Page 53 - Elana Freeland - Under an Ionized Sky

beam between them to create a super-antenna that gathers and stores messages. Ergo, set up
networks, communicate with satellites and other processors, etc. Strike the first beam with
another beam (scalar interferometry) and you can store hard data on a virtual “CD.”
Utilizing clouds as optical systems is exactly what will be occurring in space as rockets
deliver their payloads of “dusty plasma.”

WSAC STEAM RELEASE

Direct steam condensation for generating power—steam releases from nuclear reactors, power
plants, etc.—often depends upon evaporative wet surface air cooler (WSAC) technology that can
also be used to fuel engineered weather systems in the South Pacific or on land.
There are seven thousand power plants in the U.S., most of which are east of the Mississippi
River and all of which have large cooling towers and/or WSACs that can produce thousands of
gallons of water vapor per minute. Researcher WeatherWar101 makes an important observation
about water vapor generation fueling: “Clearly these immense facilities and all of this open-loop
water are not there solely to cool closed-loop fluid. . .at a coal power plant.” 124 As with cell
towers built to produce far more power than cell receptivity requires, WSACs are built for “dual
use.”
In an email, WeatherWar101 explained how the WSAC closed-loop / open-loop technology
works:

WSACs are both closed loop and open loop. That is to say they are used to cool the closed-loop working fluid driving
the turbines to create electricity, whereas the water sprayed on closed loop tubes is an open loop system. Hence the
billowing steam seen from satellite is produced from the open loop portion. In most instances, cooling tower and
WSAC water is as close to “pure” as they can get it, primarily to ensure that the equipment stays clean. This applies
only to cooling tower stacks, of course, and not to actual power plant stacks whose contents mix with the cooling
tower water vapor on ascending to mix with the descending chemtrails / nanoparticles that facilitate NexRad
frequency manipulation. 125

Thus we see how power plant and nuclear stacks add particulates to the chemical stew
overhead, synergizing with the descending conductive metals and Mylar nanoparticles. As steam
particles ascend, the moisture feeds what is descending and multiplies the chemical effect.
Western Canada GOES Satellite feeds captured how billowing water vapor from industrial
cooling and power plant stacks and WSACs in East Texas, Louisiana, Mississippi, and Alabama
fed the storm front that became the Louisiana flood of August 14, 2016. 126 That 100,000 people
in Louisiana and southwest Mississippi lost everything was simply the collateral damage that
accompanies successful weather warfare operations.
Just as the U.S. Navy and recruited merchant ships produce ship tracks in the South Pacific
that can be harnessed to feed and direct weather systems, so industrial plants are recruited to do
the same on land, proving once again that the military and industry work hand in hand. The
floods in Louisiana, West Virginia (two weeks before), and Macedonia in the Balkans (one week
before) were not due to any 1,000-year cycle or “inland sheared tropical depression.” They were
engineered with in-place water vapor generation. Spray aerosols into the atmosphere to capture
moisture, then release billions of tons of rainwater with electromagnetic pulsing.

CLOUD SEEDING AND IONIZATION (PLUVICULTURE)