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From Shirts to Insulators: Recycled Honda Uniforms Find New Utility in Vehicles

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Recycled Honda uniforms are shredded into fibers and repurposed for insulation in new Honda and Acura automobilesUniform recycling program reduces waste to landfill from Honda manufacturing and R&D facilities in Alabama, Indiana, North Carolina and Ohio Honda’s “Triple Action to Zero” approach focuses on “resource circulation” to make new products from 100% sustainable materials by 2050

MARYSVILLE, Ohio, Aug. 10, 2023 /PRNewswire/ — Honda associates put a lot into the products they make, now including the shirts right off their backs. Honda is advancing a recycling initiative that takes uniforms worn by associates at its U.S. manufacturing and R&D facilities and transforms them into sound-absorbing insulation for use in Honda and Acura automobiles. This program diverts approximately 45,000 pounds of uniforms from reaching landfills each month as Honda works toward its commitment to use 100% sustainable materials in its products in the future. Watch a video of the uniform recycling process at https://honda.us/UniformRecycling.

 

Honda is working toward its resource circulation goal of making new products from 100% sustainable materials by 2050.

Honda has established a global “Triple Action to Zero” approach, with the goal of achieving carbon neutrality for all products and corporate activities, use of 100% clean energy and resource circulation (100% sustainable materials), by 2050. Achieving that goal – which targets zero environmental impact – will require innovative solutions, including how Honda sources materials for new products by recycling and reusing material from end-of-life vehicles and Honda operations.

“To achieve our Triple Zero goal of 100% sustainable material use, we need to take every possible opportunity to recycle materials at end of life for reuse in our products, thereby minimizing our utilization of virgin materials,” said Negar Gilsinger, manager of Resource Circulation for American Honda Motor Co., Inc. “By maximizing end-of-life material recycling, we are giving our uniforms a second life in Honda and Acura vehicles.”

The Honda uniform recycling program leverages cross-industry collaboration between Honda and its uniform suppliers Aramark and Cintas Corporation, as well as insulation supplier UGN Automotive and textile recycler Leigh Fibers. Uniforms from Honda production and R&D facilities in Alabama, Indiana, North Carolina and Ohio are recycled and reused in five different insulator parts on all nine Honda and four Acura models made in North America. In the future, Honda plans to expand the uniform recycling program to other facilities in North America.

“Collaborating with Honda suppliers in the uniform recycling program has brought great value to our supply chain sustainability efforts,” said Rob Long, senior procurement specialist with Honda North American Indirect Procurement. “As Honda works to advance sustainability, we appreciate our suppliers’ efforts to innovate their business operations to reduce waste and give new life to our Honda uniforms.”  

More than 380,000 pounds of uniforms have been recycled since the program launched at the end of 2021. The uniforms Honda associates wear have always been an important part of the company’s culture and success, symbolizing Honda’s “One Team” approach, which promotes collaboration and the understanding that the ideas of all associates are valued.

Transforming Uniforms into Insulation

Honda associate uniforms that are cleaned by uniform suppliers – Aramark, at Honda Indiana and Ohio facilities, and Cintas Corporation, at Alabama and North Carolina facilities – are evaluated after washing. If the uniforms are undamaged, they are sent back to associates to wear. When uniforms are designated for reuse in Honda and Acura vehicles, they are baled and sent to Leigh Fibers, which specializes in reprocessing and custom-blending fiber-based materials.

At Leigh Fibers’ facility, the uniforms are shredded into material that meets the required fiber grade for use as vehicle insulators. Zippers and buttons from the uniforms are first extracted and collected so that no metal or plastic goes through the shredding process. Then the material gets blended into mixed fibers and tested to ensure the fiber material meets the fiber length requirements. The newly reprocessed fibers are then packaged and delivered to insulation supplier UGN.

UGN blends, consolidates and trims the fibers into material that is molded into insulation and returned to Honda auto manufacturing plants for new vehicle production. Typically, UGN creates insulation from post-industrial fibers, which are sourced from textile companies, and polyester sourced from recycled water bottles. The uniform recycling program marks the first time Honda and UGN are using post-consumer textile waste for sustainable insulation material.

“It is part of UGN’s history and culture to maximize recycled content in our parts, reduce landfill by recycling our own by-products, and promote circular, mono-material technologies that enable end-of-life vehicle recycling,” said Pranav Singh, director of Purchasing & Packaging for UGN Automotive. “Reusing Honda uniforms contributes to these efforts by increasing the amount of recycled materials available for insulators and opens the door to other post-consumer textile waste projects.”

Expanding Recycled Materials in Vehicles

The uniform recycling program builds on Honda’s longstanding commitment to reduce waste and incorporate higher recycled content in Honda and Acura vehicles. This includes working with suppliers to transform post-industrial textile scrap, such as fibers from denim, into vehicle insulation/absorption material. In collaboration with UGN, Honda annually reuses approximately 2,800 tons of recycled post-industrial textile waste – equivalent to 5.6 million pairs of jeans – and 3,000 tons of post-consumer PET (polyethylene terephthalate) bottles – equivalent to 6 million water bottles – for vehicle sound-absorbing insulation.

Other approaches to using sustainable materials in Honda and Acura vehicles have included soybean-based foam for vehicle headrests, recycled plastic water bottles and recycled Honda car bumpers for wheel liners, plant-based material for the seat fabric in the 2019 Acura RDX and Honda Clarity Plug-in Hybrid vehicle, and processed volcanic rocks for the roof liner in the 2003 Honda Element.

To learn more about Honda’s Triple Action to Zero approach and the concept of resource circulation, read Our Perspective, “We Have Set a Great Big Goal: Nothing.”

About Honda’s Commitment to the Environment

Honda is working toward its global goal of zero environmental impact by 2050 through its “Triple Action to Zero” approach, including achieving carbon neutrality for all products and corporate activities, 100% utilization of renewable energy, and resource circulation, utilizing 100% sustainable materials by reprocessing products back to raw materials and reusing those materials in the creation of new products. Toward this goal, Honda will strive to make battery-electric and fuel cell electric vehicles represent 100% of auto sales in the U.S. and globally by 2040.

To reduce the environmental impact of its business operations, Honda also is offsetting CO2 emissions from its North American manufacturing operations through long-term virtual power purchase agreements (VPPAs) for renewable wind and solar power that seek to cover more than 60% of the electricity Honda uses in North America. Honda also promotes environmentally responsible business practices with its suppliers and retail dealer partners across North America.

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SOURCE Honda

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ZICC: Internet Experts Pay Attention to the Development of Artificial Intelligence

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BEIJING, Nov. 23, 2024 /CNW/ — During the Wuzhen Summit of the World Internet Conference, ZICC interviewed Internet experts from all over the world.

Lampros Sterg, UNESCO Chair in AI & Data Science, said that AI can accelerate social progress, but it needs to be used properly to avoid its negative effects in order to benefit citizens and society. Latif Ladid, the president of the IPv6 Forum, called for the establishment of a global governance system to allow artificial intelligence technology to serve humanity for good. South Korean computer scientist Kilnam Chon shared insights on AI’s positive role in healthcare. He urged global efforts to ensure AI safety and prevent its misuse in weapons. Indian entrepreneur Bibin Babu said he believes that AI will not replace humans, but will create more new jobs.

View original content to download multimedia:https://www.prnewswire.com/news-releases/zicc-internet-experts-pay-attention-to-the-development-of-artificial-intelligence-302314745.html

SOURCE ZICC

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Hankyung.com introduces: MecKare, Leading the AI-powered Innovation in Health Monitoring Solution

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– Leading efficient care management for the elderly with unimpeded smartcare

https://img.hankyung.com/pdsdata/pr.hankyung.com/uploads/2024/11/image01-1.png

SEOUL, South Korea, Nov. 23, 2024 /PRNewswire/ — JCF Technology is a startup that independently developed ‘MecKare’, a radar sensor that measures biological signals in a non-contact manner, and provides a platform service that automatically connects users and guardians in two-way emergency situations through an artificial intelligence analysis system. Since its establishment in 2016, it has developed a highly accurate non-contact multi-biological radar sensor through many years of technology accumulation, and succeeded in commercializing the product for the first time in 2021.

MecKare uses microwave radar and micro-Doppler signal processing technology to measure the user’s heart rate, respiratory rate, and skin temperature within 16.4 ft in real time. The sensor can measure human body movement patterns using precise and highly responsive thermal infrared rays and can detect falls through pattern analysis based on changes in human movement. In particular, the movement and change of thermal infrared rays within the measurement range are detected in real time, and the trend of biomarkers that appear as advance signs before a person falls can be checked through differential motion detection that measures the user’s movement pattern. It provides an alarm in advance by predicting before a person falls, enabling accuracy and quick response to accidents. As a result, it is possible to prevent safety accidents in the elderly by detecting emergency situations such as lonely death, cardiac arrest, breathing difficulties, and falls. Additionally, unlike other existing wearable devices such as smart watches or bands, MecKare does not need to be worn or attached to the body, so it can be used remotely via Wi-Fi without causing stress to the user.

https://img.hankyung.com/pdsdata/pr.hankyung.com/uploads/2024/11/image02.png

MecKare can be installed in the bedroom, bathroom, living room, or entrance of a home or facilities(Assisted Living, Nursing Home, etc) to provide 24-hour monitoring without a camera and detect abnormal signs in advance using a biometric information analysis algorithm and deliver them to the guardian.

MecKare’s radar biometric sensor is recognized in the global market for its technology as a device that obtains precisely customized biometric information while overcoming spatial constraints and without risk of privacy infringement. MecKare is being supplied to senior care facilities in Australia, Germany, Poland, Saudi Arabia, and China. In 2025, MecKare plans to conduct verification of vital signs such as attendance, fall prevention, and asthma of elderly people living in hospitals or assisted living in conjunction with local PPOs/HMOs in the United States.

In summary, MecKare is a system that reduces user inconvenience and enables management of multiple patients. By being able to provide personalized health data analysis results, it will serve as an opportunity to change the market paradigm towards preventive smart care. We expect MecKare’s A.I to play a role as an innovator that complements, rather than replaces, humans in care settings.

View original content:https://www.prnewswire.com/news-releases/hankyungcom-introduces-meckare-leading-the-ai-powered-innovation-in-health-monitoring-solution-302310743.html

SOURCE Hankyung.com

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SUNLU Formnext 2024 Event Highlights: From Functional Filaments to FilaDryer E2

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ZHONGSHAN, China, Nov. 23, 2024 /PRNewswire/ — SUNLU was present at the Formnext 2024, the largest event for additive manufacturing held in Germany, where they unveiled the new product FilaDryer E2.

SUNLU, the Chinese Tech Giant in the 3D printing industry, recently wrapped up a highly successful showcase at Formnext 2024, one of the largest events for additive manufacturing held in Frankfurt, Germany from November 19–22. SUNLU’s booth (F29, Hall 11.1) hosted a large number of visitors eager to explore the company’s latest innovations in 3D printing materials, equipment, and technology.

A key highlight of SUNLU’s exhibit was the new range of functional filaments, including PA6-CF, PA12-CF, PC-ABS, and PETG-CF. The filaments provide enhanced strength, durability, and temperature resistance, catering to more demanding applications in both industrial and personal use. Visitors saw firsthand how these materials impact the quality, resilience and overall performance of 3D-printed parts.

The debut of the SUNLU FilaDryer E2 also attracted significant interest for its powerful features, notably its maximum drying temperature of 110°C, which allows for the fast drying of functional filaments and annealing printed parts to improve their strength and durability. The FilaDryer E2 will be available for preorder on January 8, 2025, on our official website. Visitors expressed great anticipation, after seeing the upgrades that set the FilaDryer E2 apart. Jack Jiang, the founder of SUNLU, said: “This opportunity allowed us to position and showcase SUNLU as one of the key global players in the 3D Industry.”

Formnext 2024 was a valuable opportunity for SUNLU to connect with peers, partners, and customers worldwide. The team exchanged ideas with industry professionals and distributors, where the company had the opportunity to interview James Rooke from “Honey Badger Print and Paint” and talk about the new SUNLU’s Filament Connector FC01 and it’s perks to make the most out of leftover materials, while enabling multi-color prints.

As the exhibition comes to an end, the SUNLU team extends heartfelt thanks to everyone who visited the booth and made the event memorable, and the company looks forward to meeting up again next year for groundbreaking solutions and meaningful partnerships within the additive manufacturing community.

About SUNLU 

Founded in 2013, SUNLU is a leading 3D printing materials company specializing in R&D, manufacturing, and sales. With facilities in China and Vietnam, we operate 150+ automated production lines and employ over 900 staff. Our certified products serve customers across Europe, America, and Southeast Asia. 

SUNLU has led 30+ research projects, secured 400+ patents, and introduced innovations like “Neat Winding” filament, 3D printing drying boxes, and the ±0.02mm FDM filament tolerance standard, enhancing precision and user experience. 

Guided by our mission, “Simply Your Creation,” we empower creators worldwide with reliable 3D printing materials.

For more information, please visit
https://www.sunlu.com.

Media Contact:
Branding@sunlu.com  
Sales@sunlu.com  

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SOURCE SUNLU

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