There are two roads to achieving clean nickel. 1- Carbon sequestion
2- Green energy adoption
If a miner decides to use Green Energy
it eliminates the need to walk the path of, carbon seq.
Here is a superb map depicting - Forks River which
intersects EV Nickels claims. This is a
far larger river than, redstone river seen
in a former post with video.
HYDROLOGICAL STUDIES
I would think it would be ideal if, Lynda Byron,
performed hydrological studies on Forks River - asap.
Winter Flow rates ( now )
Spring Flow rates
Summer Flow rates
inside and outside bends
straight runway flow rates
alll at diff depths.
Having this data ( ready ) would only work to a vantage.
What vantage would it create ? Running small turbines to produce small
amounts of = electricity.
Small amount of ( electricity ) is used to produce
hydrogen.
Producing mass hydrogen - what does one do ? You use large turbine generators that run on,
hydrogen = make your own electrcity..
hydrogen gas feeds the turbine generator - which
enables junior to produce - mass electicty.
At a fraction of the cost to buy - The H2GT-project will use KHI’s NOx-emission-reduction technology. The technology has already been tested in 2018 at the 1 MW hydrogen gas turbine co-generation system built by KHI in Kobe, Japan.
This was the world’s first examples of co-generation using pure hydrogen-fueled gas turbine in a city area, supplying neighboring public facilities with heat and power simultaneously. The German project is aiming to scale-up this technology with KHI’s ‘L30A turbine’, which is capable of generating 34.38 MW of electricity with a efficiency (in hydrogen-fueled operation) of 40.3%.
“We are commercializing 30MW class gas turbines, but in the future, power generation plants operating with hydrogen at hundreds of megawatts will be used by electric utility companies, and this is a technology that is just around the corner,” says Motohiko Nishimura, executive officer and deputy general manager of KHI’s Hydrogen Strategy Division.