<--- Back to Details
First PageDocument Content
Thermoplastics / Chemistry / Dielectrics / Polyvinyl chloride / Dissolution / Recycling / Vinyloop / Plastics
Date: 2003-07-11 11:25:02
Thermoplastics
Chemistry
Dielectrics
Polyvinyl chloride
Dissolution
Recycling
Vinyloop
Plastics

VINYLOOP® A new Process to Regenerate PVC Compounds from

Add to Reading List

Source URL: infohouse.p2ric.org

Download Document from Source Website

File Size: 454,34 KB

Share Document on Facebook

Similar Documents

Plastics / Dielectrics / Chemistry / Thermoplastics / Polyvinyl chloride / Matter / Natural environment / Recycling / Sustainability / High-density polyethylene / Vinyloop

VinylPlus announces more than 500,000 tonnes of PVC recycled in 2015 European PVC recycling volumes continue upward trend VinylPlus, the European program for the sustainable development of the PVC, recycled 514,913 metri

DocID: 1q9WO - View Document

Thermoplastics / Materials science / Polyvinyl chloride / Plastic / Vinyl chloride / Polyethylene terephthalate / Recycling / Sustainability / Vinyloop / Chemistry / Dielectrics / Plastics

Progress Report 2015 REPORTING ON 2014 ACTIVITIES This Report summarises VinylPlus’ progress and achievements in 2014 in each of the five sustainable development challenges

DocID: 1g7Af - View Document

Materials science / Polyvinyl chloride / Thermoplastics / Polymer chemistry / Vinyl chloride / Vinyloop / Dielectrics / Chemistry / Plastics

Environmental performance Resource management More than 50 percent of PVC’s feedstock is derived from an abundantly available resource – salt. It is salt (sodium chloride) from which the chlorine in PVC is derived. T

DocID: 175WN - View Document

Materials science / Polyvinyl chloride / Thermoplastics / Polymer chemistry / Vinyl chloride / Vinyloop / Dielectrics / Chemistry / Plastics

Environmental performance Resource management More than 50 percent of PVC’s feedstock is derived from an abundantly available resource – salt. It is salt (sodium chloride) from which the chlorine in PVC is derived. T

DocID: 175mo - View Document

Thermoplastics / Monomers / Polyvinyl chloride / Vinyloop / Petrochemical / Chlorine / Ethylene / Chemistry / Plastics / Dielectrics

Spring  2014   EUROPE’S  LOW-­‐CARBON  TRANSITION:   UNDERSTANDING  THE  CHALLENGES  AND   OPPORTUNITIES  FOR  THE  CHEMICAL  SECTOR    

DocID: 15OkP - View Document