Desk – top Waste Plastic Oiling System Be-j NAME Be-j CAPACITY 0.7～1.0kg／time RECYCLE RATIO More than 80％（3h/time） It fluctuates due to the kind of plastic MAIN BODY DIMENSION 560（W）×320（D）×500（H）mm WEIGHT Approx. 50kg POWER SOURCE AC100V／Max. 14A RUNNING COST 1KW／h (Only as a guide) FEATURE ・Realtime Recycling ・Simple Operation ・Compact and Mobile! ・Standard Outlet Powered! ・Off-gas is decomposed into harmless H2O and CO2! Experiment of convert Household Plastic waste to oil 1, Desk-top Waste Plastic Oiling System Be-j The examination is made by using this Be-j. 2, Household Plastic waste There are Plastic garbage of food wrapping bags and plastic bags(PP, PE), etc… Household plastics waste, such as food wrapping bags, plastic bags and so on, are converted to oil. 3, Loading into the Be-j Load household plastics waste into the reactor of Be-h. 4, Operating Operating time is three hours and half. Oil will begin to be generated in about one hou
binloads of household plastic. this is the start of its recycling journey. it s then brought to this facility, ready to be sent for sorting. in europe, each person generates 35 kilos of waste plastic packaging a year. only 40% gets recycled. globally, it s much less. while plastics are useful, a lot of packaging is difficult to reuse most of it ends up in landfill or incinerated. a big problem is plastic pollution. and yet more resources get used making new plastic products. here in copenhagen, new technology is being trialled that could help boost recycling rates. it s part of an industry led project called holygrail 2.0. what we re trying to do is really use intelligence that is embedded in the packaging, using the digital watermarks to revolutionise the way we sort or recycle plastics. more than 100,000 packaging samples are being sent along this line to a smart sorting machine. each piece of packaging is printed or embossed with a digital watermark that s about the size of a post
around the world on schedule. one option is to increase local production, they re starting to do a bit of that here in leeds. but don t expect globalisation to retreat any time soon. this is still a hyper connected world, and now omicron is creating more challenges for the supply chains that we take for granted. chris morris, bbc news. almost every single day, most of us use products that come in plastic packaging. yet only a fraction of the world s used plastic get recycled. you can imagine the increase in plastic use over a period like christmas. but what if we do a betterjob? a project in europe is using new technology to sort plastic packaging more effectively, with the hope of increasing recycling rates. trials have been taking place in copenhagen, and adrienne murray has been finding out more. early each morning, rubbish trucks are on the streets collecting binloads of household plastic. this is the start of its recycling journey. it s then brought to this facility, ready
justin rowlatt, bbc news, newark park estate in gloucestershire. you are watching bbc news. less than half of our waste is recycled but a trial in denmark is tackling that problem using pioneering technology. adrienne murray went to take a look. early each morning, rubbish trucks are on the streets collecting binloads of household plastic. this is the start of its recycling journey. it s then brought to this facility, ready to be sent for sorting. in europe, each person generates 35 kilos of waste plastic packaging a year. only 40% gets recycled. globally, it s much less. while plastics are useful, a lot of packaging is difficult to reuse most of it ends up in landfill or incinerated. a big problem is plastic pollution. and yet more resources get used making new plastic products.
industry players together to test out new technology that could help sort plastic packaging better and boost recycling. trials have been taking place in copenhagen, denmark, from where adrienne murray has been finding out more. early each morning, rubbish trucks are on the streets collecting binloads of household plastic. this is the start of its recycling journey. it s then brought to this facility, ready to be sent for sorting. in europe, each person generates 35 kilos of waste plastic packaging a year. only 40% gets recycled. globally, it s much less. while plastics are useful, a lot of packaging is difficult to reuse, and most of it ends up in landfill or incinerated. a big problem is plastic pollution. and yet more resources get used making new plastic products. here in copenhagen, new technology is being trialled that could help boost recycling rates.