HYBRID
ELECTROCHEMICAL
MICRO
PHOTOVOLTAIC
(HEMP) Cell
Agriculturally Sourced Renewable Non-toxic Energy Production.
Introducing the HEMP Cell: A New Era of Clean Energy
At ODIN Materials, we’ve developed something extraordinary.
The HEMP Cell (Hybrid Electrochemical Micro Photovoltaic Cell) is our breakthrough in micro-energy — a powerful, ultra-compact energy solution crafted from sustainable, plant-based materials. Engineered to generate and deliver clean electricity in ways never before possible, the HEMP Cell represents a radical departure from conventional solar and battery technology.
No rare earths. No toxic waste. No grid required.
Instead, we’re building the future of power — thin, flexible, modular, and capable of being embedded directly into the world around us. Whether integrated into textiles, devices, or structures, HEMP Cells bring energy to places that traditional systems can’t reach.
This is energy without compromise.
This is renewable reimagined.
This is ODIN Materials.
Empowering Sustainable Material Innovation
ODIN Materials stands as an independent trailblazer in the domain of material innovation, committed to reshaping industry standards through cutting-edge processing techniques and equipment. Our singular focus revolves around the seamless integration of advanced technology and unwavering dedication to environmental sustainability. In response to the pressing need for eco-friendly and technologically advanced solutions, ODIN Materials emerges with a clear mission – to redefine the very essence of material science.
With a strategic focus on innovation, sustainability, and technological progress, ODIN Materials aims to be a catalyst for positive change. As we position ourselves at the forefront of this material evolution, our goal is not only to meet but to exceed industry expectations. ODIN Materials encapsulates a vision for a future where materials are not just processed but perfected, marking a transformative step towards a more sustainable and advanced society.
Why Hemp Fiber First?
Hemp is an extraordinary material with diverse applications across various industries. At ODIN Materials, our emphasis on Agriculture-sourced engineered wood product manufacturing equipment is set to unlock numerous possibilities, enabling the U.S. to align with global leaders in the industrial hemp market. By creating the technology that is adaptable to the market, we believe that processors will be able to increase their production rate while reducing their carbon footprint and overall production costs.
Fiber Length
Hemp, recognized as one of the longest and fastest-growing natural fibers on the planet, offers a sustainable alternative to traditional lumber. At ODIN Materials, we harness this potential utilizing cultivated hemp with a higher population density per acre compared to trees. Our advanced DHBL process employs innovative biomimicry techniques to bond and press these fiber blends, replicating the structural formation of natural wood. This process not only matches but often surpasses the performance of traditional lumber in both strength and environmental impact, positioning our products at the forefront of sustainable building materials.
Strength & Cost
Hemp fiber, renowned as the strongest plant-based fiber available, surpasses many conventional materials, including carbon fiber, in both performance and cost-effectiveness. At ODIN Materials, we leverage the exceptional strength-to-weight ratio of hemp to provide a superior, yet economically viable alternative to traditional materials. By increasing its applications across various industries, we are able to further reduce costs, making sustainable hemp-based solutions more accessible and enhancing their competitive edge in the global market.
Carbon
Hemp is known for its exceptional capacity for carbon sequestration, making it more effective than many traditional forest and commercial crops. Research indicates that one hectare of hemp can absorb 22 tonnes of CO2, which is significantly more than the typical forest area of the same size. This substantial carbon absorption capability is due to hemp's rapid growth rate, allowing it to be one of the fastest CO2-to-biomass conversion resources available. This makes hemp a highly effective tool in combating climate change and enhancing sustainability efforts (Carbon Credits).
Who We Are
ODIN Materials, Inc. was founded by Johnny "Doc" and Rebecca Hudson with a visionary goal: to innovate and transform the materials manufacturing industry through advanced technological systems that benefit humanity. Leveraging unique technology and fundamental processing methods, we aim to revolutionize how materials are produced and used.
Our journey is fueled by a passion for innovation and a drive to create a more sustainable future utilizing beneficial resources. By creating materials from raw sources such as hemp, carbon, or both, we can effectually replace certain manufacturing processes that cause more harm than good.
Supported by colleagues, family, and friends, our team remains inspired and motivated. This robust support network empowers us to continually adapt and enhance our capabilities, ensuring we not only meet but exceed the ambitious goals we have set. At ODIN Materials, every challenge is seen as an opportunity to learn and grow, driving us closer to making a substantial impact on the materials industry.
THANK YOU!
Support and Programs
.jpg)
Contact Us
If you are interested in exploring opportunities with our team or simply want to learn more about what we do, please complete the contact form on our website. We are eager to connect and discuss how we can work together to make a meaningful impact. We look forward to hearing from you soon!
Ontario, Oregon
