Hydrogen – New method turns plastic waste into valuable resources with vaporizing process 04-09-2024
Hydrogen
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The collapse of Aquafil shares on the Milan Stock Exchange was mainly caused by the results of the first half of 2024, which showed a net loss of 6.1 million euros, compared to 4.1 million in the same period of 202312
In addition, the company announced a capital increase of 40 million euros to support the new 2024-2026 industrial plan12.
This capital increase and the EBITDA forecasts lower than analysts’ expectations contributed to the decline in the stock
Turkey is positioning itself to join BRICS, the bloc of major non-Western economies that includes Brazil, Russia, China, India, and South Africa
This move, reported by Bloomberg, reflects President Recep Tayyip Erdogan’s strategic goal to enhance Turkey’s global influence. The upcoming BRICS summit in Russia may formalize Turkey’s application, making it the first NATO member in the group.
Turkey’s potential BRICS membership aligns with its broader strategy of multi-vector diplomacy, balancing influence across various geopolitical arenas. Amid regional tensions, such as the conflict in Gaza and rivalry with Israel, Turkey seeks to leverage opportunities elsewhere, like its recent initiatives in natural gas exports to Europe. This economic diplomacy highlights Ankara’s ambition to operate where political constraints are less restrictive, and BRICS offers a platform for such maneuvering. Hydrogen
Turkey’s dynamic approach to international relations benefits from the shifting global landscape, where traditional alliances are weakening. By engaging with both Western and non-Western blocs, Turkey aims to maintain a unique geopolitical role. This dual strategy, exemplified by Turkey’s involvement in mediating conflicts and facilitating dialogue, underscores its potential as a “bridge country.” In an era of growing global rivalries, Turkey’s strategy, though risky, positions it to play a significant role in shaping the future geopolitical order. Hydrogen
JEPLAN Group Unveils “HELIX™” Brand for Recycled PET Resin
PET REFINE TECHNOLOGY CO., LTD., a JEPLAN Group company, introduces “HELIX™,” its new brand for recycled PET resin produced using proprietary chemical recycling technology. Alongside this announcement, a dedicated website will highlight the adoption of HELIX™ by major Japanese beverage and cosmetics companies.
With growing global concern for environmental sustainability, demand for recycled materials is rising. Europe is considering regulations requiring plastic packaging to contain at least 30% recycled content by 2030 and 50% by 2040. In Japan, the Japan Soft Drink Association aims for over 50% Bottle-to-Bottle recycling by 2030. Hydrogen
Recycling used PET bottles is challenging due to impurities, but PET REFINE TECHNOLOGY’s innovative process breaks down these bottles at a molecular level, removing impurities like coloring and metals. The result is a high-quality recycled PET resin comparable to petroleum-based alternatives, suitable for use in new PET bottles and cosmetic containers. This process also reduces CO2 emissions compared to traditional manufacturing.
The launch of HELIX™ aims to boost the adoption of recycled materials and promote the concept of “infinitely circulating” resources. By establishing HELIX™ as a recognized brand, PET REFINE TECHNOLOGY hopes to enhance consumer awareness and contribute to a more sustainable, circular economy. Hydrogen
Bericap will showcase its latest sustainable closure solutions at Fachpack 2024, held from September 24 to 26 in Nuremberg, Germany
At booth 151 in hall 6, the leading manufacturer of plastic and aluminum closures will present a diverse portfolio tailored for industrial, food, and beverage applications. Highlights include lightweight closures for agriculture, mono-material sport caps, the tamper-evident Ring Peel Liner, and Clip Aside tethered caps, now standard in Europe for milk and dairy products. Hydrogen
Bericap is committed to sustainability, focusing on reducing material use and advancing closed-loop cycles. Its “lightweight” range now features caps for 50 and 63 mm neck finishes, while mono-material designs simplify recycling. The Ring Peel Liner enhances product protection with tamper evidence, ensuring consumer safety and maintaining product integrity.
In the agricultural sector, the Closed Transfer System (CTS) exemplifies Bericap’s dedication to safety and sustainability. The award-winning Easyconnect solution allows safe, drip-free transfer of crop protection products, reducing exposure and enabling container recycling. Hydrogen
For active consumers, Bericap’s sport caps offer convenience and recyclability, with designs like the one-piece “Biarritz” and the two-piece “Monet.” These caps are available in tethered versions, compliant with EU Directive 2019/904, and have been used on over 15 billion bottles.
Sipol Debuts at Fakuma with a Fresh Image
Italian copolymer manufacturer Sipol will make its debut at the Fakuma fair in Germany (Friedrichshafen, 15-19 October) with a refreshed brand identity. This new image highlights Sipol’s advanced expertise in polymer chemistry and its seamless integration of diverse skills and resources. Hydrogen
The revamped logo, featuring a hexagon, symbolizes the company’s core elements: the chemistry of its polymers and the unity of its primary operational sectors. This modern and technological identity mirrors Sipol’s focus on designing and developing high-performance materials and innovative production processes.
Leveraging extensive experience in macromolecules, Sipol aims to meet market demands by creating new products, offering customized solutions, enhancing existing product performance, and providing expertise in tailored synthesis projects. Hydrogen
The first presentation of Sipol’s new look will occur at Lineapelle in Milan this September at the Tecnogi stand (Pav. 24, B11-15/C12-16). The European debut will follow at the Fakuma fair in Pavilion B3, stand 2332.
New method turns plastic waste into valuable resources with vaporizing process
The new catalysts simplify the process by eliminating the need for a previously crucial step: removing hydrogen to create breakable points in the plastic’s structure.
Researchers at the University of California, Berkeley, have unveiled a chemical process that has the potential to revolutionize plastic recycling. Hydrogen
This innovative process can effectively vaporize the most common types of plastic waste. Subsequently, it turns common plastic waste into useful materials for making new plastics.
The catalytic process can effectively break down polyethylene and polypropylene, which together constitute a staggering two-thirds of all post-consumer plastic waste globally.
“We have an enormous amount of polyethylene and polypropylene in everyday objects, from lunch bags to laundry soap bottles to milk jugs — so much of what’s around us is made of these polyolefins,” said Professor Hartwig in a press release.
This new process converts them into valuable hydrocarbon building blocks suitable for reuse in the production of new plastics. It could lead to a circular economy for many throwaway plastics, significantly reducing the need for new plastics derived from fossil fuels and mitigating the environmental impact of plastic waste. Hydrogen
U.S. Plastics Pact looks to eliminate problematic plastics by 2030
U.S. Plastics Pact has released an updated report detailing its ongoing, accelerated action to eliminate problematic and unnecessary materials from the plastics value chain. This report comes as the U.S. government has recently shifted its position to support global targets that limit virgin plastic production, aligning with the U.S. Pact’s mission to advance a circular economy. Hydrogen
The report underscores the urgency and shared responsibility to shift to readily reusable, recyclable, or compostable materials to achieve a circular economy. It provides a clear path for addressing design challenges (e.g., contaminants), enabling advancements in circular package design, increasing recovery opportunities, and enhancing the quality of recycled content.
Aligning objectives for sustainable packaging
Understanding the role packaging design professionals play in leading the industry toward a circular economy, the U.S. Plastics Pact has prioritized the removal of materials that hinder recyclability and compostability. Hydrogen
This focus aligns with the industry’s goal of reducing plastic packaging’s environmental and human health impacts while enhancing the quality of recycled content available for future packaging needs.
TES and ZEG Join Forces to Explore Opportunities for Green Hydrogen Production in Germany
Tree Energy Solutions (TES) and ZEG Power (ZEG) are pleased to announce the signing of a Letter of Intent (LOI) to jointly explore opportunities for green hydrogen production in Germany. The collaboration aims to accelerate the transition to a sustainable energy future by leveraging ZEG’s novel green hydrogen production technology integrated with carbon capture. Hydrogen
As part of this agreement, TES has awarded ZEG a feasibility study to assess the viability of implementing ZEG’s technology and to evaluate the technical, economic, and environmental aspects of deploying an initial demonstration plant, paving the way for potential large-scale deployment of the technology.
This initiative aligns with TES’ aim to democratise access to reliable and affordable green energy through existing infrastructure to end-customers. The partnership with ZEG marks the beginning of a collaborative effort to advance decentralised green hydrogen production from e-NG while capturing the CO2. Hydrogen
Hydrogen