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Showing posts from March, 2019

Paradigm Shift in Industrial Energy -inc'l updates

                          A  Work in Progress  -last edits March 1st 2020     The ideal future is clean and connected cities, with sustainable farms and the "new fire" being the linch-pins. This vision is not just imperiled by Co2 increase.  P hase-out of both fossil and nuclear fuels means wasted heat, pollutants and radioactive waste are being reduced. Such reductions happen if innovators, investors and politicians rush newly available solutions  to environmental and nuclear threats.  With media busy cheering renewable and nuclear fuels, it's hard for agriculture and small businesses to b e aware of LENR (Low Energy Nuclear Reactions). Actually, in Beta test today, is an energy source with early benefit to agricultural, industrial and residential sectors.  With LENR being prepped for lease to cement industries and other high energy users, adverse climate change will soon begin to ease.  E lectric vehicles will soon become range-free with a few Rubic-sized SKL elect

Deteriorating Nuclear Plants -Crying Wolf or Gambling

                      Deteriorating Nuclear Plants   -Crying Wolf  or Gambling   Recognizing Ontario's Bruce nuclear plant similarity in size and vintage to the Fukushima one, we must weigh potential impacts of damages of a volume of Fukushima-type radioactive leakage into the Pacific Ocean compared to a similar volume of radioactive contaminants spilling into the much smaller Great Lakes (Canada/US) fresh water system.  If you are one of the captive Canadian and American millions breathing air, drinking water and snoozing down stream or down wind  of "The Bruce Colossus" read on -and spread the alarm in a time of stubborn inaction.   "Nuclear reactors need to be located near a massive body of coolant water, but away from dense population zones and natural disaster zones. Every nuclear power station needs to be decommissioned after 40-60 years of operation due to neutron embrittlement - cracks that develop on the metal surfaces due to radiation. Currently, i