SturdyBegger
10 mW
Hello all,
I joined to share an idea that includes a passive control. Passive controls are like the fins underneath a semi tractor trailer that reduce aerodrag and improve fuel efficiency. I had the idea to insulate the tank on the toilet. This would prevent the water in the tank from absorbing thermal energy from inside of the home and then being flushed down into the sewer. The amount of energy adds up to humongous amounts that I measure in atomic bombs per minute or atomic bombs per second, depending on the size of the community. This made me wonder what would be the net effect if this technology were massively deployed. I do not have the means to build a sensor network to measure the amount of water that is evaporated from inside the sewers. I suspect that it would be many millions of gallons per day and we would have to tread carefully on the Mississippi/Missouri River Watersheds.
This is why I designed active controls for the bathroom; the shower computer. The shower computer can take many forms. It could easily be an egg timer. It could be an at-mini that receives updates of current models and adjusts the flow rate, volume, and temperature accordingly. This would be like a virtual smart grid.
It would be cool to make an "As Seen on TV" Shower Computer that comes with not 1 but 2 free toilet koozies. My endgame is to actually help improve ecosystems that are vulnerable to thermal pollution and to prevent evaporation in regions where water scarcity is a problem. Test markets where massive deployment would be readily adopted would be; Hawaii, Finger Lakes, NY., Las Vegas, California, etc.
Let me know what you think,
SturdyBegger
I joined to share an idea that includes a passive control. Passive controls are like the fins underneath a semi tractor trailer that reduce aerodrag and improve fuel efficiency. I had the idea to insulate the tank on the toilet. This would prevent the water in the tank from absorbing thermal energy from inside of the home and then being flushed down into the sewer. The amount of energy adds up to humongous amounts that I measure in atomic bombs per minute or atomic bombs per second, depending on the size of the community. This made me wonder what would be the net effect if this technology were massively deployed. I do not have the means to build a sensor network to measure the amount of water that is evaporated from inside the sewers. I suspect that it would be many millions of gallons per day and we would have to tread carefully on the Mississippi/Missouri River Watersheds.
This is why I designed active controls for the bathroom; the shower computer. The shower computer can take many forms. It could easily be an egg timer. It could be an at-mini that receives updates of current models and adjusts the flow rate, volume, and temperature accordingly. This would be like a virtual smart grid.
It would be cool to make an "As Seen on TV" Shower Computer that comes with not 1 but 2 free toilet koozies. My endgame is to actually help improve ecosystems that are vulnerable to thermal pollution and to prevent evaporation in regions where water scarcity is a problem. Test markets where massive deployment would be readily adopted would be; Hawaii, Finger Lakes, NY., Las Vegas, California, etc.
Let me know what you think,
SturdyBegger