Hemp Graphene

Hemp Graphene: Better Energy Storage Devices Are On the Way

Hemp belongs to a similar species as the cannabis plant but contains only 0.3% of THC. It is widely grown in many parts of the world for industrial use. Undoubtedly, it is potentially great and cost-effective in making textiles, rope, shoes, paper, and so on.
Hemp Graphene is the latest development in the rapidly growing field of the hemp industry. It has been hailed as the next wonder material, which is set to reshape the world around us.

Thanks to the researchers at the University of Alberta for successfully turning hemp bio-waste into hemp graphene nanosheets. They have discovered that waste fibers from hemp can be highly useful in manufacturing energy storage devices like supercapacitors. Thus, hemp graphene is an exciting new innovative material that is every bit as amazing as it sounds!

Acknowledging the immense benefits and uses of Hemp Graphene, Hemp Organization has also taken forward the process of Hemp Graphene production. We have successfully completed the first phase of Hemp Graphene and we are here to share the insights of its uses and benefits with you that we discover in our research.

What is Hemp Graphene?

Hemp Graphene is a one-atom-thick carbon sheet where atoms are grouped in a honeycomb lattice nanostructure. It has incredible properties, including being the strongest material in the world.

This material has a tensile strength of 130 GPa along with a Young Modulus of 1 Tpa, which makes it 100 times more powerful than steel.

The extraction process of hemp graphene initiates with graphite because it’s one 1mm consists of 3 million layers of hemp graphene. Manufacturers use chemical exfoliation, mechanical exfoliation, chemical vapor deposition, pyrolysis, and much more.

Uses of Hemp Graphene

Hemp Graphene has shown immense potential to scientists still there is a lot more left to explore. At present, we are seeing the use of hemp graphene in the following industries:

Energy Storage

In terms of energy storage, hemp graphene has shown promising results. It can boost the energy storage capacity along with the charge rate in rechargeable batteries. You can even build inexpensive and flexible solar cells with hemp graphene electrodes.


Nanotechnology is booming at a great pace and with the support of hemp graphene, it will achieve great heights in biosensing, medicine, diagnostics, phototherapy, and more.


Being lightweight and flexible, it can be used as a composite to make other materials stronger. This way, companies can build more durable and long-lasting products. A broad use can be in the aviation industry, automobile, building materials, sports equipment, etc.

How is Hemp Graphene Prepared?

Hemp graphene is a sustainable, cost-effective, and eco-friendly material that resembles carbon-like graphene. Hemp graphene nanosheets are prepared out of lignin, hemicellulose, and crystalline cellulose. These are processed from the inner bark of the hemp plant, which is called bast fibers. They usually go to waste in the landfill but now, they are being recycled for energy storage devices.

However, the process of converting the bast fiber from hemp is a bit tough but not more than regular graphene. Manufacturers heat the hemp at a temperature of 350 degrees Fahrenheit for a day. This results in the breaking down of lignin and cellulose.
Ultimately, cellulose present in the crystalline form begins to carbonize. After that, hemp feedstock is heated at 1400 Fahrenheit by treated with potassium hydroxide. Now, the final graphene nanosheets are produced by exfoliation or the so-called hydrothermal synthesis process.

Applications of Hemp Graphene

Hemp graphene has a wide number of users not only in the electronic industry but also in the fabric and glasses industry.
It is a highly versatile plant with low moisture content, and high tensile strength, and can be made into paper products without the need for formaldehyde or other toxic additives. These properties make hemp a great material for various industries including clothing, electronics, and even aviation.

The insulation properties of hemp fiber make them a very environmentally friendly material as well as making them an excellent sustainable building material compared to other materials such as bamboo. With the hemp graphene nanomaterials, it’s possible to design the following products:

  • Computer and mobile display
  • Fabrics
  • Transistors
  • Flexible electronic equipment
  • Flash memory chips
  • EV batteries
  • Supercapacitors

How is Hemp Graphene going to shape the world around us?

Hemp is perhaps the most versatile natural resource on the planet. With its amazing ability to produce paper, fabric, and even flowers, it’s clear that hemp can be used in many different ways. But what many don’t realize is that hemp has qualities that go deeper than your typical plant. It is evident with the fact that supercapacitors can be designed using hemp nanosheets.
In the experiment, they were able to provide an energy density of 12Wh/kg. This is 100 times higher than the Li-ion batteries. As a result, it can be the best alternative to empower electric vehicles and our smartphone batteries.

Hemp Graphene is the Future !

The future is here, folks. It can be said that hemp graphene and nanomaterials are one of the future’s most promising commodities. However, the production of graphene will cost a lot but can be lowered with the help of hemp graphene. If compared, a ton of hemp graphene nanosheets can be made for $500 and $1000 whereas a usual graphene sheet costs a minimum of $100 per gram.
Hemp could be the key to creating better and more efficient energy storage devices. Investors, in upcoming energy storage devices, take note: hemp graphene is coming to the market as you have never seen it before!

Hemp Organization Powering The Future With Hemp Graphene

Hemp Graphene beholds limitless future forward applications. It could make its way in creating super effective tech and energy storage solutions with greater potential and no risk of environmental spoliation. Hemp Graphene is a pure sustainable product and is environmentally friendly with immense industrial usage.
We, at Hemp Organization, always look forward to developing and bringing out Hemp based solutions that are nature friendly. The advent of Hemp Graphene is a kick shot for us as we were already on our way to finding Hemp based energy storage solutions.
Adjoining the worldwide research and experiments on Hemp Graphene, We, at Hemp Organization with the contribution of our team of Hemp Experts has successfully developed the first phase of “Hemp Graphene”. The second phase of Testing process of our Hemp Graphene is on its way and will be completed soon.

We will be shortly launching Hemp Graphene under the Hemp Organization brand. We welcome all the Inquiries, Consultation and Booking applications from industries and business brands who are looking forward towards the purchase of hemp graphene for their related business purposes.

Join hands with us in our Hemp Movement towards creating a sustainable and chemical free world!


Hemp is a sustainable and best choice for various purposes. In fact, graphene made with hemp costs significantly lower than regular graphene production.
Scientists have made it possible to build supercapacitors out of hemp waste including bast and hurd that are cooked for a day at high temperatures for extracting carbon.
Hemp bast fibers go through a temperature of 350 Fahrenheit for a day which breaks them into cellulose. This heating period results in the carbonization of hemp.
Yes, we can make carbon fiber with hemp using the hydrothermal synthesis process. First, hemp bast fibers are heated at 350 degrees Fahrenheit and treated with potassium hydroxide.
Graphene extraction from hemp follows the exfoliation and hydrothermal synthesis process. By heating the hemp bio-waste, they are broken down into cellulose and then carbonized to get graphene.
Hemp has a higher tensile strength than steel. It is 10 times stronger than steel and thus it can bear more weight without being compressed.
Hemp is going to bring innovation to the electrochemical industry. It can be utilized for making hemp batteries and empowering electric vehicles and devices running on batteries.
With hemp, a startup named Bemp is working on the “Boron Carbide made from hemp – lithium-sulfur battery technology”. It performs better in terms of cost, scalability, and cost.
Bemp Research Corp. is working on the LiS/B4C-hemp technology for cutting down the cost involved in lithium-ion battery production and improving performance as well.
Yes, they are because of the higher gravimetric energy, density, safety, as well as eco-friendly. It reduces the need for using chemicals like nickel and cobalt.
Yes, they do so and the credit goes to the technology used behind it. Instead of nickel and cobalt, sulfur, boron, and carbonized hemp are used.
Making hemp batteries involves a complicated process. Boron carbide and lithium-sulfur hemp technology are blended to produce long-lasting hemp batteries to empower devices
Yes, they do so and the credit goes to the technology used behind it. Instead of nickel and cobalt, sulfur, boron, and carbonized hemp are used.
Graphene can be made in different ways but extracted from graphite. Technology has evolved so far that now, we can even make graphene out of hemp.
A Canadian researcher has discovered that hemp graphene is highly stronger than carbon fiber and 300 times better than steel.
A graphene battery is a super-powerful modern solution to power devices running on batteries. They are supercapacitors that can hold a lot of charges and go through multiple charge and discharge cycles.
Batteries have improved so fast that today, we are seeing a rapid rise and demand for supercapacitors in developing economies.
Supercapacitors are much faster and more efficient, and they hold a greater amount of energy within the same volume. The high potential easily available and low internal impedance means they can charge faster, capture that energy immediately, and then discharge it quickly into high current pulses if required.
Hemp behaves as a good conductor of electricity but only when its bast fiber and transformed into a carbonized form.
Hemp is more durable than cotton and stronger than steel. It can bear six times more weight than steel. You will need to put twice the pressure on hemp to break it.
Yes, we can use hemp as a biofuel that is extracted from hemp seed oil. It will be a carbon-free sustainable alternative to running vehicles.
A hemp battery works using the boron carbide and lithium-sulfur hemp technology. It doesn’t need nickel and cobalt to function.
Supercapacitors are energy storage devices that are used where there is a requirement for rapid discharge and charge cycles such as in automobiles, buses, trains, elevators, etc.
Hemp bast fibers are converted to carbon fiber in a long heating process. The result that you get after exfoliation will be carbonized hemp.
Hemp has some incredible properties including higher tensile strength, making it 10 times stronger than steel and 5 times better than cotton.
Building a car component like its glass and panel can be done with hemp but the overall car can make it heavy. However, a hemp car would be tougher and 100% carbon neutral.
Hemp can be used in paper, textile, mobile and laptop display, medical, aviation, civil, and much other industry. All these because of its highly versatile nature.
Yes! Hemp and Cannabis, both are part of the Cannabaceae family but the difference in their THC amount separates them from each other. Hemp contains only 0.3% THC and that’s why its production is not considered illegal in many countries.
Of course! In fact, a Texas-based startup has already found a way to design lithium-sulfur hemp technology, which is faster and better than lithium-ion.
Today, the products made with regular graphene come at a higher cost but hemp graphene production can reduce their price.
Hemp in the carbonized form can be used for manufacturing super-efficient energy storage devices like supercapacitors.
Hemp can help in designing an efficient supercapacitor because of the low cost incurred in its production as well as the flexibility and strength it offers are incredible.
Like regular graphene, hemp graphene can be used for manufacturing eyeglasses, medical equipment, electric vehicle batteries, and much more.
Hemp batteries can last 100,000 at fast charge and much longer in case of slow charging. It means that they can perform 8x times better than lithium-ion batteries.
Hemp carbon can be made with the bast fiber derived from its inner bark and heating it at a temperature of 350 Fahrenheit. After that, it will break down into cellulose and lignin which is then heated again and treated with potassium hydroxide.