Nature-Inspired electric motor, clean energy generation systems redesign for transformational new technologies
Eco-Innova Inc. is at the forefront of sustainable innovation, creating solutions inspired by nature for more sustainable industries economic development.
We're not just creating energy solutions—we're revolutionizing how the world thinks about sustainability. By harnessing nature's time-tested designs, we're building a future where clean energy and environmental harmony go hand in hand. nature.
Explore Our Innovations
we believe that nature holds the key to solving many of our global challenges.
At Eco-Innova Inc., Our mission is to harness the power of nature-inspired design to create innovative, sustainable solutions for water scarcity, clean energy, and climate change.
Nature has served mankind as a great source of inspiration by virtue of millions of well-coordinated, engineered, and crafted processes, algorithms, materials, and designs. A wide range of nature-inspired products are available in the niche market. Nature-inspired designs have transformed many industries.
Our Approach
Drive innovation with nature-inspired design
Nature-Inspired Design
We draw inspiration from millions of years of natural evolution to create efficient, sustainable technologies. Our designs mimic nature's well-coordinated, engineered, and crafted processes, offering major advantages over traditional engineered products.
Advantages of Our Approach
- Lower energy input requirements
- Operation at lower temperatures
- Reduced product development costs
- Built-in self-adjustment mechanisms
- Functional adaptation capabilities
Tackling Global Challenges
We believe that by applying nature-inspired design principles, we can address some of the world's most pressing issues, including water scarcity, clean energy shortages, and climate change.
Our Innovations
Innovations with nature-inspired design
They also possess in-built self-adjusting which reduces the need for high safety factor requirements common in engineered products. They also have a functional adaptation mechanism which is different from the fixed exact design which governs physical products.
However, in our startup we believe that these applications deal with tangible objects and hence are useful for physical product redesigns. We can extend the advantages of nature-inspired design to tackle global challenges.
But these challenges are less tangible. They are also very large systems and require more scalable design tools and parameters for their product development. For example existing desalination plants are engineered products and manifest high material, energy, land-use, component size, energy waste problems. They also have a low efficiency of around 20 % and must handle very large amounts of seawater to be economical. This increases the component sizes of intake structures , boilers and evaporators which increases cost for the consumer.
Our Vision for a Sustainable Future
At Eco-Innova Inc., we envision a world where technology works in harmony with nature. We're committed to pushing the boundaries of innovation, always with an eye towards sustainability and environmental stewardship.
Our goal is to create solutions that not only solve current global challenges but also pave the way for a brighter, cleaner future for generations to come.
The Inventor
Drive innovation with nature-inspired design
Ali Liban Elmi is an inventor from the Somalia/Ethiopia region. He recognized that energy shortage is a major cause of poverty in Africa and other developing regions. Twenty years ago, he set for himself a personal challenge to find a lasting solution. The inventions he is working on therefore have deep origins.
Our startup company cannot complete the last two stages alone. We hope to achieve the verification and implementation stages through collaboration with suitable partners.
Elmi had no conscious creativity plan when he started work on the inventions. However, after recent research on the subject of innovation, he found that he was actually unconsciously following a well-documented process. Some specialists believe that the innovation process consists of only three stages, while others say there are four stages or even seven stages. Elmi believes the seven-stage process more suitably illustrates his case. This consists of preparation, investigation, transformation, incubation, illumination, verification, and implementation stages. He finds this information useful for putting his work into perspective and would like to use it for his presentation. Furthermore, it enables him to see that over the years he has progressed to the illumination or even the verification stage.