Linde’s Post

Waste Plastic Pyrolysis Manufacturing Plant Project Report 2024 | Plant Setup Details #wasteplasticpyrolysis refers to a process where waste plastics are thermally degraded in the absence of oxygen to produce oil, gas, and char. It is categorized into several types, such as batch, semi-continuous, and continuous systems, each varying in operation scale and automation. The core components of a waste plastic pyrolysis include a reactor, #condenser system, and storage units. It finds applications in numerous fields, including fuel generation, agricultural sector, chemical production, heat generation, electricity generation, #construction #materials, #automotive #industry, marine sector, #aerospace, and consumer goods. Request for a Sample Report: https://bit.ly/3SZIGga #syndicatedanalytics #rawmaterials #manufacturingPlant #projectreport #plantcost #costanalysis #businessplan #plantsetup #wasteplasticpyrolysis

#EWaste, also called #WEEE (Waste Electrical and Electronical Equipment), is expected to reach 74.7 million tons by 2030. The equivalent of 7390 Eiffel Towers. It contains #copper, #gold, #silver and #palladium. Those metals are often combined with other materials, such as plastics or resins, and need to be separated for #Reuse. Meet John Cockerill at E-Waste World Conference & Expo to discuss how our NESACore™ Multiple Hearth Furnaces (#MHF), designed to treat #ElectronicScraps through a pyrolysis process, are keeping low-grade materials contained in #Ewaste from ending up in landfills or being dumped in developing countries. Developed in John Cockerill’s pilot plant in Belgium, the innovative #Pyrolysis treatment process allows to separate and recover up to 98% of those metals while mitigating harmful emissions associated with traditional #MetalReclamation, making the treatment even more sustainable.  In the context of #EcologicalTransition and #CircularEconomy, helping to support responsible recycling of WEEE with our technologies is fully in line with John Cockerill’s ambition to provide solutions to the needs of our time.  .  📢 Meet John Cockerill at Europe's Leading Conference & Expo For Electronics Recycling. 26-27 June 2024, Frankfurt, Germany: STAND D145 📢 For more information about our “Solids & Waste” product line: https://lnkd.in/gmEKz_RW #WeAreJohnCockerill #CatalyzerOfOpportunities

#EWaste, also called #WEEE (Waste Electrical and Electronical Equipment), is expected to reach 74.7 million tons by 2030. The equivalent of 7390 Eiffel Towers. It contains #copper, #gold, #silver and #palladium. Those metals are often combined with other materials, such as plastics or resins, and need to be separated for #Reuse. Meet John Cockerill at E-Waste World Conference & Expo to discuss how our NESACore™ Multiple Hearth Furnaces (#MHF), designed to treat #ElectronicScraps through a pyrolysis process, are keeping low-grade materials contained in #Ewaste from ending up in landfills or being dumped in developing countries. Developed in John Cockerill’s pilot plant in Belgium, the innovative #Pyrolysis treatment process allows to separate and recover up to 98% of those metals while mitigating harmful emissions associated with traditional #MetalReclamation, making the treatment even more sustainable.  In the context of #EcologicalTransition and #CircularEconomy, helping to support responsible recycling of WEEE with our technologies is fully in line with John Cockerill’s ambition to provide solutions to the needs of our time.  .  📢 Meet John Cockerill at Europe's Leading Conference & Expo For Electronics Recycling. 26-27 June 2024, Frankfurt, Germany: STAND D145 📢 For more information about our “Solids & Waste” product line: https://lnkd.in/gmEKz_RW #WeAreJohnCockerill #CatalyzerOfOpportunities

🌍 At #SaintGobainConstructionChemicals, we are dedicated to contributing to a #decarbonized #construction industry and helping our customers achieve their #sustainability #objectives. In 2023 alone, our products enabled our customers to avoid 15 million tons of CO2 emissions across 81 countries where Chryso & GCP products are marketed. These results were calculated via a proven methodology validated by a third party Deloitte.🔍 Our innovative cement additives and concrete admixtures play an essential role in enhancing the performance of low-carbon materials: - Cement additives: enable lower clinker content in cement. - New generation plasticizers and superplasticizers used in concrete: also called water reducers, they enable cement content reduction or use of lower clinker content cement - Flowable screed: enable reduced volume of screed by m2 Our commitment to sustainability and environmental responsibility has yielded tangible result towards a greener future.🍀 More info: https://lnkd.in/eZ32dxvX #Co2Reduction, #SustainableConcrete, #SustainableCement

🌍 At #SaintGobainConstructionChemicals, we are dedicated to contributing to a #decarbonized #construction industry and helping our customers achieve their #sustainability #objectives. In 2023 alone, our products enabled our customers to avoid 15 million tons of CO2 emissions across 81 countries, where Chryso & GCP products are marketed. These results were calculated via a proven methodology validated by a third party Deloitte.🔍 Our innovative cement additives and concrete admixtures play an essential role in enhancing the performance of low-carbon materials: - Cement additives: enable lower clinker content in cement. - New generation plasticizers and superplasticizers used in concrete: also called water reducers, they enable cement content reduction or use of lower clinker content cement - Flowable screed: enable reduced volume of screed by m2 Our commitment to sustainability and environmental responsibility has yielded tangible result towards a greener future.🍀 More info: https://lnkd.in/eZ32dxvX #Co2Reduction, #SustainableConcrete, #SustainableCement

How does Floreon’s carbon footprint compare to ABS? Floreon has a carbon footprint of only 0.5 kg CO2eq per kg polymer, which is over SEVEN TIMES LOWER than that of ABS! Floreon’s three unique grades of material are derived from PLA (Polylactic Acid) which has a lower carbon footprint compared to ABS (Acrylonitrile Butadiene Styrene). PLA is derived from renewable resources such as corn starch or sugarcane, whereas ABS is derived from fossil fuels. The production of PLA typically emits fewer greenhouse gases compared to ABS production. Floreon Features: ✅  Made from high renewable content ✅  Lower carbon footprint (up to 7 times less!) ✅  No loss of function or performance ✅  Flame Retardant, Compostable & Durable grades available ✅Can be used in many industries and applications  ✅ Seamless integration into your existing supply chain Learn more about Floreon: https://www.floreon.com Read more about our sustainability: https://lnkd.in/e7qXhpGZ #Sustainability #GreenTechnology #PlasticAlternatives #Floreon #PLA #Plastics #ABS #Plastics #CarbonFootprint

Integrated Lab Solutions is thrilled to announce their latest successful client commissioning of a 3-reactor in series trickle flow #hydrotreating pilot plant for upgrading #plastics #pyrolysis #product to #fuel grade feedstock. This custom hydrotreating platform was designed by #ILS to investigate the ability of different #catalysts to remove undesirable #heteroatoms from chemically #recycled mixed plastic waste. The unit was designed to handle high-viscosity feedstocks, including heated and weighed feed and product vessels in combination with robust #Lewa Pumps for providing reliable, long-term high pressure feed. The interreactor sampling makes it possible to analyze product at each stage of the hydrotreating process, and the reactors have been dimensioned for ideal plug flow, catalyst wetting, and negligible wall effects, even when used with full-scale extrudate particles. #Online #GC analysis provides continuous information on gas-phase products formed, making this hydrotreating unit an ideal solution for upgrading plastics pyrolysis products to fuel grade feedstock. #ILS #Hydrotreating #PlasticRecycling #ChemicalRecycling #FuelGradeFeedstock #catalyst #research #trickleflow #pilotplant