LG Chem’s Post

CO₂ emissions from factories are now used as raw materials for plastic production.   #PEC is a next-generation eco-friendly plastic made from CO₂ and ethylene oxide captured from factories. PEC is primarily used for cosmetic containers and food packaging, and it can be blended with other plastic products for various uses such as soft films and hard cases.   LG Chem has independently developed the catalyst and process technology to convert CO₂ to plastic for PEC production, achieving the highest productivity among existing CO₂ plastics.   Find out more on LG Chem’s chemical dictionary, #Chempedia!   #LGChem #WeConnectScience

Happy to announce that behind consultancy, I plan and I could offer products gamma named: "GDPL process Column" 1. Allows you to individualize your chemistry and formulations 2. Allows you to create your own technological Know How 3. Allows you to build a marketing concept where to combine the engineering, technics ( as reactors, heat material balance) and chemistry in One 4. Allows you to plan a marketing strategy and business innovation using NAMES written in technical literature as "Polyester Reactor" and specify the polyol products. 5. Allows you to Sale an independent chemical PU recycling concept behind C02 and/or to have end products to keep your market name stable: 5.1 as engineering company 5.2 as chemical producer of "Polyurethane-rigid, flexible, integral and moulded foam and CASE as TPU and etc." 5.3. as polyol producer First product available behind KNOW HOW and presented as BioPolyAp products is: "BioPolyAp process column PeP" executed to serve specific industrial solutions based on "Know How" created and written in the years "2006-2010" and served the Industrial Global Market between 2011-2020" This Know How allows you to buy and contract Polyester Reactor, according to REACH for polyol-products and technology, laws and regulations! Contract the polyol produced, quality and quantity, together with polyurethane formulation and properties based on this product. You could secure a start up point with circular, sustainable, fossil , renewable and fast renewable and recyclable content! Set up a new goals forward within GDPL knowledge, within laws and regulations and challenge your competitors! Further GDPL plan to present the following products: "BioPolyAp process Column PeP 60-80m3"- polyester polyol synthesis and PET recycling for CASE and Rigid foam technologies. "GDPL process Column PU recycling 10+m3" flexible post consume foam technology and GDPL Project column PU"- C02 independent Industrial concept" Please contact me if you would like to discuss over the possibilities and outcomes within this products and if you have any preferences based on your todays needs. https://lnkd.in/e_ZsTk3u #sustainability #circular #polyurethane #recycling #polyol

Polypropylene (PP) is one of the most widely used and important polymers in the plastic industry. This polymer having unique features such as resistance to chemicals, lightness, recyclability and low cost of production, has wide applications in various industries. Below are some important uses of polypropylene:

Polystyrene (PS) dissolution separates non-PS material to yield a high-quality polymer ready for future use. This process helps us advance plastics circularity as we create new polymers from end-of-life materials. Discover our approach to circularity: https://ow.ly/U6ql50Rf2fs

LDV1035T eliminates VOCs and seamlessly integrates recycled PP into your compounds. It makes it easy to meet the automotive industry's strictest standards, improving sustainability and attracting eco-conscious customers. By reducing reliance on virgin materials, we minimize environmental impact. Contact us (https://buff.ly/3QEcNXU ) today to learn more about LDV1035T and how it can help you achieve your eco-friendly goals. #LDV1035T #VOCfree #ecoperformance #recycledpp #rpp #recycledplastics #reuse #reduce #recycle #automotive #automotiveindustry #automotiveplastics #lightweighting #fuel efficiency #highperformance #innovation #problem solver #gamechanger #automotiveengineering #sustainabilitysolutions

GAOTek: From Research to Recycling: The Versatility of Colorimeters in Polymers

Polypropylene (PP) granules, Melt Flow Index (MFI) of 5| In a significant stride for advanced polymer recycling, Polyvim has perfected the conversion of post-consumer plastic baskets into premium Polypropylene (PP) granules, Melt Flow Index (MFI) of 5. Our proprietary process involves sophisticated segregation, decontamination, and controlled re-polymerization, ensuring the granules meet stringent industry standards for flow properties and structural integrity. This MFI 5 grade PP is tailored for high-precision injection molding applications, offering manufacturers a seamless transition to sustainable raw materials. Polyvim's initiative is a pivotal step in advancing the circular economy, reducing plastic waste, and setting new benchmarks for the recycling industry. #PolyvimInnovation #AdvancedRecycling #PolymerScience #SustainableManufacturing #MFI5PP

https://lnkd.in/dVBh-iNY Packaging industry leader, Berry Global, Inc., and Mitsubishi Gas Chemical Company, Inc. (MGC) partnered to develop a recyclable barrier solution for thermoformed articles, plastic tubes, jars, and bottles using MXD6; a superior barrier resin manufactured by MGC. This innovative barrier solution provides a barrier in packaging that helps protect and extend the shelf-life of foods without the use of Ethylene Vinyl Alcohol (EVOH). MXD6 is recyclable, up to 12% loading, offers an alternative during material shortages, and overcomes the performance and compatibility limitations of EVOH, including limited recyclability and reprocessing issues like degradation and/or contamination. #Webpackaging #PackagingInnovation #FoodAndBeverage #SustainablePackaging #RecyclablePackaging

Sustainable solutions for PBT Longlite® For many years TER Plastics POLYMER GROUP is distributing CHANGCHUN GROUP (CCP) products in all regions of Europe. To make #environment more friendly and support building of #sustainable world CCP reduces the CO2-emission by more than #recycling. To improve #emissions supplier offers recycled PBT compounds – like Longlite® 3030RE-230X – based on rPET as a raw material. Additionally CCP uses the AAL process instead of the traditional Reppe or Butane reaction in the production of BDO. This enables the producer to lower the carbon emission of up to 30%. Finally the AAL process reduces the CO2 #footprint of the PBT compounds by 10-20%.   Method of BDO production      Index Reppe                                        4.0-5.0 kgCO2e/kg Butane                                       3.7-4.7 kgCO2e/kg AAL                                            3.5-3.7 kgCO2e/kg To learn more about the brought portfolio of TER Plastics POLYMER GROUP please visit our website www.terplastics.com or contact your Regional Sales Manager. #plastics #engineeringplastics #distribution #circulareconomy #solutions

From Research to Recycling: The Versatility of Colorimeters in Polymers