multilateral negotiations just scored a small victory a few days ago as the Joint Statement Initiative on services domestic regulation was agreed, and I hope more such steps will follow. On the other hand, “digital economy agreements” are the new kid on the block and these can be formulated as so-called ‘open plurilateral agreements’, which will allow countries to move forward without creating stumbling stones for the WTO.

Pineda: True, but with digital economic agreements (DEAs), do you think it would address intellectual property rights issues? If countries enter a DEA, it seems logical to assume that they would have similar national intellectual property right (IPR) rules. After all, DEAs establish digital rules and digital economic collaborations between countries. Our industry is concerned with IPR. Plastics are the result of innovation. Our industry is concerned with IPR across the value chain – plastics materials and resin, machinery, plastics products, molds for plastics. Outside of the WTO’s Agreement on Trade-Related Aspect of Intellectual Property Rights (TRIPS), how can businesses minimize intellectual property infringement?

Borchert: I share your concern that violations of Intellectual Property Rights (IPR) often exert a chilling effect on trade and, even more so, on foreign direct investment. Different industries or value chains develop their own approaches to deal with this problem. When IPR protection is weak or cannot be enforced, bringing a foreign partner into the fold by acquiring ownership can be a solution.

IPR chapters in trade agreements can also help, but again the devil is in the details as to which of these provisions are binding (as opposed to aspirational) and whether these provisions are then subject to the trade agreement’s dispute settlement mechanism. I may be preaching to the choir but for me, strong IPR protection is a win-win situation, not only for the foreign firm but also for the trade/investment partner, as there is a large literature that has documented the benefits to the host economy of inward investment. Yet this will only happen if firms can be assured that their IPR assets are safe.

Pineda: That was indeed insightful, thank you. It was good catching up.

Final Thoughts

The global economy continues to emerge from the pandemic but with the undercurrent of risks from coronavirus variants. With new multilateral trade initiatives, higher services trade, the 2022 global trade outlook appears brighter than 2021 albeit chances of US-UK trade remain slim.

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Plastic-degrading enzymes correlate with pollution

Plastic-degrading enzymes correlate with pollution

The number of microbial enzymes with the ability to degrade plastic is growing, in correlation with local levels of plastic pollution. That is the finding of a new study from Chalmers that measured samples of environmental DNA from around the globe. The results illustrate the impact plastic pollution is having on the environment, and hint at potential new solutions for managing the problem.

The problems of global plastic pollution are all too widespread, as mass-production of plastic has exploded in the last 70 years or so – from around 2 million tonnes per year to around 380 million. This has given sufficient evolutionary time for various microbes present in the environment to respond to these compounds, and many different enzymes have been discovered in previous studies with the ahttps://www.chalmers.se/bility to degrade different plastics.

The new study, recently published in the scientific journal mBIO, analysed samples of environmental DNA from hundreds of locations around the world. The researchers used computer modelling to search for microbial enzymes with plastic-degrading potential, which was then cross-referenced with the official numbers for plastic waste pollution across countries and oceans.

“Using our models, we found multiple lines of evidence supporting the fact that the global microbiome’s plastic-degrading potential correlates strongly with measurements of environmental plastic pollution – a significant demonstration of how the environment is responding to the pressures we are placing on it,” says Aleksej Zelezniak, Associate Professor in Systems Biology at Chalmers. 

More enzymes in the most polluted areas

In other words, the quantity and diversity of plastic-degrading enzymes is increasing, in direct response to local levels of plastic pollution. In total, over 30,000 enzyme ‘homologues’ were found with the potential to degrade 10 different types of commonly used plastic. Homologues are members of protein sequences sharing similar properties. Some of the locations that contained the highest amounts were notoriously highly polluted areas, for example samples from the Mediterranean Sea and South Pacific Ocean. 

“Currently, very little is known about these plastic-degrading enzymes, and we did not expect to find such a large number of them across so many different microbes and environmental habitats. This is a surprising discovery that really illustrates the scale of the issue,” explains Jan Zrimec, first author of the study and former post-doc in Aleksej Zelezniak’s group, now a researcher at the National Institute of Biology in Slovenia.

Potential value for fighting the global plastic crisis

Every year around 8 million tonnes of plastic escapes into the world’s oceans. The natural progresses for plastic degradation are very slow – the lifetime of a PET-bottle, for example, can be up to hundreds of years. The growth and accumulation of plastic waste in the oceans and on land is a truly global problem and there is an increasing need for solutions to manage this waste. The researchers believe that their results could potentially be used to discover and adapt enzymes for novel recycling processes.

“The next step would be to test the most promising enzyme candidates in the lab to closely investigate their properties and the rate of plastic degradation they can achieve. From there you could engineer microbial communities with targeted degrading functions for specific polymer types,” explains Aleksej Zelezniak.

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PLASTICS Report: Plastics Machinery Shipments Grew in Third Quarter

PLASTICS Report: Plastics Machinery Shipments Grew in Third Quarter

WASHINGTON –  The Plastics Industry Association (PLASTICS) today announced that shipments of primary plastics machinery (injection molding and extrusion) in North America increased in the third quarter according to the statistics compiled and reported by PLASTICS’  Committee on Equipment Statistics (CES).

The preliminary estimate of shipment value from reporting companies totaled $333.8 million in the third quarter. It increased 4.0% from the previous quarter and 8.8% from a year earlier. The value of shipments of twin-screw extruders rose significantly by 44.4% in the third quarter and was 61.2% above the third quarter last year.

In the third quarter, shipments of single-screw extruders rose by 7.2% from the previous quarter and 15.9% from the third quarter last year. Injection molding shipments edged up 1.6% from the second quarter and 5.7% from a year earlier.

“Plastics equipment shipments picked up in the third quarter as the economy continue to emerge from the pandemic. Moreover, the increase in shipments was consistent with higher plastics production, which in the third quarter rose 4.2% or 5.9% from a year earlier. The upward-sloping demand for plastics equipment has not changed,”according to Perc Pineda, Ph.D. the Chief Economist of PLASTICS.

The CES also conducts a quarterly survey of plastics machinery suppliers that asks about present market conditions and expectations for the future. In the third quarter survey, 75.5% of respondents expect market conditions to either improve or hold steady in the coming quarter – lower than the 92.7% of respondents who expressed the same view in the second quarter’s survey. As for the next 12 months, 75.0% expect market conditions to be steady-to-better. This is lower than the 78.7% of respondents in the previous quarter’s survey who were expecting growth in the next 12 months.

“While the survey results show that growth expectations have moderated it also reveals that plastics machinery suppliers remain optimistic about market conditions four quarters ahead,” said Pineda. 

Plastics machinery exports increased by 6.1% to $390.2 million from the second quarter. Mexico and Canada remained the top export markets of plastics machinery from the U.S. The combined exports to USMCA partners in the third quarter totaled $172.6 million, which was 44.2% of total plastics machinery exports. Imports fell by 3.0% to $848.4 million resulting in a $458.3 million trade deficit.

The U.S. plastics machinery trade deficit decreased by 9.6% in the third quarter. U.S. trade data in the third quarter are in sync with the improving global trade outlook. The World Trade Organization now expects a 10.8% increase in global merchandise trade this year—an upward revision from its 8.4% projection in March.

“Data we’re seeing at PLASTICS confirm our prior projections that the outlook for plastics machinery in the second half of 2021 is positive albeit shipments will continue to fluctuate. The likelihood that supply-chain issues will continue to be a headwind in 2022 remains high. The globe is still emerging from the pandemic,”said Pineda.

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Way2K: Industry interviews in the lead-up to the K 2022 fair “The big digital project of the future is predictive maintenance.”

Way2K: Industry interviews in the lead-up to the K 2022 fair “The big digital project of the future is predictive maintenance .”

Interview with Markus Gschwandtner, CEO of Bruckner Servtec GmbH

Mr. Gschwandtner, your company has to ensure that Bruckner film lines run trouble-free at customer sites. What role does digitalization play in this operation?

Digitalization is of crucial importance to us as the interface between Brückner and the customer, which is why we continuously drive forward integration and exchange of data and information. To this end, we have set up a digital service platform where the customer can access our services online. Let me give you an example: the delivery scope of a plant includes extensive documentation.

Up until now, it has always consisted of many folders. If the customer wanted some information, it could take a while to find the relevant passages. On our service platform, this documentation is now available online at any time. The service technician standing in front of the machine then has easy and quick access to the necessary information via a tablet or smartphone.

Consequently, access to information is becoming easier. What other advantages are there?

The fundamental advantages are transparency and simplicity. Here is another example: we install about 30,000 parts in each machine. Many of these are labeled with a QR code, including parts from suppliers. It identifies each component from the beginning of its life with Brückner until it is used at the customer’s site. All customers need to do is scan the part they want to replace; both we and the customer then know exactly which part is concerned and when it will be available. This allows us to react much more quickly and, if necessary, to fix a problem much sooner.

Many companies hesitate when it comes to handing over data. How do you convince them?

We have to ensure that the data is truly secure. At our company, there are no leaks. We are TÜV-certified. But that assurance alone isn’t enough to convince a customer; the decisive factor is that we need to make sure the customer sees the enormous advantages. The benefits of data integration are the greatest where corporate boundaries are crossed. Over 70 percent of our customers are already on our digital platform. Basically, it’s the same principle as a smartphone: you see what’s possible with it, and soon after, you find you can’t do without it.

What is the next big digitalization topic?

The big digital project of the future is predictive maintenance. When one of our production lines comes to a standstill, the customer loses around 10,000 euros on average in revenue, and that figure is per hour. It is therefore important to keep these stoppages as brief as possible, but in any case, to be able to predict
them.

We are already well on the way to doing that, installing sensors, for instance, to assess the status of critical components. In the future, we will also use artificial intelligence to predict when a part might break or when
maintenance should be carried out. The goal is to increase the ability to plan necessary maintenance work ahead because that will save considerable costs and increase production uptime.

Will resources be conserved?

Predictive maintenance helps make utilization of the production line and also all subsequent steps more sustainable. For example, if maintenance is carried out without it actually being necessary at the time, spare parts will also be replaced needlessly early. So, you will need a lot more material over the life cycle of a plant. But resources are also conserved if, for example, we install more energy-efficient motors during upgrades and modifications. The goal must be to use as few resources as possible, be it material, energy, or raw materials. Only through digitalization can we achieve the transparency necessary for this purpose.

How are digitalization and the circular economy interrelated?

Without digitalization, it would be very difficult to enable a circular economy. With it, however, we can for example label products during the production process. Then machines can recognise later in the waste collection cycle what the packaging film, is actually made of. It is then possible to identify that a piece of packaging film is made of polyethylene and does not contain more than five percent different and foreign materials. This means it is fully recyclable. But the production lines have to be prepared. Such mono-material structures require numerous modifications to the plants. Only then can a high-quality plastic packaging film, which is ready for circular economy, be guaranteed.

What’s the next phase in the circular economy?

With regard to packaging films, a circular economy can only work if we aim for mono-material structures. But it is also important to have a better collection system for plastics, comparable to that for bottles. It must be made as simple as possible for the consumer. Next, the plastic has to be separated so that you get single-source plastics. The next step is single-source recycling. But then there is the question of what to use the recyclate for. Turning a packaging film back into a packaging film remains a vision for the time being but turning recycled packaging film into good products that can be used in injection molding, for example, would make sense.

What are the major challenges?

The technical challenges will be overcome. It will be more difficult to implement a viable collection system. And then it is important that the circular economy is established all over the world. A lot is collected in Germany or Austria, but not so much yet elsewhere in Europe and in many other parts of the world. The quantities are still too small for the circular economy to be economically viable. That has to change, too.

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EVBox Group and Covestro To Introduce More Sustainable Materials into EV Charging Stations

EVBox Group and Covestro To Introduce More Sustainable Materials into EV Charging Stations

EVBox Group and Covestro are looking back on a 10-year partnership of producing EV charging stations. The relationship has gone from strength to strength in recent years as EVBox Group has worked toward meeting the demands of the automotive industry. Covestro has proven to be a trustworthy partner providing reliable material solutions, including testing and validation support.

In the early stages of the polycarbonate value chain, ISCC Plus certified (International Sustainability and Carbon Certification) hydrocarbons from renewable sources are being used. With this process, Covestro can change the feedstock for the production of high-performance polycarbonates from purely fossil resources to renewable alternatives. EVBox Group is set to begin using these more sustainable plastics during production.

For now, tests and pilots with the more sustainable polycarbonate material, Makrolon  RE, are being performed to determine to what extent this material can be used in production. The new polycarbonate could be key to the production of EV charging stations made using more sustainable plastics.

Plastics are typically made of fossil-based raw materials and have to meet strict standards when used in the production of EV charging stations. Now, sustainable materials used in the EV charging industry are required that comply with UL certifications. With Covestro’s new production process that replaces fossil feedstocks with renewable, ISCC Plus-certified sources (such as waste and residue oils and fats), EVBox Group can produce charging stations with less impact on the environment.

The plastics used in the charging station production pilot will follow a mass balanced approach to ensure that the sustainable share of Makrolon -based plastic parts represents at least 50 percent. The entire process will still adhere to the strict EV charging industry regulations.

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EVBox Group creates EV charging solutions with the future of our planet in mind, and I’m delighted that we can take sustainability one step further. Not only are we providing charging infrastructure for electric vehicles, but we can now also create this very infrastructure using next-generation plastics made-up, predominantly, of renewable sources that reduce the CO2 footprint of our products.

Wijnand Diemer (Senior Director of Product Management at EVBox Group) Looking back at the last 10 years, I’m happy to say that the partnership between Covestro and EVBox Group has grown tremendously. From developing the first EVBox charging stations to collaborating on important projects that contribute to a more sustainable future, Covestro has proven to be a reliable partner and we’re looking forward to providing materials from mass balanced renewable sources for EVBox Group’s next generation of charging solutions.Dr. Niklas Meine. Marketing Electrical & Electronics EMEA at Covestro


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LANXESS India is now Great Place to Work- Certified™

LANXESS India is now Great Place to Work- Certified™

 

  • Over 1100 organizations assessed in India
  • Survey done across more than 22 industries

Mumbai, October 21, 2021 – Leading specialty chemicals company LANXESS India has been Great Place to Work-Certified™ in India (from October 2021 to October, 2022) by the Great Place to Work® Institute. The certification recognizes organization’s efforts in building a High-Trust, High-Performance Culture™ and delivering an excellent employee experience for all.

Great Place to Work® is the global authority on workplace culture. Since 1992, they have surveyed more than 100 million employees worldwide and used those deep insights to define what makes a great workplace: trust. Their employee survey platform empowers leaders with the feedback, real-time reporting, and insights they need to make strategic people decisions. The Institute serves businesses, non-profits and government agencies in more than 60 countries and has conducted pioneering research on the characteristics of great workplaces for over three decades.

Commenting on the success, Neelanjan Banerjee, Vice Chairman and Managing Director, LANXESS India said, “It is an extremely proud moment for all of us. As an organization, we believe in continuously raising the bar and are committed towards creating a credible and fair workplace for our employees. We are thankful for this recognition and are delighted to become a Great Place to Work-Certified™ company.”

In India, the institute partners with more than 1100 organizations annually across over 22 industries to help them build High-Trust, High-Performance Cultures™ designed to deliver sustained business results. Hundreds of CEOs and CXOs from India Inc. are part of the great place community that is committed to the vision of making India a great place to work FOR ALL™.

 

The Institute’s research shows that great workplaces are characterized by great leadership, consistent employee experience, and sustainable financial performance. These organizations are able to deliver a consistent experience to all their employees irrespective of their role, gender, tenure or level in the organization. Their leaders believe in the vision of creating and sustaining a Great Place to Work FOR ALL and role model being ‘FOR ALL’ Leaders.