Recycling Technology 2016 – pag. 39
39 2016 awareness and acceptance will grow gradu- ally,’ he expects. ‘Thus, the collection rate will increase in line with…
39 2016 awareness and acceptance will grow gradu- ally,’ he expects. ‘Thus, the collection rate will increase in line with…
40 2016 Technology: CAR RECYCLING T he electrification of the European car fleet can be traced not only in high-…
41 2016 Technology: CAR RECYCLING stimulate recycling technology and entrepre- neurship. The Federal Office for Environmental Protection in Switzerland (BAFU)…
42 2016 Technology: VEHICLE FIBRES Closing the loop for end-of-life vehicle fibres Fibres, minerals and plastics – these are the…
43 2016 Technology: VEHICLE FIBRES the ‘packed’ fibres often become intertwined with small fragments of copper wire and other materials…
2016 44 TechnoLab: PHONEBLOKS Beating planned obsolescence The tagline ‘A phone worth keeping’ is a reflection of many issues, according…
45 2016 Application: E-SCRAP + FRIDGES Showcase plant for recycling e-scrap and refrigerators In the spring of 2014, Andritz MeWa…
2016 Application: SCRAP PROCESSING Shear upgrade boosts productivity at Sell & Parker Increased capacity, lower production costs and a better-quality…
2016 of mobile scissors – in other words, our capac- ity has increased at the same time as dropping four…
31 2016 Research: LAMP PHOSPHOR WASTE taining rare earths are made for these markets. Two aspects of recycling must be…
32 2016 Research: LAMP PHOSPHOR WASTE its seemingly complex structure. The acidic group on the betaine cation (indicated in red…