itech science

How E-Waste Management is Redefining the Process of Urban Mining Area There are currently 2.53 billion smartphone users in the world. Many of these electronic goods will get disposed of quickly because first-time smartphone purchasers will upgrade to a new device within a year. There are currently 2.53 billion smartphone users in the world. Many of these electronic goods will get disposed of quickly because first-time smartphone purchasers will upgrade to a new device within a year. This increase in technology being used and produced presents a huge challenge for mankind and the environment – managing electronic and electrical equipment (EEE) waste, or e-waste. E-waste is the residue of EEE which reach the end of their life cycle either because they’re obsolete or users have upgraded to a better device. According to reports, India alone is predicted to touch 3 million tons of e-waste by the end of the year. One can only imagine how high the number is going to be worldwide. ...

How E-Waste Management is Redefining the Process of Urban Mining Area There are currently 2.53 billion smartphone users in the world. Many of these electronic goods will get disposed of quickly because first-time smartphone purchasers will upgrade to a new device within a year. There are currently 2.53 billion smartphone users in the world. Many of these electronic goods will get disposed of quickly because first-time smartphone purchasers will upgrade to a new device within a year. This increase in technology being used and produced presents a huge challenge for mankind and the environment – managing electronic and electrical equipment (EEE) waste, or e-waste. E-waste is the residue of EEE which reach the end of their life cycle either because they’re obsolete or users have upgraded to a better device. According to reports, India alone is predicted to touch 3 million tons of e-waste by the end of the year. One can only imagine how high the number is going to be worldwide. ...

Hayabusa 2 is, as you might guess, a sequel to the original Hayabusa, which like this one was an asteroid sampling mission. Japan's Hayabusa 2 Mission Hayabusa2 carries multiple payloads for science: remote sensing, sampling, and four small rovers that will investigate the asteroid surface to gather an environmental context for the samples to be returned. Ryugu is of a particularly primitive asteroid variety, and studying it could shed light on the origin and evolution of Earth. Initially, launch was planned for 30 November 2014 (13:23 local time), but was delayed to 3 December 2014 04:22 UTC (4 December 2014 13:22:04 local time). [ads-post] Hayabusa2 arrived at the sasaran asteroid 162173 Ryugu (formerly designated 1999 JU3) on 27 June 2018. It is expected to survey the asteroid, which is a near-Earth asteroid, for a year and a half during which time it will collect samples multiple times, depart in December 2019, and return the samples to Earth in December 2020. ...

Hayabusa 2 is, as you might guess, a sequel to the original Hayabusa, which like this one was an asteroid sampling mission. Japan's Hayabusa 2 Mission Hayabusa2 carries multiple payloads for science: remote sensing, sampling, and four small rovers that will investigate the asteroid surface to gather an environmental context for the samples to be returned. Ryugu is of a particularly primitive asteroid variety, and studying it could shed light on the origin and evolution of Earth. Initially, launch was planned for 30 November 2014 (13:23 local time), but was delayed to 3 December 2014 04:22 UTC (4 December 2014 13:22:04 local time). [ads-post] Hayabusa2 arrived at the sasaran asteroid 162173 Ryugu (formerly designated 1999 JU3) on 27 June 2018. It is expected to survey the asteroid, which is a near-Earth asteroid, for a year and a half during which time it will collect samples multiple times, depart in December 2019, and return the samples to Earth in December 2020. ...