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Belden Launches Single Pair Ethernet Lite Managed Switch

Belden Launches Single Pair Ethernet Lite Managed Switch

Belden Inc. (NYSE: BDC), a leading global supplier of network infrastructure and digitization solutions, today announced the launch of its BEETLE Single Pair Ethernet (SPE) Lite Managed Switch from Lumberg Automation. An extension of Belden’s Single Pair Ethernet portfolio of connectivity products, the new BEETLE switch empowers organizations to reduce network complexity by deploying thinner, lighter Belden SPE cables that provide connectivity via a single pair of wires rather than the two or four pairs required by standard Ethernet.

As digital transformation accelerates, enterprises need to connect more devices and transmit more real-time data while simplifying network infrastructure where possible. With Power over Data Line (PoDL), IP40 protection and low power consumption, the BEETLE Lite Managed Switch provides SPE connectivity for a future-ready network.

The BEETLE Lite Managed Switch provides powerful benefits, such as:

  • Transmits Ethernet up to at least 1 kilometer. Meets the 10BASE-T1L standard for long-distance Ethernet.
  • Saves space. Supports Ethernet transmission via a single wire pair that is lighter and more compact than traditional Ethernet cables.
  • Reduces network complexity. Integrate sensors and actuators directly into the network without the need for an additional gateway.
  • Simplifies configuration and maintenance. Streamline installation and maintenance and reduce operating costs with fewer gateways and protocols in use.
  • Delivers essential lite managed switch features like VLAN at an optimized price-performance ratio and lower long-term total cost of ownership.

“In their pursuit of Industry 4.0 and automation objectives, today’s enterprises are deploying future-ready networks that create the foundation for real-time communications,” said Timo Zipperle, Junior Product Manager at Belden. “The BEETLE Lite Managed Switch delivers SPE capabilities that enterprises can use to scale their networks using thinner, lighter SPE cables to transmit data from connected field devices. Having access to more data for both edge and cloud computing empowers organizations to make more informed, rapid decisions to enhance operational performance, safety and security.”

With its space-saving and long-distance Ethernet transmission benefits, the BEETLE Lite Managed Switch meets the needs of many complex industrial environments, including automotive manufacturing, material handling, logistics and intralogistics.

https://www.belden.com/

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DOMO Chemicals Achieves Major Sustainability Milestone With ISCC PLUS Certification

DOMO Chemicals Achieves Major Sustainability Milestone With ISCC PLUS Certification

  • Now offering TECHNYL and DOMAMID high-quality polyamides with reduced carbon footprint.
  • Certification at three sites in Europe guarantees sustainable production based on the mass balance approach.
  • DOMO and Vimar collaborate for more sustainable electrical and electronics.

In a landmark achievement for sustainable manufacturing, DOMO Chemicals, a global leader in engineered materials, has earned the International Sustainability and Carbon Certification (ISCC) PLUS certification.

Covering DOMO’s sites in Leuna (Germany), Gorzow (Poland), and Arco (Italy), this certification enables the company to offer eco-friendly versions of its entire TECHNYL and DOMAMID Polyamide 6 product lines, enhancing the customer’s choice while maintaining high-quality standards.

ISCC PLUS is a globally recognized certification focusing on sustainable production through the mass balance approach. This innovative method seamlessly integrates bio-circular and circular materials into existing production processes, ensuring meticulous tracking and verification from their entry into the production process to the final product. This chain of custody is powered by Circularise, a mass balance software solution provider.

DOMO Chemicals now offers an extended range of TECHNYL or DOMAMID solutions with various percentages of recycled content, without any compromise on performance. This new solution complements the TECHNYL 4EARTH range and underscores DOMO’s commitment to reducing environmental impact and supporting the circular economy.

More sustainable solutions in electrical and electronics

In collaboration with Vimar, a leader in the electrical and electronics offering, DOMO has developed a new, halogen-free, self-extinguishing polyamide 6. This material, certified by ISCC PLUS, is composed of bio-cycle raw materials, including recycled processing waste, avoiding landfill or incineration disposal.

“With this new material, we are continuing along a path aimed at reducing the environmental impact of our products,” says Sandro Bernardi, Vimar’s Technical Director. “The ISCC PLUS approach has allowed us to introduce a sustainable material in applications that require excellent mechanical, thermal and aesthetic performance,” concludes Bernardi.

“With ISCC PLUS, DOMO Chemicals has taken an important step towards offering sustainable plastics using bio-circular and circular feedstock as a starting material,” completes Giampaolo Buzzi, Business Recycling Manager. “In addition, we are also progressing on new recycling technologies with the aim to facilitate the recycling of endo of life products, reinforcing our commitment to a sustainable future.“

DOMO Chemicals invites customers and stakeholders to explore these sustainable solutions and join in advancing environmental responsibility in the industry.

https://www.domochemicals.com/en

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Sustainable Alternative To LDPE: Breakthrough In Plastic Recycling

Sustainable Alternative To LDPE: Breakthrough In Plastic Recycling

University of Bayreuth presents chemically recyclable plastic with an innovative design

Innovative design for recyclability and sustainability

Energy-saving production and targeted imitation

Mondi Collaborates With Veyzle, WEPA and Soprema to Make Release Liner Production Waste More Circular 

Mondi Collaborates With Veyzle, WEPA and Soprema to Make Release Liner Production Waste More Circular

  • Mondi has reduced waste of its release liner production in two pilot locations.
  • Mondi plants in Juelich (DE) and Heerlen (NL) collaborated with external partners Veyzle, WEPA and Soprema and achieved 95% waste reduction in just two years.
  • Release liner waste is valorised for other applications such as new paper products and building insulation materials.

Mondi, a global leader in packaging and paper, has improved the circularity of material flows in two release liner production sites in Germany and the Netherlands. 95% of the production waste is now used as secondary raw material for other industries, thanks to its strategic partnerships.

By collaborating closely with industry stakeholders along the value chain, Mondi has tackled the siliconised and coated paper waste produced at its release liner plants in Jülich, Germany, and Heerlen, Netherlands. It is now repulped and valorised as secondary raw material in a range of other applications.

Mondi Jülich and Mondi Heerlen kicked off a partnership with Veyzle, a Dutch specialist in the recycling of paper and plastics, and the Dutch site of the WEPA Group, an expert for sustainable hygiene papers, two years ago. Since then, Veyzle collects Mondi’s production waste from the two plants and sorts, shreds and bails the different papers before transporting them to WEPA. WEPA has developed an advanced repulping technology to valorise laminated and siliconised papers and uses them to create hygiene paper, such as toilet paper and paper towels. All three partners are located close together to keep transportation to a minimum.

In addition, Mondi is also working with Soprema, a full-range supplier of high-quality waterproofing systems and insulation materials, who uses Mondi’s release liner production waste as base material to manufacture cellulose wadding, a particularly beneficial insulation solution that increases the energy efficiency of buildings. This partnership ensures that valuable resources are not lost and contributes to Soprema’s sustainability goals of increasing the proportion of recycled materials and avoiding waste.

Carlos Martinez Ezquerra, Circular Economy Manager Flexible Packaging at Mondi, says, “At Mondi, we view waste as a loss in resources and have committed to eliminate waste from our production processes through our MAP2030 agenda. In this project, we aimed at using the production waste more effectively by valorising it as secondary raw materials in other applications. We are very proud of the 95% reduction we achieved at both locations and now look forward to working with CELAB, the leading industry initiative for the self-adhesive label value chain, and building relationships with other partners to further improve the circular flow of materials also in our other release liner locations across Europe.”

https://www.mondigroup.com/

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Chemical Recycling: Gasification of Plastic Waste at Low Temperatures

Chemical Recycling: Gasification of Plastic Waste at Low Temperatures

There is currently no recycling process for the more than 6 million tonnes of plastic waste from research laboratories. Re:Lab offers a solution to this problem.

 

sources: Elena Blume (Editorial team K-Mag)

https://www.k-online.com/ 

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Enzyme-Powered Recycling: Transforming Bioplastics into a Sustainable Future

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Enzyme-Powered Recycling: Transforming Bioplastics into a Sustainable Future

Efficient Degradation Process Unveiled

Towards a Circular Economy 

With over 68 million tons of plastic ending up in natural environments in 2023 alone, the need for innovative recycling methods has never been more critical. Bioplastics, derived from renewable sources, present a sustainable alternative but face challenges in production cost and recycling efficiency. The research at King’s College not only offers a solution to these challenges but also presents a pathway to reducing reliance on fossil-based plastics.

This method’s efficiency could revolutionize how we approach single-use bioplastics, offering a scalable and sustainable model for their recycling. The conversion of bioplastics back into monomers for high-quality plastic production aligns with the vision of a circular economy, reducing landfill waste and environmental pollution. Susana Meza Huaman, PhD researcher, highlights the significance: “Our research marks the first step in developing new technologies in waste management for recycling bioplastics that are of equal quality to the virgin product.”

Expanding the Research Scope

World’s First PET Biorecycling Plant

World’s First PET Biorecycling Plant

Pioneering PET Waste Solution

The first commercial plant from CARBIOS offers a scalable industrial solution for the enzymatic depolymerisation of PET waste. Copyright: CARBIOS 

Chemical Recycling: A Future Without Landfill Thanks to The Gasification of Plastic Waste?

Chemical Recycling: A Future Without Landfill Thanks to The Gasification of Plastic Waste?

Gasification converts (plastic) waste into synthesis gas, which in turn can be used to create a wide variety of new products. Copyright: Waste-to-En 

Krall Kunststoff-Recycling Strengthens Presence In Europe

Krall Kunststoff-Recycling Strengthens Presence In Europe

As part of its increased commitment in Europe, Krall Kunststoff-Recycling has signed a disposal contract with distributor Sunclear, a leading supplier of semi-finished products such as sheets, multiwall sheets, corrugated sheets, tubes and profiles made of plastic, aluminium and composites in France. As part of this agreement, Krall is responsible for disposing of the recyclable materials generated during cutting or processing as waste at all 16 French branches of Sunclear and their customers. Krall supplies these collection points with its customized pallet cages, which are then filled and transported back to its own company.

The approximately 250 tons of plastic waste generated by Sunclear each year consist mainly of PC and PMMA, polyolefins (PP and PE), styrenics, PET and PVC, as well as engineering plastics and composites with aluminium. Krall processes the plastics into single-origin regrind, which can then be used as a direct substitute for virgin material in many applications as part of the recycling loop, saving considerable amounts of CO2 in the process.

Louis Krall, authorized signatory: “Sunclear attaches great importance to the integration of recycled raw materials and the search for environmentally friendly processes. Our modern technology of pure separation and processing using a high proportion of solar energy fits in perfectly with these objectives. For us, this partnership means a considerable strengthening of our presence in France.

Discussions with their Italian subsidiary and with Sunclear’s customers suggest that we will continue to expand our activities in Europe. We are thus underlining our claim to be a top international address for the disposal and reprocessing of recyclable materials that were previously used in architecture, transportation, interior design and advertising, for example.”

https://kunststoff-recycling.de/en/

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To Ensure The Chemistry Is Always Correct

To Ensure The Chemistry Is Always Correct

In addition to the impending PFAS ban, stricter environmental regulations and energy prices are consistently challenging the chemical industry. New pipelines for the use of hydrogen as an energy carrier, as well as raw material are therefore becoming significantly more important. This is because they logistically support chemical companies to fulfill ecological requirements. With their quality pipes and pipework systems for implementing pipelines, manufacturers are proving to be reliable pillars for a successful future. To ensure the chemistry is always correct.

The industry is now in transition: “The production processes of the chemical industry are currently altering rapidly,” explains the Fraunhofer Institute IGB. In doing so, the chemical industry must also survive threatening scenarios, such as the EU Commission’s threat to ban perfluorinated and polyfluorinated alkyl substances (PFAS), which have been criticised for their long durability and harmfulness to the environment. However, there are considerable concerns about such a ban, including from the Federal Association of German Industry (BDI). “The broad regulation for entire groups of substances, irrespective of the actual risk of the individual substances, is not appropriate from the industry’s point of view.” The consequence of a ban would be significant restrictions on the production of plastic pipes and plastic-lined steel pipes.

Plastic pipes are required by the chemical industry: According to the BDI, PFAS are “always utilised in many industries when extreme framework conditions such as high or low temperatures, high frictional resistances or aggressive chemical conditions require them in their applications“. Eliminating several thousand PFAS could mean, however, that “many urgently needed applications could no longer be produced in the EU, as there are currently no suitable alternatives”. A problem would arise for the manufacture of pipes and pipework systems for the chemical industry.

 Stainless steels

Stainless steels are also often utilised in the chemical industry. For example, Outokumpu provides solutions which “reflect the industry’s requirements for performance in extreme temperatures, highly corrosive environments, high pressure handling, and high purity of the final product.” The chemical industry without stainless steel pipes is unimaginable.

Bimetallic pipes are often also utilised in chemical plants. They can comprise a stainless steel outer pipe and a zirconium inner pipe liner. Pipes, which are produced with these materials, have one thing in common, they withstand corrosive chemicals. Production losses as well as plant downtimes and pipeline failures are prevented by using suitable materials. Therefore, “pipeline systems are essential for the safe transport of water, chemicals and gases,” emphasises GF Piping Systems.

Hydrogen as a raw material and energy source

In order to maintain its competitiveness, the chemical industry urgently needs hydrogen – as a raw material, because it is the initial point for important chemical value chains. And also as an energy source. For the transport of the booming material, a suitable infrastructure is necessary, which in turn requires numerous pipes. An advantage of using pipelines: They are “the safest, most environmentally friendly and most reliable means of transport,” explains the German Chemical Industry Association (VCI). That is why the chemical industry has long relied on pipelines.

In addition to the safe and environmentally friendly supply of chemical locations, a well-developed pipeline network is an important building block for the transformation of the industry towards greenhouse gas neutrality, according to VCI. “They can be utilised to execute the transport process for materials such as hydrogen, they can be used to temporarily store energy and they play an important role in the recycling of CO2 as part of so-called carbon capture and usage or storage projects (CCU/S). Pipelines contribute to a safe and reliable supply of raw materials in times of insufficient rail freight capacity and seasonal transport restrictions on the waterways (low water of the Rhine),” explains the VCI.

Investments in pipelines

The chemical industry relies on pipeline networks: An important lifeline of the Ruhr Metropolis is the PRG propylene pipeline as a pipeline network. The PRG propylene pipeline creates the backbone of propylene chemistry in the Ruhr Metropolis, emphasises PRG Propylenepipeline Ruhr GmbH & Co. KG. Propylene is delivered via this system because it has not been produced in sufficient quantity in the region for years.

Additional, ongoing construction of pipelines is an important task for the present and future of the chemical industry, for which pipe production is therefore essential. Ten companies – including BASF, Borealis, BP, Dow, Evonik and the Port of Rotterdam – have signed an agreement on cross-border pipeline development in the trilateral region. It is a cooperation for the chemical industry in Flanders, the Netherlands and North Rhine-Westphalia (“TRILOGUE”), in which the annual turnover is 180 billion Euros and more than 350,000 members of staff are currently employed. “Pipelines are the ‘lifelines’ of the trilateral chemical cluster; as the cleanest and safest mode of transport, their importance for the competitiveness of the industry will continue to grow,” emphasises the German Association VCI. Once again, numerous pipes are required for implementing these pipelines.

A new 140-kilometre-long hydrogen pipeline will connect Germany and Denmark. From 2027 onwards, H2 is to flow from the island of Bornholm to Lubmin. “This cross-border hydrogen infrastructure is intended to drive the development of offshore wind energy in the region and throughout the Baltic Sea,” explains the hydrogen grid operator Gascade. In addition, it indicates a cost-efficient decarbonisation path for the north-east European energy system. In addition to the direct connection between Germany and Denmark, there are considerations, according to Gascade, to manufacture the interconnector with a future Baltic Sea backbone towards Sweden and Finland.

Pipes as enablers of progress

With the increased use of hydrogen as an energy source, which has been made possible by underlying pipeline logistics, the chemical industry is in a win-win situation: This is because it can thereby strengthen its international competitiveness against the background of stricter environmental requirements and also with a view to rising energy prices.

However, if renewable raw materials or biogenic residues are increasingly utilised as starting materials, then “processes, plants, material recipes, process parameters or methods for quality control and safety assessment usually also have to be adapted, which also has an impact on upstream and downstream industries,” Fraunhofer IGB explains. Without the pipe industry, the transition will not be therefore feasible: It will develop into an enabler of the progress of the chemical industry.

https://www.tube-tradefair.com

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