PPT-New Polymers that support Food Waste Reduction

Mauri Azagury Market Development Manager DuPont Packaging amp Industrial Polymers EMEA region Sandefjord 6th November 2015 DUPONT vision on Food Examples of Packaging innovation that reduces food waste . Higgins Environmental strives to reuse and recycle through a vast network of experts and facilities. When disposal or incineration are necessary, advanced waste profiling, lab-packing and manifest preparation assure state and federal regulations are met. Higgins Environmental strives to reuse and recycle through a vast network of experts and facilities. When disposal or incineration are necessary, advanced waste profiling, lab-packing and manifest preparation assure state and federal regulations are met. The preconditioned waste travels into a wastestorage vessel to ensure a constant supply of input material When traveling from the waste storage to the reformer vessel oxygen is removed allowing for conversion without combustion Working in an oxygens C2: Chapter 2. Learning Objectives. To be able to . list. and . state. uses of commonly used polymers. To be able to . recall and describe. the conditions required for the production of LDPE, HDPE, thermosetting and thermosoftening polymers. . This is Compo – . Wheelie’s . food bin friend. He would like to tell you all about food waste. . Wheelie’s Lessons. . learn and think. Wheelie Big Actions. . research and act . Wheelie Big Competition . Public-Private Alliance. “You can tell how high a society is. by how much of its garbage is recycled.”. —. Dhyani. . Ywahoo. , Native American. Commercial Food Waste collected . Organic Liquid Fertilizer. Carbohydrates, lipids, proteins, and nucleic acids. Monomers. Glucose. Amino acids. Nucleotides . Fatty acids . Polymers. Carbohydrates . Nucleic acids. Lipids . Proteins . Carbohydrates. The word carbohydrate literally means “watered carbon.”. Polymers. are long molecules made of repeating units, called . monomers. .. In general. :. Specific example. :. Forces between polymer chains: Crosslinks. Weak: Intermolecular . force crosslinks. Strong: Colvalent. D 15.  Explain the general formation and structure of carbon-based polymers, including synthetic polymers, such as polyethylene, and biopolymers, such as carbohydrate. . Content Standard . What is a monomer and what is a polymer?. What are polymers. ?. Where can you find polymers in your everyday life?. How are polymers synthesized?. What kinds of polymers can be recycled?. How are polymers recycled?. What are some unique applications for polymers?. HBS Student Sustainability Associate Program. Waste Reduction & Recycling Campaign. Campaign Kick-off & Waste Awareness Presentation – today!. Introduce HBS’ sustainability program and your section’s Student Sustainability Associate (SSA). Waste Reduction Recycling & Education 2019-2021 Kelsey Dunne Grants Technical Assistance Lead & WRRED Program Coordinator 30 Applicants 11 Funded Applications Funded Projects Snohomish Co PW Noah Brubaker. June 29. th. , 2011. Hydrocarbons. ex: Alkanes. 1 – Meth-. 2 – Eth-. 3 – Prop-. 4 – But-. 5 . – . Pent-. 6 – Hex-. 7 – . Hept. -. 8. . – Oct-. 9. . – Non-. 10 – Dec-. M.P. KESAVAN M.Sc., Ph.D.,. Assistant Professor. Department of Chemistry. HKRH College. Uthamapalayam. .. 1. Polymers ???. 2. Polymers . may be naturally found in plants and animals (natural polymers) or may be man-made (synthetic polymers)..