We have a challenge in the coming decades To find an innovative way to store energy as we become a more populated society, who is reliant on electricity. the sustainable movement has brought some amazing options for alternative energy and clean energy from natural sources. Nevertheless, we still need a place to source all of the extra energy we have. The materials used to make batteries are super expensive and not the greatest option for a sustainable society, as we develop more research into what hemp can do as a plant for us... We believe at The Hemp Report that through scientific evaluation and sustainable initiatives, we will find hemp as the answer to a lot of our problems as a society. Don't let Earth's batteries die Join the #greengang The Hemp Report  #hemp #hempaustralia #green #future #biocomposition #hempcrete #futurefarming #sow #the #future #new #innovate #sun #water #soil #sustainable #organic #carbon #greengang #cannabisaustralianetwork #cbd #hemprature #thehempreport #plantpower #hempherbhappy #cannabisadvocate #cannabisculture #cannahealth #hemphype #duk #hempnation

1. THE HEMP
REPORT
HEMP:CHARGED
WITH BATTERY

2. THE HEMP
REPORT
SOME GENIUSES HAVE FOUND A
WAY TO UTILIZE HEMP FIBER AS
SUPERCAPACITOR. THESE
SCIENTIST SAY THE FIBER FROM
HEMP CAN BE TRANSFORMED TO
CREATE HIGH PERFORMANCE
DEVICES TO STORE ENERGY.
BATTERYS ARE RELATABLE..

3. WE TOTALLY
UNDERSTAND
HOW BATTERIES FEEL
WE ARE RARELY
INCLUDED IN ANYTHING
EITHER

4. THE HEMP
REPORT
NOW THE ENERGY STORAGE
INDUSTRY IS STARTING TO TAKE
NOTICE, THANKS TO NEW CANADIAN
RESEARCH THAT SHOWS
SUPERCAPACITORS WITH
ELECTRODES MADE FROM HEMP-
BASED CARBON NANOSHEETS
OUTPERFORM STANDARD
SUPERCAPACITORS BY NEARLY 200%.
EFFECTIVEMENT

5. HEMP FIBER WASTE WAS PRESSURE-
COOKED (HYDROTHERMAL
SYNTHESIS) AT 180 °C FOR 24 HOURS.
THE RESULTING CARBONIZED
MATERIAL WAS TREATED WITH
POTASSIUM HYDROXIDE AND THEN
HEATED TO TEMPERATURES AS HIGH
AS 800 °C.
RESULTING IN THE FORMATION OF
UNIQUELY STRUCTURED
NANOSHEETS.
YOUR COOKED BRUV

6. THE HEMP
REPORT
TESTING OF THIS MATERIAL
REVEALED THAT IT
DISCHARGED 49 KW OF POWER
PER KG OF MATERIAL—NEARLY
TRIPLE WHAT STANDARD
COMMERCIAL ELECTRODES
SUPPLY, 17 KW/KG.
PROMISING RESULTS
*CROWD CHEERS

7. "THESE CHARACTERISTICS
FAVORABLY PLACE THE NEW
MATERIAL AMONG THE BEST
POWER-ENERGY
CHARACTERISTICS EVER
REPORTED FOR AN
ELECTROCHEMICAL CAPACITOR."
-PROF. DAVID MITLIN, UNIVERSITY
OF ALBERTA
SMART PERSON ^

8. AT A FRACTION OF THE COST
OF GRAPHENE, WE CAN
EXPECT HEMP BATTERIES TO
SOON BE MARKETED TO
NUMEROUS INDUSTRIES
INCLUDING OIL AND GAS, AND
ELECTRIC CAR PRODUCTION.

9. THIS IS ESPECIALLY TRUE NOW
THAT LEGAL PATHWAYS FOR
GROWING INDUSTRIAL HEMP ARE
A REALITY ON MOST CONTINENTS
OF THE WORLD.
AND THIS REALITY IS NOW IN
AUSTRALIA
POSITIVE ENERGY

10. HEMP CAN BE GROWN
EVERYWHERE IN THE WORLD,
IN VARYING CLIMATES AND
TEMPERATURES.
MORE RESEARCH NEEDS TO BE
DONE BEFORE IT CAN BE FULLY
APPLIED IN THE REAL WORLD,
BUT HEMP BATTERIES (AND
PLASTIC, CONCRETE, ETC,) IS
THE WAY OF THE FUTURE.
THE HEMP REPORT