1) Says it draws 1 kilowatt constantly and 'begins to produce oil in one hour', while also only holding about 1 kg max of plastic. How long does it take to finish processing the 1 kg of plastic into the 0.8 kg of oil? Is this a reasonable overall energy-return-on-energy-investment (and see #2 below, it will take additional energy).
2) If this is producing a typical crude oil, is further refining needed to create individually useful products? What's the average hydrocarbon length and the overall distribution of different lengths of hydrocarbons? Are there aromatic components of the oil (such as benzene, a known carcinogen)?
2) What kind of waste is leftover? Does it generate a polcyclic aromatic hydrocarbon-laden toxic glop, or what? How is this waste to be disposed?
Edit: On that page it also says "As you look into the data you can understand our machine can produce high grade oil mixture of gasoline, kerosene, diesel oil and little heavy oil. The oil can be used as recycled fuel for electric power generator without refining." The second sentence seems like a bit of a reach, that there would not be some intermediary step.
1) Says it draws 1 kilowatt constantly and 'begins to produce oil in one hour', while also only holding about 1 kg max of plastic. How long does it take to finish processing the 1 kg of plastic into the 0.8 kg of oil? Is this a reasonable overall energy-return-on-energy-investment (and see #2 below, it will take additional energy).
2) If this is producing a typical crude oil, is further refining needed to create individually useful products? What's the average hydrocarbon length and the overall distribution of different lengths of hydrocarbons? Are there aromatic components of the oil (such as benzene, a known carcinogen)?
2) What kind of waste is leftover? Does it generate a polcyclic aromatic hydrocarbon-laden toxic glop, or what? How is this waste to be disposed?