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+1 303 800 5707 | info@terranexum.com
2922 Evergreen Pkwy, Suite B309, Evergreen, CO 80439
TerraNexum on GitHub
TerraNexum on Open Collective
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The Kalundborg Symbiosis in Denmark is a network of 16 companies that formed the world's first industrial symbiosis in 1972. This configuration for circular production has resulted in significantly smaller expenditures, waste, and emissions for the past 50 years.
TerraNexum uses geospatial libraries and optimization techniques, including simulated quantum optimization able to run on everyday computers, to locate and plan for future locations where circular production can take place.
Whether between multiple companies as with the Kalundborg Symbiosis or between multiple assets of single companies such as distributed energy resources (DERs) or broadband fixed wireless networks, our software could serve as a general engine for identifying what connections between these companies or assets would be needed to achieve the greatest value.
The community version of our software, called OpenQGO at present, is available on GitHub. Ongoing work will be done to improve the types of representative technologies included, along with its speed when representing increased complexity.
Above: optimization results for a multi-company symbiosis involving investments in renewable energy for decarbonization within the US.
Below: A view of the results from our initial user interface, showing connections which are outputs of a simulated quantum optimization run for the problem above.
We are a for-profit company, but financial capital isn't the only way the world should profit.
Knowledge is personal capital. Communities learning, sharing, and applying their knowledge help to build human capital. The improvements made to their lives with new technologies is a source of physical capital.
All our software is MIT-licensed for the broadest freedom of use.
Given a space and the energy and materials around you, this open-source project aims to determine the best product or enabled service you can produce with zero net emissions. The next step will be to determine the system configuration details, including the technologies and energy/material flows necessary.
VIEW ONLY LINK (IN PROGRESS)Sustainability and resilience are two of the biggest challenges facing our world today. The way we generate and use energy, transport goods and people, and build and operate our infrastructure all have significant impacts on our planet and its natural systems. However, addressing these challenges requires more than just identifying problems. We also need to develop and implement effective solutions that can help us transition to a more sustainable and resilient future.
That's why we have assembled this collection of presentations on topics such as geothermal energy, carbon dioxide removal, solar energy, and more. Through these presentations, each carefully researched and explored by our Spring 2023 Executive High School Intern, Allie Westfall, we aim to highlight some of the key challenges facing sustainability and resilience, and showcase some of the innovative solutions that are already available or in development.