(Hot) Giraffe autism seeing the world from different angle shirt
>>> CLick to order : Giraffe autism seeing the world from different angle
OR buy at : Brownshirts
Each cubic meter of freshwater mixed with seawater generates about 0.65 kilowatts of electricity hours, enough for 30 minutes to run a normal home in the United States. Giraffe autism seeing the world from different angle. In theory, if new technologies are applied on a global scale, the amount of energy generated from coastal wastewater treatment plants will reach 18 gigawatts, enough to operate 1,700 homes within a year. The Stanford team is not the first place to succeed in the task of collecting blue energy, notably here: they apply electrochemical technology without pressure or diaphragm. When increasing the scale of this researched system, we will still find a simple, flexible and not too expensive technology. First, sodium and chloride from the electrode find their way into the solution, creating an electric current between the two electrodes. Then, an amount of wastewater mixed with seawater enters the electrode, "charging" sodium and chloride and reversing the current. We can collect energy when discharging waste water mixed with seawater, no need to supply more energy to the system and do not need to recharge the battery. This means the battery system is constantly charging and discharging without the need for power input.
Homepage : Boomtshirts
OR buy at : Brownshirts
Each cubic meter of freshwater mixed with seawater generates about 0.65 kilowatts of electricity hours, enough for 30 minutes to run a normal home in the United States. Giraffe autism seeing the world from different angle. In theory, if new technologies are applied on a global scale, the amount of energy generated from coastal wastewater treatment plants will reach 18 gigawatts, enough to operate 1,700 homes within a year. The Stanford team is not the first place to succeed in the task of collecting blue energy, notably here: they apply electrochemical technology without pressure or diaphragm. When increasing the scale of this researched system, we will still find a simple, flexible and not too expensive technology. First, sodium and chloride from the electrode find their way into the solution, creating an electric current between the two electrodes. Then, an amount of wastewater mixed with seawater enters the electrode, "charging" sodium and chloride and reversing the current. We can collect energy when discharging waste water mixed with seawater, no need to supply more energy to the system and do not need to recharge the battery. This means the battery system is constantly charging and discharging without the need for power input.
Homepage : Boomtshirts
Nhận xét
Đăng nhận xét