THE “YES and NO” of WHAT CAN GO in the RECYCLING BOXES YES NO Aluminum Siding Empty and Rinse

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THE “YES AND NO” OF WHAT CAN GO IN THE RECYCLING BOXES YES NO Aluminum siding Empty and rinse. scrap metal cans foil-wrapped beverage pouches (Capri Sun) pots & pans aluminum foil utensils pie pans, aluminum trays tools Steel (tin) cans hangers toys aerosol spray cans that contained hazardous Empty and rinse. Labels do not need to be removed. scrap metal appliances products: spray paint, insecticides, etc. food and beverage cans (metal lids OK) paint cans pipes pots & pans fuel tanks pet food, soup cans (metal lids OK) utensils car parts EMPTY aerosol spray cans (food, laundry, beauty) tools Glass ceramics cookware (Pyrex) light bulbs windows Empty and rinse. baking dishes coffee mugs fluorescent lights glass art Labels do not need to be removed. Keep lids on. dishware medicine bottles eye glasses wine corks drinking glasses plate glass vases canning jars food and beverage bottles and jars broken glass mirrors holiday lights Plastics plastic bags meat trays containers that contained motor Empty and rinse. Keep caps on. plastic wrap/ cling wrap egg cartons oil, anti-freeze, pesticides, ONLY containers smaller than 2.5 gallons are recyclable. Styrofoam (polystyrene) medicine & pill bottles pool chemicals or other cups/ take-out containers “packing” peanuts hazardous substances food containers: margarine, yogurt, cooking oil, cups, plates, utensils, straws packaging of any kind: curbside/other plastic bins condiments, peanut butter cookie trays foam, blister pack dry cleaner/garment bags beverage bottles and jugs: soda, water, juice, black plastic laundry baskets indoor/outdoor/patio furniture milk liners from food packaging toys swimming pools detergent bottles, dish soap bottles compostable plastics flower pots hoses; PVC piping or tubing cellophane food bags (e.g., 5-gallon pails; buckets containers bigger than 2.5 gallons personal care bottles: shampoo, soap, etc. candy bars, cookies, pasta) VCR tapes, CDs, cases Nalgene water bottles clear plastic clamshells (no black or Styrofoam) frozen food bags/pouches tarps holiday lights Cartons foil-wrapped pouches (Capri Sun) Empty, rinse, & flatten. Throw away straws. frozen juice cartons Recycle with containers, not with paper. frozen food packaging plastic straws milk and juice cartons (plastic spout OK) soymilk, soup and drink boxes (remove straws) Paper soda, beer cartons butter, margarine boxes glossy boxes that show Clean paper only. Flatten boxes. paper cups paper towels, napkins white strands when “Windows” in envelopes, staples, paper clips, tape all OK paper plates tissues torn (frozen food boxes) egg cartons Tyvek or padded envelopes blueprints newspaper, inserts, magazines, junk mail frozen juice cartons hardcover books dirtied paper (pet waste, paint) white, colored, glossy, and construction paper take-out containers stickers & sticker sheeting copy paper packaging shredded paper—put in paper bag corrugated cardboard, clean pizza boxes (no grease or food) boxboard (for example, cereal boxes) gift wrap, gift bags, cards, gift tissue paper (no metallic inks, foil, wire, glitter) paperback books and phonebooks.

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Variation Analysis of Liquid Delivery Using Blister Packs
Manufacturing of Lab-on-a-Chip Devices: Variation Analysis of Liquid Delivery using Blister Packs by Sivesh Selvakumar B.E. Mechanical Engineering (2009) College of Engineering, Guindy, India Submitted to the Department of Mechanical Engineering in Partial Fulfillment of the Requirements for the Degree of Master of Engineering in Manufacturing MASSACHUSETTS INSTITUTE OF TECHNOLOGY at the Massachusetts Institute of Technology NOV 0 4 2010 September 2010 LIBRARI ES ARCHIVES © 2010 Sivesh Selvakumar All rights reserved The author hereby grants to MIT permission to reproduce and to distribute publicly paper and electronic copies of the thesis document in whole or in part in any medium now known or hereafter created Signature of Author............ .......... e artm t of Mechanical Engineering ......................g '21ust 2 " 10 Certified by........... .... A..h. Lectu epartment of Mecanical Engineering 71 A -"Ii ThesMwSupervisor A ccepted by............................................ David E. Hardt Chairman, Committee on Graduate Students This page has been intentionally left blank Manufacturing of Lab-on-a-Chip Devices: Variation Analysis of Liquid Delivery using Blister Packs by Sivesh Selvakumar B.E. Mechanical Engineering (2009) College of Engineering, Guindy, India Submitted to the Department of Mechanical Engineering in Partial Fulfillment of the Requirements for the Degree of Master of Engineering in Manufacturing Abstract Components for on-chip storage and delivery of liquid reagent are necessary for many commercial applications of lab-on-a-chip technology. One such system uses a 'blister pack' that is pushed by an actuator. Over the course of product development, Daktari Diagnostics had completed nominal design of a blister pack for their flow rate requirements.
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Pharmaceutical Packaging Materials Quality Control and USP
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Monomaterial Packaging: a Solution to the Global Plastics Crisis
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Materials Definitions, 7/12/19
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121:2; :21" Good 'Seal Range For' Uncoated Tyvek®, Evidence of Seal
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A Critical Assessment of Factors Effecting Blister Pack Formation In
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Food Packaging
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