Antarctic ice loss remediation

How do we remediate so much water at the pole?   
   Repurpose and retrofit former and new oil tankers.  Complete water and waste water treatment plants that float.  Salt water batteries tied into turbine generators will supply the electrical power.  Pumping and spraying systems that can be adjusted as conditions change.  Self contained and self charging powered systems that can be moved to wherever it is needed.  Fossil fuel burning is not needed. 
   democratize our power

#democratizeourpower

Comments

Post a Comment

Popular posts from this blog

Hydraulic micropumps - Heated Fluid Turbine

Image
Heated Fluid Turbine  Output power is (60 Amps)(240 Volts) = 14.4 KW Powered by 48V battery pack, recharge by power feedback loop Two hydraulic micro pumps, 0.1 hp, combined current draw is 400 to 600 mA PID controller, current draw is 300mA Total power draw for pumps is less than 1A by 48V  
Read more

Heated fluid turbine

Image
Heated fluid turbine:  concept    On site power generation systems.  Sizing these systems at 60 Amps by 240V would make them the equivalent in size to a tall 19 inch server or pcx rack.  Picture an enclosed system that would stand 8 to 9 feet tall.  Force to generate power is created through a combination of kinetic energy sources.  A tall holding tank creates head pressure through gravity.  Harvest and amplify that force with a micro hydraulic pump attached to the hydraulic block assembly.  Heat the fluid to 180°F to increase flow velocity.  Shoot this accelerated flow across a bulb/Kaplan turbine.  Decelerate the flow and use hydraulic pressure assist to return the fluid to the holding tank.  Power the system with a 200AH 48V battery pack.  PID controllers for the heating, pump, and generator circuits.  Add PLC controllers for micro-grids.    democratize our power #democratizeourpower
Read more