LAB.
LAB.
NOW,
LAB.
NOW, IT'S
LAB.
NOW, IT'S ON
LAB.
NOW, IT'S ON THE
LAB.
NOW, IT'S ON THE VERGE
LAB.
NOW, IT'S ON THE VERGE OF
LAB.
NOW, IT'S ON THE VERGE OF GOING
NOW, IT'S ON THE VERGE OF GOING
NOW, IT'S ON THE VERGE OF GOING
GLOBAL.
GLOBAL.
GLOBAL.
>>
GLOBAL.
>> SO,
GLOBAL.
>> SO, THIS
GLOBAL.
>> SO, THIS WOULD
GLOBAL.
>> SO, THIS WOULD REPRESENT
GLOBAL.
>> SO, THIS WOULD REPRESENT --
>> SO, THIS WOULD REPRESENT --
>> SO, THIS WOULD REPRESENT --
>>
>> SO, THIS WOULD REPRESENT --
>> Reporter:
>> SO, THIS WOULD REPRESENT --
>> Reporter: BACK
>> SO, THIS WOULD REPRESENT --
>> Reporter: BACK IN
>> SO, THIS WOULD REPRESENT --
>> Reporter: BACK IN 2011,
>> SO, THIS WOULD REPRESENT --
>> Reporter: BACK IN 2011, DR.
>> Reporter: BACK IN 2011, DR.
>> Reporter: BACK IN 2011, DR.
JOSE
>> Reporter: BACK IN 2011, DR.
JOSE REYES
>> Reporter: BACK IN 2011, DR.
JOSE REYES INVITED
>> Reporter: BACK IN 2011, DR.
JOSE REYES INVITED US
>> Reporter: BACK IN 2011, DR.
JOSE REYES INVITED US INTO
>> Reporter: BACK IN 2011, DR.
JOSE REYES INVITED US INTO HIS
JOSE REYES INVITED US INTO HIS
JOSE REYES INVITED US INTO HIS
LAP
JOSE REYES INVITED US INTO HIS
LAP TO
JOSE REYES INVITED US INTO HIS
LAP TO SHOW
JOSE REYES INVITED US INTO HIS
LAP TO SHOW US
JOSE REYES INVITED US INTO HIS
LAP TO SHOW US WHAT
JOSE REYES INVITED US INTO HIS
LAP TO SHOW US WHAT HE
JOSE REYES INVITED US INTO HIS
LAP TO SHOW US WHAT HE BELIEVED
LAP TO SHOW US WHAT HE BELIEVED
LAP TO SHOW US WHAT HE BELIEVED
WAS
LAP TO SHOW US WHAT HE BELIEVED
WAS THE
LAP TO SHOW US WHAT HE BELIEVED
WAS THE FUTURE
LAP TO SHOW US WHAT HE BELIEVED
WAS THE FUTURE OF
LAP TO SHOW US WHAT HE BELIEVED
WAS THE FUTURE OF CLEAN
LAP TO SHOW US WHAT HE BELIEVED
WAS THE FUTURE OF CLEAN ENERGY.
WAS THE FUTURE OF CLEAN ENERGY.
WAS THE FUTURE OF CLEAN ENERGY.
>>
WAS THE FUTURE OF CLEAN ENERGY.
>> THIS
WAS THE FUTURE OF CLEAN ENERGY.
>> THIS IS
WAS THE FUTURE OF CLEAN ENERGY.
>> THIS IS WHAT
WAS THE FUTURE OF CLEAN ENERGY.
>> THIS IS WHAT OUR
WAS THE FUTURE OF CLEAN ENERGY.
>> THIS IS WHAT OUR SYSTEM
>> THIS IS WHAT OUR SYSTEM
>> THIS IS WHAT OUR SYSTEM
WOULD
>> THIS IS WHAT OUR SYSTEM
WOULD LOOK
>> THIS IS WHAT OUR SYSTEM
WOULD LOOK LIKE.
WOULD LOOK LIKE.
WOULD LOOK LIKE.
>>
WOULD LOOK LIKE.
>> Reporter:
WOULD LOOK LIKE.
>> Reporter: A
WOULD LOOK LIKE.
>> Reporter: A NUCLEAR
WOULD LOOK LIKE.
>> Reporter: A NUCLEAR REACTOR
>> Reporter: A NUCLEAR REACTOR
>> Reporter: A NUCLEAR REACTOR
UNLIKE
>> Reporter: A NUCLEAR REACTOR
UNLIKE ANY
>> Reporter: A NUCLEAR REACTOR
UNLIKE ANY WE
>> Reporter: A NUCLEAR REACTOR
UNLIKE ANY WE HAVE
>> Reporter: A NUCLEAR REACTOR
UNLIKE ANY WE HAVE EVER
>> Reporter: A NUCLEAR REACTOR
UNLIKE ANY WE HAVE EVER SEEN
UNLIKE ANY WE HAVE EVER SEEN
UNLIKE ANY WE HAVE EVER SEEN
BEFORE.
BEFORE.
BEFORE.
A
BEFORE.
A MUCH
BEFORE.
A MUCH SMALLER,
BEFORE.
A MUCH SMALLER, SIMPLER,
BEFORE.
A MUCH SMALLER, SIMPLER, AND
A MUCH SMALLER, SIMPLER, AND
A MUCH SMALLER, SIMPLER, AND
SAFER
A MUCH SMALLER, SIMPLER, AND
SAFER ONE.
SAFER ONE.
SAFER ONE.
>>
SAFER ONE.
>> EVERYTHING
SAFER ONE.
>> EVERYTHING YOU
SAFER ONE.
>> EVERYTHING YOU NEED
SAFER ONE.
>> EVERYTHING YOU NEED FOR
>> EVERYTHING YOU NEED FOR
>> EVERYTHING YOU NEED FOR
SAFETY
>> EVERYTHING YOU NEED FOR
SAFETY IS
>> EVERYTHING YOU NEED FOR
SAFETY IS RIGHT
>> EVERYTHING YOU NEED FOR
SAFETY IS RIGHT THERE
>> EVERYTHING YOU NEED FOR
SAFETY IS RIGHT THERE WITH
>> EVERYTHING YOU NEED FOR
SAFETY IS RIGHT THERE WITH THE
SAFETY IS RIGHT THERE WITH THE
SAFETY IS RIGHT THERE WITH THE
CONTAINER.
CONTAINER.
CONTAINER.
>>
CONTAINER.
>> Reporter:
CONTAINER.
>> Reporter: NOW,
CONTAINER.
>> Reporter: NOW, WHAT
CONTAINER.
>> Reporter: NOW, WHAT STARTED
>> Reporter: NOW, WHAT STARTED
>> Reporter: NOW, WHAT STARTED
IN
>> Reporter: NOW, WHAT STARTED
IN THAT
>> Reporter: NOW, WHAT STARTED
IN THAT LAB
>> Reporter: NOW, WHAT STARTED
IN THAT LAB IS
>> Reporter: NOW, WHAT STARTED
IN THAT LAB IS ABOUT
>> Reporter: NOW, WHAT STARTED
IN THAT LAB IS ABOUT TO
>> Reporter: NOW, WHAT STARTED
IN THAT LAB IS ABOUT TO BECOME
IN THAT LAB IS ABOUT TO BECOME
IN THAT LAB IS ABOUT TO BECOME
A
IN THAT LAB IS ABOUT TO BECOME
A REALITY.
A REALITY.
A REALITY.
LAST
A REALITY.
LAST WEEK,
A REALITY.
LAST WEEK, THE
A REALITY.
LAST WEEK, THE DESIGN
A REALITY.
LAST WEEK, THE DESIGN BECAME
LAST WEEK, THE DESIGN BECAME
LAST WEEK, THE DESIGN BECAME
THE
LAST WEEK, THE DESIGN BECAME
THE FIRST
LAST WEEK, THE DESIGN BECAME
THE FIRST SMALL
LAST WEEK, THE DESIGN BECAME
THE FIRST SMALL NUCLEAR
LAST WEEK, THE DESIGN BECAME
THE FIRST SMALL NUCLEAR REACTOR
THE FIRST SMALL NUCLEAR REACTOR
THE FIRST SMALL NUCLEAR REACTOR
TO
THE FIRST SMALL NUCLEAR REACTOR
TO BE
THE FIRST SMALL NUCLEAR REACTOR
TO BE APPROVED
THE FIRST SMALL NUCLEAR REACTOR
TO BE APPROVED IN
THE FIRST SMALL NUCLEAR REACTOR
TO BE APPROVED IN THE
THE FIRST SMALL NUCLEAR REACTOR
TO BE APPROVED IN THE UNITED
TO BE APPROVED IN THE UNITED
TO BE APPROVED IN THE UNITED
STATES.
STATES.
STATES.
>>
STATES.
>> THE
STATES.
>> THE WHOLE
STATES.
>> THE WHOLE WORLD
STATES.
>> THE WHOLE WORLD HAS
STATES.
>> THE WHOLE WORLD HAS BEEN
>> THE WHOLE WORLD HAS BEEN
>> THE WHOLE WORLD HAS BEEN
WATCHING
>> THE WHOLE WORLD HAS BEEN
WATCHING WHAT
>> THE WHOLE WORLD HAS BEEN
WATCHING WHAT WE
>> THE WHOLE WORLD HAS BEEN
WATCHING WHAT WE ARE
>> THE WHOLE WORLD HAS BEEN
WATCHING WHAT WE ARE DOING
>> THE WHOLE WORLD HAS BEEN
WATCHING WHAT WE ARE DOING HERE
WATCHING WHAT WE ARE DOING HERE
WATCHING WHAT WE ARE DOING HERE
IN
WATCHING WHAT WE ARE DOING HERE
IN OREGON.
IN OREGON.
IN OREGON.
>>
IN OREGON.
>> Reporter:
IN OREGON.
>> Reporter: AT
IN OREGON.
>> Reporter: AT ONLY
IN OREGON.
>> Reporter: AT ONLY 70
IN OREGON.
>> Reporter: AT ONLY 70 FEET
>> Reporter: AT ONLY 70 FEET
>> Reporter: AT ONLY 70 FEET
LONG
>> Reporter: AT ONLY 70 FEET
LONG AND
>> Reporter: AT ONLY 70 FEET
LONG AND 15
>> Reporter: AT ONLY 70 FEET
LONG AND 15 FEET
>> Reporter: AT ONLY 70 FEET
LONG AND 15 FEET WIDE,
>> Reporter: AT ONLY 70 FEET
LONG AND 15 FEET WIDE, THE
LONG AND 15 FEET WIDE, THE
LONG AND 15 FEET WIDE, THE
REACTORS
LONG AND 15 FEET WIDE, THE
REACTORS CAN
LONG AND 15 FEET WIDE, THE
REACTORS CAN BE
LONG AND 15 FEET WIDE, THE
REACTORS CAN BE BUILT
LONG AND 15 FEET WIDE, THE
REACTORS CAN BE BUILT IN
LONG AND 15 FEET WIDE, THE
REACTORS CAN BE BUILT IN A
REACTORS CAN BE BUILT IN A
REACTORS CAN BE BUILT IN A
FACTORY,
REACTORS CAN BE BUILT IN A
FACTORY, AND
REACTORS CAN BE BUILT IN A
FACTORY, AND SHIPPED
REACTORS CAN BE BUILT IN A
FACTORY, AND SHIPPED OUT
REACTORS CAN BE BUILT IN A
FACTORY, AND SHIPPED OUT TO
FACTORY, AND SHIPPED OUT TO
FACTORY, AND SHIPPED OUT TO
UTILITY
FACTORY, AND SHIPPED OUT TO
UTILITY COMPANIES
FACTORY, AND SHIPPED OUT TO
UTILITY COMPANIES ACROSS
FACTORY, AND SHIPPED OUT TO
UTILITY COMPANIES ACROSS THE
UTILITY COMPANIES ACROSS THE
UTILITY COMPANIES ACROSS THE
GLOBE.
GLOBE.
GLOBE.
THE
GLOBE.
THE DESIGN
GLOBE.
THE DESIGN ALLOWS
GLOBE.
THE DESIGN ALLOWS IT
GLOBE.
THE DESIGN ALLOWS IT TO
GLOBE.
THE DESIGN ALLOWS IT TO BE
THE DESIGN ALLOWS IT TO BE
THE DESIGN ALLOWS IT TO BE
EASILY
THE DESIGN ALLOWS IT TO BE
EASILY INTEGRATED
THE DESIGN ALLOWS IT TO BE
EASILY INTEGRATED WITH
THE DESIGN ALLOWS IT TO BE
EASILY INTEGRATED WITH OTHER
EASILY INTEGRATED WITH OTHER
EASILY INTEGRATED WITH OTHER
RENEWABLES
EASILY INTEGRATED WITH OTHER
RENEWABLES LIKE
EASILY INTEGRATED WITH OTHER
RENEWABLES LIKE WIND
EASILY INTEGRATED WITH OTHER
RENEWABLES LIKE WIND AND
EASILY INTEGRATED WITH OTHER
RENEWABLES LIKE WIND AND SOLAR.
RENEWABLES LIKE WIND AND SOLAR.
RENEWABLES LIKE WIND AND SOLAR.
>>
RENEWABLES LIKE WIND AND SOLAR.
>> ONE
RENEWABLES LIKE WIND AND SOLAR.
>> ONE MODULE
RENEWABLES LIKE WIND AND SOLAR.
>> ONE MODULE COULD
RENEWABLES LIKE WIND AND SOLAR.
>> ONE MODULE COULD BE
RENEWABLES LIKE WIND AND SOLAR.
>> ONE MODULE COULD BE 16.
>> ONE MODULE COULD BE 16.
>> ONE MODULE COULD BE 16.
THAT'S
>> ONE MODULE COULD BE 16.
THAT'S ENOUGH
>> ONE MODULE COULD BE 16.
THAT'S ENOUGH FOR
>> ONE MODULE COULD BE 16.
THAT'S ENOUGH FOR ABOUT
>> ONE MODULE COULD BE 16.
THAT'S ENOUGH FOR ABOUT 50,000
THAT'S ENOUGH FOR ABOUT 50,000
THAT'S ENOUGH FOR ABOUT 50,000
HOMES.
HOMES.
HOMES.
>>
HOMES.
>> Reporter:
HOMES.
>> Reporter: THE
HOMES.
>> Reporter: THE FIRST
HOMES.
>> Reporter: THE FIRST PROJECT
>> Reporter: THE FIRST PROJECT
>> Reporter: THE FIRST PROJECT
IS
>> Reporter: THE FIRST PROJECT
IS A
>> Reporter: THE FIRST PROJECT
IS A SMALL-SCALE
>> Reporter: THE FIRST PROJECT
IS A SMALL-SCALE NUCLEAR
>> Reporter: THE FIRST PROJECT
IS A SMALL-SCALE NUCLEAR PLANT
IS A SMALL-SCALE NUCLEAR PLANT
IS A SMALL-SCALE NUCLEAR PLANT
IN
IS A SMALL-SCALE NUCLEAR PLANT
IN IDAHO,
IS A SMALL-SCALE NUCLEAR PLANT
IN IDAHO, MADE
IS A SMALL-SCALE NUCLEAR PLANT
IN IDAHO, MADE UP
IS A SMALL-SCALE NUCLEAR PLANT
IN IDAHO, MADE UP OF
IS A SMALL-SCALE NUCLEAR PLANT
IN IDAHO, MADE UP OF 12
IS A SMALL-SCALE NUCLEAR PLANT
IN IDAHO, MADE UP OF 12 MODULES
IN IDAHO, MADE UP OF 12 MODULES
IN IDAHO, MADE UP OF 12 MODULES
THAT
IN IDAHO, MADE UP OF 12 MODULES
THAT WILL
IN IDAHO, MADE UP OF 12 MODULES
THAT WILL PRODUCE
IN IDAHO, MADE UP OF 12 MODULES
THAT WILL PRODUCE ENOUGH
THAT WILL PRODUCE ENOUGH
THAT WILL PRODUCE ENOUGH
ELECTRICITY
THAT WILL PRODUCE ENOUGH
ELECTRICITY TO
THAT WILL PRODUCE ENOUGH
ELECTRICITY TO POWER
THAT WILL PRODUCE ENOUGH
ELECTRICITY TO POWER A
THAT WILL PRODUCE ENOUGH
ELECTRICITY TO POWER A CITY
ELECTRICITY TO POWER A CITY
ELECTRICITY TO POWER A CITY
CLOSE
ELECTRICITY TO POWER A CITY
CLOSE TO
ELECTRICITY TO POWER A CITY
CLOSE TO THE
ELECTRICITY TO POWER A CITY
CLOSE TO THE SIZE
ELECTRICITY TO POWER A CITY
CLOSE TO THE SIZE OF
ELECTRICITY TO POWER A CITY
CLOSE TO THE SIZE OF PORTLAND.
CLOSE TO THE SIZE OF PORTLAND.
CLOSE TO THE SIZE OF PORTLAND.
NOT
CLOSE TO THE SIZE OF PORTLAND.
NOT ONLY
CLOSE TO THE SIZE OF PORTLAND.
NOT ONLY CAN
CLOSE TO THE SIZE OF PORTLAND.
NOT ONLY CAN THE
CLOSE TO THE SIZE OF PORTLAND.
NOT ONLY CAN THE MODULES
CLOSE TO THE SIZE OF PORTLAND.
NOT ONLY CAN THE MODULES POWER
NOT ONLY CAN THE MODULES POWER
NOT ONLY CAN THE MODULES POWER
HOMES,
NOT ONLY CAN THE MODULES POWER
HOMES, THEY
NOT ONLY CAN THE MODULES POWER
HOMES, THEY CAN
NOT ONLY CAN THE MODULES POWER
HOMES, THEY CAN HELP
NOT ONLY CAN THE MODULES POWER
HOMES, THEY CAN HELP PRODUCE
HOMES, THEY CAN HELP PRODUCE
HOMES, THEY CAN HELP PRODUCE
HYDROGEN
HOMES, THEY CAN HELP PRODUCE
HYDROGEN FOR
HOMES, THEY CAN HELP PRODUCE
HYDROGEN FOR HYDROGEN
HOMES, THEY CAN HELP PRODUCE
HYDROGEN FOR HYDROGEN FUELED
HYDROGEN FOR HYDROGEN FUELED
HYDROGEN FOR HYDROGEN FUELED
CARS,
HYDROGEN FOR HYDROGEN FUELED
CARS, AND
HYDROGEN FOR HYDROGEN FUELED
CARS, AND DRINKING
HYDROGEN FOR HYDROGEN FUELED
CARS, AND DRINKING WATER
HYDROGEN FOR HYDROGEN FUELED
CARS, AND DRINKING WATER FOR
CARS, AND DRINKING WATER FOR
CARS, AND DRINKING WATER FOR
COMMUNITIES
CARS, AND DRINKING WATER FOR
COMMUNITIES THAT
CARS, AND DRINKING WATER FOR
COMMUNITIES THAT NEED
CARS, AND DRINKING WATER FOR
COMMUNITIES THAT NEED IT.
COMMUNITIES THAT NEED IT.
COMMUNITIES THAT NEED IT.
>>
COMMUNITIES THAT NEED IT.
>> A
COMMUNITIES THAT NEED IT.
>> A 60
COMMUNITIES THAT NEED IT.
>> A 60 MEGAWATT
COMMUNITIES THAT NEED IT.
>> A 60 MEGAWATT MODULE
COMMUNITIES THAT NEED IT.
>> A 60 MEGAWATT MODULE COULD
>> A 60 MEGAWATT MODULE COULD
>> A 60 MEGAWATT MODULE COULD
PRODUCE
>> A 60 MEGAWATT MODULE COULD
PRODUCE ABOUT
>> A 60 MEGAWATT MODULE COULD
PRODUCE ABOUT 60
>> A 60 MEGAWATT MODULE COULD
PRODUCE ABOUT 60 MILLION
PRODUCE ABOUT 60 MILLION
PRODUCE ABOUT 60 MILLION
GALLONS
PRODUCE ABOUT 60 MILLION
GALLONS OF
PRODUCE ABOUT 60 MILLION
GALLONS OF CLEAN
PRODUCE ABOUT 60 MILLION
GALLONS OF CLEAN WATER
PRODUCE ABOUT 60 MILLION
GALLONS OF CLEAN WATER PER
PRODUCE ABOUT 60 MILLION
GALLONS OF CLEAN WATER PER DAY
GALLONS OF CLEAN WATER PER DAY
GALLONS OF CLEAN WATER PER DAY
USING
GALLONS OF CLEAN WATER PER DAY
USING EXISTING
GALLONS OF CLEAN WATER PER DAY
USING EXISTING TECHNOLOGIES
GALLONS OF CLEAN WATER PER DAY
USING EXISTING TECHNOLOGIES AND
USING EXISTING TECHNOLOGIES AND
USING EXISTING TECHNOLOGIES AND
REVERSE
USING EXISTING TECHNOLOGIES AND
REVERSE OSMOSIS.
REVERSE OSMOSIS.
REVERSE OSMOSIS.
>>
REVERSE OSMOSIS.
>> Reporter:
REVERSE OSMOSIS.
>> Reporter: WHEN
REVERSE OSMOSIS.
>> Reporter: WHEN IT
REVERSE OSMOSIS.
>> Reporter: WHEN IT COMES
REVERSE OSMOSIS.
>> Reporter: WHEN IT COMES TO
>> Reporter: WHEN IT COMES TO
>> Reporter: WHEN IT COMES TO
JOBS,
>> Reporter: WHEN IT COMES TO
JOBS, THE
>> Reporter: WHEN IT COMES TO
JOBS, THE COMPANY
>> Reporter: WHEN IT COMES TO
JOBS, THE COMPANY SAYS
>> Reporter: WHEN IT COMES TO
JOBS, THE COMPANY SAYS THESE
JOBS, THE COMPANY SAYS THESE
JOBS, THE COMPANY SAYS THESE
MODULES
JOBS, THE COMPANY SAYS THESE
MODULES WILL
JOBS, THE COMPANY SAYS THESE
MODULES WILL SAVE
JOBS, THE COMPANY SAYS THESE
MODULES WILL SAVE MANY.
MODULES WILL SAVE MANY.
MODULES WILL SAVE MANY.
THAT'S
MODULES WILL SAVE MANY.
THAT'S BECAUSE
MODULES WILL SAVE MANY.
THAT'S BECAUSE THEY
MODULES WILL SAVE MANY.
THAT'S BECAUSE THEY ARE
MODULES WILL SAVE MANY.
THAT'S BECAUSE THEY ARE SMALL
THAT'S BECAUSE THEY ARE SMALL
THAT'S BECAUSE THEY ARE SMALL
ENOUGH
THAT'S BECAUSE THEY ARE SMALL
ENOUGH TO
THAT'S BECAUSE THEY ARE SMALL
ENOUGH TO MOVE
THAT'S BECAUSE THEY ARE SMALL
ENOUGH TO MOVE RIGHT
THAT'S BECAUSE THEY ARE SMALL
ENOUGH TO MOVE RIGHT INTO
THAT'S BECAUSE THEY ARE SMALL
ENOUGH TO MOVE RIGHT INTO THE
ENOUGH TO MOVE RIGHT INTO THE
ENOUGH TO MOVE RIGHT INTO THE
EXISTING
ENOUGH TO MOVE RIGHT INTO THE
EXISTING FRAMEWORK
ENOUGH TO MOVE RIGHT INTO THE
EXISTING FRAMEWORK OF
ENOUGH TO MOVE RIGHT INTO THE
EXISTING FRAMEWORK OF OLD,
EXISTING FRAMEWORK OF OLD,
EXISTING FRAMEWORK OF OLD,
RETIRED
EXISTING FRAMEWORK OF OLD,
RETIRED COAL
EXISTING FRAMEWORK OF OLD,
RETIRED COAL PLANTS.
RETIRED COAL PLANTS.
RETIRED COAL PLANTS.
>>
RETIRED COAL PLANTS.
>> NOT
RETIRED COAL PLANTS.
>> NOT ONLY
RETIRED COAL PLANTS.
>> NOT ONLY WILL
RETIRED COAL PLANTS.
>> NOT ONLY WILL THEY
RETIRED COAL PLANTS.
>> NOT ONLY WILL THEY FIT
RETIRED COAL PLANTS.
>> NOT ONLY WILL THEY FIT ON
>> NOT ONLY WILL THEY FIT ON
>> NOT ONLY WILL THEY FIT ON
THE
>> NOT ONLY WILL THEY FIT ON
THE SITE,
>> NOT ONLY WILL THEY FIT ON
THE SITE, BUT
>> NOT ONLY WILL THEY FIT ON
THE SITE, BUT IT
>> NOT ONLY WILL THEY FIT ON
THE SITE, BUT IT WILL
>> NOT ONLY WILL THEY FIT ON
THE SITE, BUT IT WILL ALSO
THE SITE, BUT IT WILL ALSO
THE SITE, BUT IT WILL ALSO
ALLOW
THE SITE, BUT IT WILL ALSO
ALLOW US
THE SITE, BUT IT WILL ALSO
ALLOW US TO
THE SITE, BUT IT WILL ALSO
ALLOW US TO RETRAIN
THE SITE, BUT IT WILL ALSO
ALLOW US TO RETRAIN THE
ALLOW US TO RETRAIN THE
ALLOW US TO RETRAIN THE
EXISTING
ALLOW US TO RETRAIN THE
EXISTING WORKFORCE.
EXISTING WORKFORCE.
EXISTING WORKFORCE.
WE
EXISTING WORKFORCE.
WE HAVE
EXISTING WORKFORCE.
WE HAVE DELIBERATELY
EXISTING WORKFORCE.
WE HAVE DELIBERATELY DESIGNED
WE HAVE DELIBERATELY DESIGNED
WE HAVE DELIBERATELY DESIGNED
THIS
WE HAVE DELIBERATELY DESIGNED
THIS TO
WE HAVE DELIBERATELY DESIGNED
THIS TO BE
WE HAVE DELIBERATELY DESIGNED
THIS TO BE SMALL
WE HAVE DELIBERATELY DESIGNED
THIS TO BE SMALL ENOUGH
WE HAVE DELIBERATELY DESIGNED
THIS TO BE SMALL ENOUGH TO
WE HAVE DELIBERATELY DESIGNED
THIS TO BE SMALL ENOUGH TO WORK
THIS TO BE SMALL ENOUGH TO WORK
THIS TO BE SMALL ENOUGH TO WORK
AND
THIS TO BE SMALL ENOUGH TO WORK
AND REPURPOSE
THIS TO BE SMALL ENOUGH TO WORK
AND REPURPOSE SING
THIS TO BE SMALL ENOUGH TO WORK
AND REPURPOSE SING SOME
THIS TO BE SMALL ENOUGH TO WORK
AND REPURPOSE SING SOME OF
AND REPURPOSE SING SOME OF
AND REPURPOSE SING SOME OF
THESE
AND REPURPOSE SING SOME OF
THESE COOL
AND REPURPOSE SING SOME OF
THESE COOL SITES.
THESE COOL SITES.
THESE COOL SITES.
>>
THESE COOL SITES.
>> Reporter:
THESE COOL SITES.
>> Reporter: A
THESE COOL SITES.
>> Reporter: A DESIGN
THESE COOL SITES.
>> Reporter: A DESIGN TAKING
>> Reporter: A DESIGN TAKING
>> Reporter: A DESIGN TAKING
PLACE
>> Reporter: A DESIGN TAKING
PLACE RIGHT
>> Reporter: A DESIGN TAKING
PLACE RIGHT HERE
>> Reporter: A DESIGN TAKING
PLACE RIGHT HERE IN
>> Reporter: A DESIGN TAKING
PLACE RIGHT HERE IN OREGON
>> Reporter: A DESIGN TAKING
PLACE RIGHT HERE IN OREGON THAT
PLACE RIGHT HERE IN OREGON THAT
PLACE RIGHT HERE IN OREGON THAT
IS
PLACE RIGHT HERE IN OREGON THAT
IS SOON
PLACE RIGHT HERE IN OREGON THAT
IS SOON TO
PLACE RIGHT HERE IN OREGON THAT
IS SOON TO BE
PLACE RIGHT HERE IN OREGON THAT
IS SOON TO BE IMPLEMENTED
IS SOON TO BE IMPLEMENTED
IS SOON TO BE IMPLEMENTED
WORLDWIDE.
WORLDWIDE.
WORLDWIDE.
A
WORLDWIDE.
A SIMPLER,
