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Clariant Envicat N2O-S Catalyst Expected To Cut 275 KT/Y CO2eq At Sichuan Lutianhua Nitric Acid Plant

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Clariant Envicat N2O-S Catalyst Expected To Cut 275 KT/Y CO2eq At Sichuan Lutianhua Nitric Acid Plant

  • EnviCat N2O-S catalyst successfully started up at Sichuan Lutianhua nitric acid plant in August 2024 and estimated to reduce N2O emissions by 275 kilotons of CO2eq
  • Sichuan Lutianhua was a winner of Clariant’s Climate Campaign, receiving a free load of EnviCat N2O-S catalyst for nitrous oxide (N2O) abatement
  • This easy-to-install catalyst is proven to remove up to 95% of N2O from the off-gas of nitric acid production plants

Clariant, a sustainability-focused specialty chemical company, today announced that its EnviCat N2O-S nitrous abatement catalyst is performing successfully at Sichuan Lutianhua’s nitric acid plant and is projected to reduce annual emissions by 275 kilotons of CO2eq[1]. Sichuan Lutianhua is one of the winners of Clariant’s 2021-2022 global Climate Campaign, which offered a free load of the catalyst to nitric acid producers lacking N2O abatement technology. Located in Sichuan Province, China, the 135 KTA nitric acid plant started operating in 2009 with no N2O removal system in place.

Xaver Karsunke, Vice President of Clariant Specialty Catalysts, commented, “With China supporting crucial decarbonization efforts to combat climate change, we are proud to partner with Sichuan Lutianhua on reducing their carbon footprint through our innovative catalyst technology. Clariant’s EnviCat solutions are empowering leading Chinese companies, like Sichuan Lutianhua, to efficiently cut emissions in hard-to-abate industrial sectors.”

Sun Guang, Assistant General Manager at Sichuan Lutianhua, added, “Our company is committed to sustainable practices and reducing our environmental impact. Partnering with Clariant to install the EnviCat N2O-S catalyst is an important step towards achieving our emissions reduction goals. We have already measured a significant decrease in N2O emissions from our nitric acid production and look forward to continued positive results.”

Founded in 1959 and based in Luzhou City, Sichuan Province, China, Sichuan Lutianhua Co. Ltd. is a leading producer of chemicals with significant capacities in ammonia, urea, methanol, and dimethyl ether. Listed on the Shenzhen Stock Exchange since 1999, the company has advanced technological capabilities with a strong focus on research and development.

Nitric acid is essential for producing fertilizers. However, its production emits N2O, which is nearly 300 times more damaging to the climate than CO2. Adding to the problem, more than half of nitric acid producers do not remove N2O from their off-gas. Based on 66 million tons of nitric acid produced annually around the world[2], N2O emissions equal to approximately 100 million tons of CO2e yearly[3].

The EnviCat N2O catalyst series presents an easy solution to this serious problem. Using the catalysts, N2O and other nitrogen oxides can be removed almost completely (up to 99% for tertiary abatement and 95% for secondary abatement) from production emissions. Moreover, the EnviCat N2O-S is easy to adopt as the catalysts can be installed in any state-of-the-art nitric acid plant without disrupting the production process. Well-established in the market for more than 20 years, EnviCat N2O catalysts are currently installed in over 50 plants globally.

The aim of Clariant’s Climate Campaign was to provide nitric acid producers around the world with an economical path to emission reduction. From November 2021 to March 2022, several winners were selected to receive a complimentary load of the EnviCat N2O-S catalyst.

Learn more about Clariant’s EnviCat N2O-S catalyst for nitrous oxide abatement.

Enabling our customers to reduce their nitrous oxide emissions is part of Clariant’s broader initiative to support a wide range of industries in the energy transition. This includes decarbonizing hard-to-abate sectors, advancing the hydrogen economy, and promoting the adoption of renewable energy sources. In 2023 alone, Clariant’s catalysts helped avoid greenhouse gas emissions equivalent to 40 million tons of CO2e for its customers.

www.clariant.com

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Empowering Calibration Service Providers To Deliver Precision Solutions

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Empowering Calibration Service Providers To Deliver Precision Solutions

Ensuring the precision and accuracy of specialised equipment is critical for businesses. Calibrating and optimising these precision machines requires a deep understanding of geometry, mechanics, and the latest calibration technologies. Laser calibration systems have become the preferred choice for maintaining precision instrument performance, but using these advanced calibration tools demands a high level of technical expertise and practical experience.

While large companies often maintain dedicated inspection teams to perform these calibration duties, the associated costs can be prohibitive for small and medium-sized businesses. However, as the number of calibration service providers grows, more accessible and cost-effective solutions for ensuring the optimal performance of precision equipment are becoming available.

Micro-check Calibration Pvt. Ltd. (Micro-check) is an India-based calibration service provider using Renishaw’s cutting-edge calibration systems to support their small and medium-sized customers. They offer a range of calibration services to Indian machine manufacturers, imported machine tool installations and other large machine tool end users.

Micro-check has worked with Renishaw since 2016, using calibration products such as the XL-80 laser interferometer, QC20 ballbar, and XR20 rotary axis calibrator, to provide services to machine manufacturers. They recently expanded their offering by adding the Renishaw XK10 alignment laser system to their suite of tools. This strategic investment has further enhanced Micro-check’s ability to provide comprehensive testing and optimisation solutions for their customers.

Using the XK10 alignment laser system

Micro-check added Renishaw’s XK10 system to their collection this year, using its multi-functional capabilities to support their customers in the machine tool, automation, robotics, electroplating, and aerospace sectors, plus more specialised areas. For example, in the electroplating industry, the XK10 system measures the coplanarity of holding fixtures which solves the problem of uneven material thickness on the hard chrome plating of piston rods. It can also be used to assess the rigidity of machine foundations by checking for vibration, and horizontal or vertical movements caused by other equipment like machinery, presses, or cranes. The XK10 system measures displacement and deflection within a machine’s own structure, due to its axis movement.

The XK10 alignment laser system measures a range of parameters that Micro-check finds useful, including straightness, squareness, flatness and level, as well as spindle coaxiality and direction. They have used the XK10 system extensively and have successfully completed calibration services for over 150 machines across a range of applications.

Advantages in measuring range

Traditional measurement methods (like using granite squares, dial gauges, autocollimators, and metrology artefacts), require manual operation and are prone to errors, making them unreliable. In contrast, the XK10 system leverages laser technology, enabling it to measure over long distances with excellent inspection efficiency. For instance, Micro-check used the XK10 system to measure parallel and perpendicular straightness of a 25 metre casting in just 45 minutes. If they had used a granite square (typically around 2 metres long) for the same measurement, it would have required multiple test set-ups and would have been less efficient.

The Managing Director of Micro-check, Mr. Sunil Navale, has over 35 years of experience across design, assembly, testing and maintenance in the machine tool industry.

Data stitch function

Laser measurement has its advantages, but in real-world environments the presence of air turbulence can introduce noise into the laser measurements, which can significantly reduce the repeatability of the results. The degree of air turbulence can vary depending on the measurement environment. Implementing strict environmental controls can be costly and may not be accessible to all customers. The longer the distance between the XK10 launch unit and the M-unit, the more the air turbulence affects the measurement.

When developing the XK10 laser alignment system, Renishaw understood the practical application environments of their customers, so they developed a stitching feature to solve this challenge. The data stitch function in Renishaw’s CARTO software allows you to measure long axes with high accuracy and repeatability by combining multiple shorter measurements. The idea is to limit the distance between the XK10 launch unit and the M-unit to a length where the air turbulence has minimal impact, and then move the units along the axis to measure the remaining segments. CARTO software easily stitches the shorter measurements into a single long measurement.

Simple and intuitive user interface

The XK10 system’s user interface provides detailed step-by-step operation instructions for each measurement task, guiding the user through the measurement process. The instructions are user-friendly which helps operators to familiarise themselves with the system’s capabilities. Throughout the testing process, the XK10’s wireless display unit shows the measurement data and test diagrams in real-time. After each completed measurement, the XK10 system software generates a detailed measurement report, which can be exported in both PDF and XML formats.

Mr. Navale highlighted the XK10 system’s operational flexibility, saying: “You only need to switch to the required measurement task on the display unit to see the data. The user interface is very intuitive and easy to use. Most importantly, the XK10 system helps improve the overall productivity, especially in the machine assembly stage, as it identifies potential issues and resolves them quickly, reducing time and making the process more efficient.”

Portability

The XK10 system is a portable tool that uses a wireless connection to communicate with the S-unit and M-unit, and is powered by a battery providing 30 hours of operation. This makes it well-suited for service providers like Micro-check, who have to regularly take the tool to a customer’s workshop.

The XK10 system and fixturing kit are supplied in carry cases for easy transportation of the equipment.

https://www.renishaw.com/

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2025: A Look Ahead For The Printing Industry

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2025: A Look Ahead For The Printing Industry

As the year draws to an end, we turn our attention to 2025 and how significant, globally defining factors will shape the printing industry.

2024 was an historic election year with more than 70 countries taking to the ballot boxes. In over 80% of democracies the incumbents were voted out. In Europe this has resulted in significant national shifts and regional instability due to the polarisation of the left and the right. It has had a financial impact, particularly on interest rates. As print growth follows GDP growth, a reduction in business opportunities and trade volume is likely. Proving a hindrance too, will be trade barriers limiting transactions for export to the US.

America was no different. As well as the political change accompanying the return of a Trump administration the rest of the world will, it seems, face higher import taxes. This will affect orders and may drive a shift towards local production of price sensitive products. Demand for imported print may move away from commodity applications to focus on high quality items such as luxury coffee table books and specialist publications.

War continued to have an impact on business in 2024 and it will be shaping it in 2025 too. All eyes will continue to be on the Russia-Ukraine war while potentially damaging boycotts will be created by the conflict in Gaza.

The full impact of all these influencing elements is still yet to be completely understood as situations evolve daily.

Continuing to evolve too, is universal commitment to environmental responsibility for print production. The Paris Climate Agreement and more recently COP 29 have reconfirmed a wide international effort. In Europe Print Service Providers (PSPs) are working on meeting the 2024 European Corporate Sustainability Reporting Directive (CSRD) which requires any business with revenue of more than E40m (and any non-European company doing business in Europe with more than E150M) to start quantifying and measuring their sustainability performance.

We have all seen how extreme weather has added to the cost of operations as companies invest in making supply chains more flexible while customer activism is set to put pressure on companies to exceed legal standards. Plastic bans will continue to encourage greater adoption of paper solutions, especially in packaging, labels, and cards applications, while the emphasis on local production will increase, benefiting those PSPs that are as close as possible to their clients. All of which ensure sustainability will become an increasingly key factor in purchasing decisions for print.

PSPs are also having to ready themselves for more stringent data protection laws with regards to hosting customer data owned by their clients, new employment laws, and stricter health and safety requirements. The disconnection between the creation and governing of laws in different countries has the potential to impact the export and import of printed products, favouring the online selling of print.

In fact, 2024 was a significant year for online print as for the first time more than 50% of all print sold was online. Digitisation of documents is continuing to accelerate while inkjet is becoming a dominant print technology in many applications. There is a growing focus as well on what AI can do and how the use of robots can increase productivity.

At the same time PSPs are changing from a labour intensive to capital intensive business model. Most have to borrow money to finance new equipment and those that experience challenges in finding and retaining skilled labour may find capacity and production under pressure. Investing in digital printing capabilities and automation can help mitigate employment costs, reduce waste associated with analogue production, and increase production flexibility to manage last minute orders – no matter the volume. The recent easing of challenges surrounding the supply of consumables and substrates has enabled PSPs to refocus their attention on improving operational efficiency and productivity.

While the stabilisation of inflation might help, operations will continue to face expenditure increases on a number of fronts – rising energy prices affecting costs and travel, higher interest rates impacting national debts and hindering access to capital, trade barriers limiting transactions with some countries and placing downward pressure on consumer spending. This could result in reduced spending on printed communication, especially in retail and photo merchandise. It may also drive the consolidation of printers in certain markets.

There are social and cultural considerations to consider as well, from an ageing population impacting access to a skilled workforce and more and more people working from home. Other considerations include migration and a mounting trend of income inequality. Also proving transformative is the growth in retail e-commerce sales estimated to exceed $4.1 trillion worldwide by the end of 2024 with new heights expected to be reached in the years ahead. Children’s literacy is seeing a widespread decline, and that has the potential to reduce the run length of books, possibly driving digital production. We are seeing too, an increase in active monthly users on social media despite privacy issues, the proliferation of fake news, and inaccurate sponsored posts. This may actually boost printed communications.

The printing industry landscape in 2025, as we see it now, is marked by economic uncertainty, environmental demands, and rapid technological innovation. PSPs that embrace sustainability, digitisation, and automation will be well positioned to adapt to shifting consumer and client preferences as well as regulatory pressures. This will empower their resilience and growth, despite the evolving global conditions.

https://www.ricoh.com/

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“K Defies All Challenges To Remain The Centre Of The Plastics World”

“K Defies All Challenges To Remain The Centre Of The Plastics World”

Interview on the road to K 2025 with Ulrich Reifenhaeuser, Chairman of the K Exhibitor Advisory Board, and Thorsten Kuehmann, Managing Director of the VDMA Plastics and Rubber Machinery Association

 Large areas of the global economy are currently experiencing economic headwinds. So, what sort of signal does an already fully booked K 2025 send?

Ulrich Reifenhaeuser: It shows that the global assessment of the industry remains positive. In the past, the plastics industry has developed outstanding products and valuable solutions, and this will continue in the future. Plastic is a relatively young material, which still has enormous potential. Yes, we are going through difficult economic times, but they will pass. In principle, this does not change the need for plastic solutions. We want to display and see them. That’s why the K defies all challenges and remains the Centre of the plastics world.

Thorsten Kuehmann: We are going through a time of great uncertainty. However, there are some fixed stars of considerable radiant power, of which the K is one such star. Everyone knows that the K is taking place, and the world is heading there. It provides the orientation that is especially needed in difficult times. This is also reflected in the motto of K 2025: “The Power of Plastics – Green, Smart, Responsible.

That motto exudes great self-confidence. What is it based on?

Kuehmann: We believe that plastic as a material offers the solution to the major issues facing our civilization. For example, plastic helps to improve the global climate. This is because CO2 emissions are decreasing as vehicles are becoming lighter due to the higher use of plastic, thereby consuming less energy. Energy consumption is also greatly reduced in the construction industry because buildings are better insulated with plastic. The CO2 footprint is reduced because plastic packaging means less food spoilage. These are all major contributions from the plastics industry. Another point is the circular economy: resources are not only used once, but again and again. We are creating recyclability. A great deal is already possible, hence the motto “The Power of Plastics“. We just need to do it.

Reifenhaeuser: It is a fact that we have a huge climate problem in this world. It is also true that plastic is the most climate-friendly material. Its production consumes significantly less CO2 than that of other materials. This climate advantage would be immediately visible if, for example, the CO2 footprint was labelled on packaging. It is therefore not presumptuous to be very self-confident.

The circular economy is still in its early stages. Where do we stand today?

Reifenhaeuser: We are further than we were three years ago. Mechanical engineering has now reached an astonishingly high level. The technical solutions for recycling are largely available. However, we could actually be three times better off than we actually are; in other words, we could recycle much more. Why aren’t we doing that? Because recycling is technically demanding, and therefore more expensive than virgin plastic. No-one is prepared to pay the higher costs. Consumers are extremely cost-conscious, plus brand manufacturers are under enormous competitive pressure. Plastic has been a success because it is far better than other materials. However, the step towards a circular economy is costly. It will not be possible to get to grips with this cost problem without regulatory requirements.

Kuehmann: That’s true, but there is light on the horizon. One key to reducing costs would be a vastly increased penetration of digitalization. On the one hand, this concerns the digitalization of machine and plant systems, allowing processes to be better controlled. It also makes it easier to handle difficult materials – and recycles are more difficult to handle. On the other hand, material flows also need to be digitalized. This is where the digital product passport comes in for example, which digitally tracks a product over its entire life cycle. Machines and products are two levers that can be used to bring costs down. It will still take time, but we are well on the way.

How far have companies actually progressed with digitalization? Is AI already being utilized?

Kuehmann: Virtually every company in the plastics machinery industry is now focusing on digitalization. This topic is now current all across the globe, with many companies even already focusing on digital sales. Recently, artificial intelligence has also been finding its way into the industry. In the process of digitalizing their operations, companies have so much data available, that they can simply solve certain requirements much better with intelligent algorithms. Three years ago, nobody was talking about artificial intelligence, now it’s on everyone’s lips – and there are also the first practical examples.

Reifenhaeuser: Automation has been used in plastics machinery manufacturing for over 40 years. Now almost everyone is going one step further and focusing on digitalization. In essence, this means that much larger amounts of data and therefore more information are being registered due to faster processors. This allows processes to be noticeably improved once again. The next step is the intelligent processing of the different types of information. This brings us to AI, which generates enormous added value – in design, production and service. The potential is enormous.

Where do employees stand in the future of plastics engineering?

Kuehmann: Our employees are one of the most important assets we have – all the more so because demographic trends show the difficulty in recruiting enough young people with certain qualifications. On the one hand, we must therefore try to make mechanical engineering attractive to more people, especially women. On the other hand, we need to push ahead with digitalization, including AI. This will streamline processes and ultimately allow us to manage with fewer but qualified staff.

How will the VDMA address these specific issues at K?

Kuehmann: At the trade fair, we will bring to life the motto we have developed together with our members and partners: “The Power of Plastics – Green, Smart, Responsible”. We will make all facets of this motto visible to visitors. In the outdoor area of K, companies will present concrete solutions and thereby show where we currently stand as an industry: in recycling, in plastics processing, and in digitalization. To this end, we will be providing an overview of all these machine applications and digitalization solutions in the VDMA Dome. There, we will also be discussing topics relating to talented young prospects.

Reifenhaeuser: This exhibition in the outdoor area will of course be flanked by the innovations and special developments that will be on show at the individual companies’ stands. So, you can experience both: the strength of plastics as a whole on the VDMA site, and the technical finesse at the company stands. There will once again be plenty to see. In plastics machinery manufacturing, the development cycles in the companies are closely aligned with the three-year cycle of the K trade fair. This also explains why suppliers are always so keen to present their products, and why the trade visitors remain so interested.

https://www.vdma.org/en/

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Hydrogen Pressure Vessels – AZL Aachen GmbH delivers Deep-Dive into Design and Production Trends

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Hydrogen Pressure Vessels – AZL Aachen GmbH delivers Deep-Dive into Design and Production Trends

AACHEN, December 2024 — Fibre-reinforced pressure vessels are increasingly becoming the cornerstone of the hydrogen economy, playing a key role in the transport, storage and use of hydrogen for both mobile and stationary applications. AZL Aachen GmbH, in collaboration with a consortium of 25 leading industry players, has successfully completed a 12-month R&D project entitled ‘Trends & Design Factors for Hydrogen Pressure Vessels’.

Project Consortium at the Final Report Meeting © AZL Aachen GmbH

The 550-pages report, presented to the 40 participants of the final project meeting in November, provides a comprehensive overview of the market and technology trends related to the development of thermoset and thermoplastic pressure vessels. By addressing material impacts, complex design considerations and advanced manufacturing technologies, the project provides business- and technology insights. Companies along the whole value chain of pressure vessels have been involved, resins, fibres, liners, production systems, vessel manufacturers, hydrogen system integrators and OEMs.

The first phase of the project involved an in-depth review of regulations, requirements and safety standards, together with examples of state-of-the-art hydrogen pressure vessels. Key aspects covered included manufacturing processes, supply chains and production technologies, as well as a comprehensive patent analysis. In addition, the study examined winding patterns, design strategies, material models and software tools used in the development of pressure vessels.

The second phase of the project involved extensive engineering studies. Warden Schijve, Design Leader at AZL, explained the procedure: “Our team of experts developed CAE models for 12 different layouts of a two-metre, 350-litre Type IV pressure vessel designed for 700 respectively 350 bar applications. These models incorporated different resin and fibre types, layup variations and boss designs to evaluate the impact on mechanics, weight, cost and carbon footprint. We also explored hybrid fibre combinations and dome reinforcement using patch technologies. Detailed process chain modelling provided further insight into cost structures and CO2 footprints.”

The results of the project also show initial future trends: Through the targeted use of advanced material combinations, adapted designs and manufacturing techniques, it is possible to significantly reduce the weight and cost of the vessels while maintaining the necessary safety standards. Compared to state-of-the-art vessels, hydrogen over tank weight efficiencies could be improved from the standard 6 to 7% up to more than 11%. These developments could strengthen the competitiveness of hydrogen technology in various mobility and energy sectors in the future.

“The knowledge gained from the project provides a solid foundation for the use of new technologies to meet the hydrogen economy’s requirements for safe and cost-effective pressure vessels,” commented Celal Beysel, Chairman of the Board at FLOTEKS Plastik San. Tic. A.Ş.

Floteks, a Tier 1 supplier of plastic components, has launched numerous R&D initiatives in the design and development of Type IV vessels in recent years. In 2023, the company joined the AZL Composite Pipes and Vessels Working Group and the ‘Trends and Design Factors for Hydrogen Pressure Vessels’ project. Beysel added: “We are pleased to announce that Floteks has established a new company called Pressura in 2024, which will focus on the production of type 4 pressure vessels for buses and trucks.”

Companies and organisations seeking detailed insights or collaboration opportunities are encouraged to contact AZL. AZL Aachen GmbH serves as an innovation partner for hydrogen tank development, prototyping and testing, and is dedicated to advancing composite technologies.

www.lightweight-production.de

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Lucas Meyer Cosmetics By Clariant Unveils New Beauty Collaboration House, Marking A New Era In Cosmetic Innovation

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Lucas Meyer Cosmetics By Clariant Unveils New Beauty Collaboration House, Marking A New Era In Cosmetic Innovation

  • Lucas Meyer Cosmetics by Clariant announces successful launch of Beauty Collaboration House near Los Angeles, opened on December 10th, dedicated to co-creating innovative cosmetic formulations with customers
  • The new facility showcases Lucas Meyer Cosmetics by Clariant’s ingredients, fostering collaborative product development in the high-value cosmetic ingredients market
  • This customer-centric innovation hub emphasizes hands-on collaboration and setting new standards in the beauty and personal care sector

Lucas Meyer Cosmetics by Clariant announces the opening of its new Beauty Collaboration House near Los Angeles, California. This state-of-the-art facility is designed to revolutionize the way cosmetic formulations and concepts are developed, emphasizing direct collaboration with the specific needs from customers in this region.

The Beauty Collaboration House embodies the company’s commitment to customer-centric innovation in the beauty and personal care sector. The facility’s name emphasizes the ‘LAB’ component, highlighting its role as a collaborative space where customers work hand-in-hand with inhouse experts to develop new cosmetic formulations using active and functional ingredients as well as exotic oils, butters and clays offered by Lucas Meyer Cosmetics by Clariant.

Christian Vang, President of Clariant’s Business Unit Care Chemicals and the Americas region, stated, “The opening of this new facility on December 10th marked a significant shift in how we approach cosmetic innovation. It’s not just about showcasing our ingredients; it’s about working alongside our customers to create the next generation of beauty products. We’re thrilled with the positive response and collaborative energy we’ve seen in just the first few weeks of operation.”

The opening of the Beauty Collaboration House follows the recent integration of Lucas Meyer Cosmetics into Clariant, a move that significantly strengthens Clariant’s position in the specialty chemical industry and expands its footprint in North America. This strategic step aligns with Clariant’s purpose-led growth strategy and its goal to accelerate customer-driven innovation.

“By combining our personal care ingredients portfolio with Lucas Meyer Cosmetics, we’ve created a unique opportunity for collaborative formulation development,” Vang added. “In this fast-paced world of beauty and personal care, we’re not just keeping pace with the market; we’re setting a new standard for customer collaboration.”

The Beauty Collaboration House is expected to drive remarkable growth. The company aims to increase annual sales from around $100 million currently to $180 million by 2028, leveraging this new collaborative approach to product development. Vang also highlighted the value of the experienced team from Lucas Meyer Cosmetics, noting their excellent track record and the invaluable expertise they bring to this new collaborative venture.

The Beauty Collaboration House is set to become a crucible for creativity and a launchpad for breakthroughs in the cosmetics industry. It will serve as a space where boundaries are pushed, conventions are challenged, and the next generation of cosmetic formulations are created in close collaboration with valued customers.

“At Lucas Meyer Cosmetics by Clariant, it is imperative that we align our strategy with local industry trends. The indie brand landscape also involves key players such as consultants and contract manufacturers. One of our objectives is to establish direct connections with them and with the emerging brands,” comments Jackie Kim, Sales Director North America at Lucas Meyer Cosmetics.

As Lucas Meyer Cosmetics by Clariant opens the doors to this new facility, it invites customers to experience a new level of partnership in cosmetic formulation, blending innovative ingredients with the creative vision of beauty brands.

www.clariant.com

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Clariant Begins Construction Of Second High Performance Additives Production Line In Cangzhou, China

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Clariant Begins Construction Of Second High Performance Additives Production Line In Cangzhou, China

  • Commencement ceremony held for expansion of original production line for high-end stabilizer additives jointly operated by Clariant and Beijing Tiangang Auxiliary Co., Ltd.
  • High quality, excellent reputation and full capacity achieved by first production line since launching in 2021
  • New facility manufacturing unique multifunctional Nylostab S-EED additive will enhance quality and features of nylon products with surging demand from the local nylon application markets

Clariant is expanding its Cangzhou production site for the manufacture of the multifunctional additive Nylostab S-EED. The new, second production line in the Hebei Province of China, will jointly be owned and operated by Clariant and its local partner Beijing Tiangang Auxiliary Co., Ltd. A commencement ceremony for the site was today hosted by the leadership teams of the two companies.

“We are excited to take our partnership with Beijing Tiangang to the next level by breaking ground on a second production line in Cangzhou today. The continued investment from Clariant demonstrates our commitment to the Chinese market and reaffirms our strong belief in the prospects of local industries such as textiles and fibers, automotive and packaging,” said Zhigang Miao, Clariant’s Global Head of Polymer Solutions, Additives Polymer Solutions.

For three years, since the launch of the first joint-venture site in 2021, the production site has achieved full capacity, earning it an excellent reputation as a strong local facility with established international background and expertise. With construction of the new production line now commencing, success is expected to reach new highs.

“We feel privileged to deepen our partnership with Clariant further through the expansion of this already very successful production site. Since the beginning of our joint venture we have enjoyed wonderful cooperation with Clariant and among our staff. We hope the new production line will offer local industries and our customers in China even more advanced additives solutions,” says Mr. Gang Liu, Executive Director of Tiangang.

The new production line beginning construction today will specialize in the manufacturing of Clariant’s unique multifunctional Nylostab S-EED additive that is highly compatible with nylons by molecular recognition. Its excellent process stability at high temperatures results in less filament breakage during spinning processes and enhances productivity by reducing cycle time for injection molding processes.

“The success of our first joint-venture production site in Cangzhou has undoubtedly paved the way for our new facility today. We’re confident that our new multifunctional additive Nylostab S-EED, produced at the new site, will have a good number of application areas across the core nylon value chain, which is seeing a surge in capacity expansion and demand particularly from the textile and engineering plastics industry here in China,” says Sandra Schneider, Clariant’s Head of Operations & Supply Chain Additives.

The upstream Chinese nylon industry is expanding rapidly, driving an increase in demand for high- end additives such as Nylostab S-EED. This multifunctional additive is capable of upgrading the quality of nylon products through enhanced colour stability, heat resistance and composite compatibility during the manufacturing process, resulting in overall higher productivity.

www.clariant.com

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Gift Carding Responsibly – What Brands Need To Know

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Gift Carding Responsibly – What Brands Need To Know

The global gift card market was valued at 984.3 billion in 2023. By 2030 that value is expected to reach a staggering 3.09 trillion.

Behind this exciting growth is a mounting environmental challenge. Most of those cards are currently printed on non-recyclable PVC plastic with an associated carbon emission impact of 46.97gCO2e per card when digitally printed. When digitally printed on a paper based substrate the figure is just 4.28gCO2e per card.

But for brands the benefits of digitally printing paper based gift cards extend far beyond the environmental advantages. They include:

  • True cost of ownership – with digital print you order only what you need, when you need it. There is no tying up of budget. There is no need to put cash on a pallet as there is no unused stock to store. The risk of obsolescence is reduced.
  • Faster speed to market – digital print and production supports faster design, creation, approval, and production of short runs. This allows brands to be highly creative in generating interest in short term or reactive promotions, for example.
  • Enhanced customer engagement – with the ability to personalize and adapt content on a piece by piece basis brands can connect more with customers. They can elevate their customer experience and explore exciting ways to reinforce awareness, relevance, and loyalty.
  • Highly targeted application – Gift card designs can be regionalized to promote specific offers, or in recognition of significant cultural dates. They can also be event focused.

We have been working with a huge variety of brands who see the value of their gift cards – which are often single use – being fully recyclable and manufactured with a 91% reduction in their carbon footprint.

We have been helping them adapt their thinking to how short run card production can enable them to interact differently by offering a customized experience – something that makes their customers feel valued.

Brands have also been exploring ways this approach to card creation can help them connect with staff members for seasonal gifting or intercompany activities.

All of this is made possible by digitally printing high quality personalization on a carefully selected high caliper substrate with the RICOH Pro C9500 digital sheet fed press, supported by intelligent software capabilities.

Thanks to the Co-innovation we have undertaken with Ricoh, brands can confidently move away from the mass production model of offset print to a digital on demand, lean, supply chain. They can print according to actual sales data, rather than forecast data, by using relevant, real time figures. They can be highly creative with a premium, luxurious look and feel.

Chat to us or Ricoh to see how cost effective production of responsibly produced gift cards can help reinforce your brand’s core values.

www.ricoh.com

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Plastiblends India Ltd. Expands Engineering Plastics Business With New Facility In Palsana, Gujarat

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Plastiblends India Ltd. Expands Engineering Plastics Business With New Facility In Palsana, Gujarat

Mumbai, India: Plastiblends India Ltd., a pioneer in manufacturing masterbatches, additives, compounds, and fillers since 1991, has announced a significant expansion of its engineering plastics division under the ENGITECH brand. With a strong manufacturing presence across Daman, Palsana (Gujarat), and Roorkee (Uttarakhand), Plastiblends continues to reinforce its commitment to delivering high-quality, customized solutions to meet the dynamic needs of various industries.

Prashant Pandya, AVP – Engineering Plastics Business, shares the journey and exciting developments within the company:

“In 2021, Plastiblends ventured into Engineering Plastics Compounds under the brand name ENGITECH. This marked a strategic step towards diversifying our portfolio and aligning with the evolving requirements of industries such as automotive, electrical & Electronics, furniture, agriculture and industrial domains. Under the ENGITECH umbrella, we began developing custom-made products which includes PA6, PA66, PBT, PC, ABS, PP Compounds and thermoplastics Blends and Alloys.

We started with a modest production capacity of 6 KT per annum and our unwavering focus on quality and innovation garnered tremendous market response. This success helped us secure approvals from Tier 1’s & OEMs, further solidifying our position as a trusted supplier in the engineering plastics segment.

Building on this momentum, we are thrilled to announce the expansion of our production capacity at our Palsana facility in Gujarat. On 7th December 2024, we held a ground breaking ceremony for our new plant, which will double our production capacity to 12 KT per annum. What makes this expansion even more exciting is the scalability of the new facility, as it is designed to accommodate further capacity increases up to 24 KT per annum in the future.”

The decision to expand the Palsana facility reflects Plastiblends’ commitment to strengthening its presence in the engineering plastics market and catering to growing industry demands. By enhancing production capabilities, the company aims to meet the rising demand from both domestic and international markets. With a global footprint spanning exports to 60+ countries, Plastiblends is dedicated to delivering high-performance solutions tailored to diverse industrial needs.

Pandya further emphasized the company’s commitment to technological advancements, sustainability and customer-centric innovation:

“At Plastiblends, we believe in continuous improvement and staying ahead of the curve. Our expanded facility will be equipped with state-of-the-art machinery and advanced processes, ensuring that we maintain the highest standards of quality and efficiency. Additionally, we are integrating sustainable practices into our operations, reflecting our dedication to environmental stewardship.

As we expand, our focus remains on partnering with our customers to co-create solutions that drive innovation in their respective industries. ENGITECH represents not just a brand but our promise to deliver engineering excellence and value.”

www.plastiblends.com.

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The Road to Busan and From Busan

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The Road to Busan and From Busan

Over 3900 delegates and government delegations had assembled in Busan

South Korea for INC 5 the 5 th Session of the Inter Governmental Negotiating Conmitte for the Global Plastic Treaty which began on 25 Nov 2024 and the plenary session ended at about 3.15 am of Dec, 2  2024

Nothing is agreed till every thing is agreed and there will be INC 5.2 to discuss where it was left

The Chair’s fourth version of the non-paper, released on November 29, 2024, followed informal consultations with member states. While this draft offered a semblance of progress, the next two days of closed-door talks appeared to mark a turning point.

The Chair’s text, released on December 1, reflected significant dilution, with its ambition noticeably reduced compared to earlier versions. What was once a bold attempt to combat plastic pollution had been tempered into a document that secured broad agreement Countries like Rwanda, Mexico, and Panama advocated for a stronger treaty, particularly around contentious issues such as plastic production and the regulation of hazardous chemicals. Their interventions highlighted the need for a treaty that addresses the root causes of plastic pollution rather than merely treating its symptoms. These nations argued for meaningful action to curb production and hold industries

Despite these challenges, the Chair’s December 1 text will serve as the basis for further negotiations. This text contains some positive elements, including a strengthened focus on human health and the lifecycle of plastics. It provides clear definitions for key terms such as plastic, plastic pollution, and plastic waste, offering a foundation for consistent interpretation and implementation. Additionally, the inclusion of annexes listing banned products and chemicals is a significant step toward coordinated global action. Provisions addressing single-use and short-lived plastics, with prescribed phase-out timelines, demonstrate a commitment to reducing the most harmful types of plastic pollution.

The text also emphasises transparency, mandating the reporting of statistical data and making publicly available a list of exemptions granted to Parties and Regional Economic Furthermore, the document prohibits open dumping and burning of plastic waste—practices that contribute significantly to environmental degradation and public health hazards.

Sectoral focus is another strength of the text. It addresses emissions from fishing gear, plastic pellets, and microplastics from all sources, recognising their role as major contributors to marine pollution.

India Government Representatives did good work and that was echoed by the support from many countries

From India all the MEA, MOEFCC and DCPC team were very receptive and heard us excellently. Also their untiring discussion with like minded country teams helped gain support in the INC-5

India has shown their strength and Like minded country support.

India expressed views of not cutting down on plastic production and finding mechanisms of financing and addressing chemicals of concern

At INC5.2 there is hope that all the countries can work out solution to plastic pollution for a better planet

(The Author attended INC 5 and is thankful for inputs from various people and organizations)

https://www.unep.org/

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