Open Technology · Circular Economy · Regeneration
Nature has no landfill. Every output becomes the beginning of something else.
AMI³ (ALUME Major Impact) is a long-term technology initiative exploring how plastic and other waste streams can become materials for regenerative infrastructure, while creating local jobs, reducing pollution, strengthening community resilience, and supporting multiple multidisciplinary challenges through adaptable technologies.
Why AMI³
The same material causing pollution could become part of the solution.
Millions of tonnes of plastic are discarded every year while many communities still lack durable roads, affordable housing, water infrastructure, crisis shelters, waste systems, and resilient public spaces.
AMI³ starts with a simple question:
What if these challenges could help solve one another?
Rather than treating waste as something to dispose of, we see it as a misplaced resource that can be redesigned into new productive cycles supporting both people and ecosystems.
Our Vision
Building regenerative infrastructure from overlooked resources.
AMI³ is being developed as an open-source platform connecting multiple technologies into one integrated system.
Future components may include:
- Community plastic collection networks.
- Material sorting and processing.
- Plastic granulation and recycled feedstock production.
- Large-scale additive manufacturing (3D printing).
- Biochar and carbon-based materials.
- Pyrolysis systems that can generate energy, biochar, and outputs that support fertilizer blends and other circular economy products.
- LiDAR mapping and digital construction workflows.
- Integration with natural building systems and local materials.
- Technologies designed to facilitate nature-based solutions in restoration, water management, and land regeneration.
Potential applications include:
- Rural roads.
- Housing components.
- Crisis shelters.
- Trash bins and public waste infrastructure.
- Water management systems.
- Community infrastructure.
- Ecological restoration structures.
- Public furniture.
- Modular buildings.
- Circular economy products adapted to local needs.
The objective is not simply to recycle plastic.
It is to redesign material flows so waste becomes part of regenerative local economies and adaptable technologies can be used to solve different multidisciplinary challenges.
Current Stage
From concept to field reality.
AMI³ is currently in its early development phase.
Today we are:
- Researching existing technologies.
- Developing the system architecture.
- Building partnerships.
- Studying technical feasibility.
- Identifying pilot opportunities.
- Seeking the right multidisciplinary team.
Rather than reinventing individual technologies, our goal is to integrate proven solutions into one regenerative system that communities can realistically adopt and adapt for different needs, from infrastructure and waste management to emergency response and nature-based restoration.
Development will happen incrementally through prototypes, pilot projects, open documentation, and continuous learning.
Open Source by Design
Innovation grows faster when everyone can build on it.
AMI³ is intended to become an open-source initiative.
Whenever possible, research, technical documentation, fabrication methods, lessons learned, and implementation guides will be published openly.
Our objective is not to own a technology.
It is to help create a regenerative model that any community, university, NGO or entrepreneur can adapt and improve for different multidisciplinary challenges, including crisis shelters, waste systems, circular products, and nature-based solutions.
Looking for Builders
We are looking for people who want to build something that does not exist yet.
AMI³ is seeking collaborators interested in helping shape the project from its earliest stages.
We are particularly interested in:
- Mechanical Engineers
- Materials Scientists
- Polymer Engineers
- Civil Engineers
- Environmental Engineers
- Industrial Designers
- Robotics & Automation Specialists
- Large-scale 3D Printing Specialists
- Circular Economy Researchers
- Software Developers
- GIS & LiDAR Specialists
- Impact Investment Professionals
- Grant Writers
- Universities and Research Centres
- Manufacturing Partners
Whether your contribution is technical, scientific, entrepreneurial or financial, we believe complex problems require interdisciplinary collaboration.
Long-Term Vision
Technology serving regeneration.
AMI³ is one piece of ALUME's broader regenerative model.
Plastic Harvest removes waste from nature.
The BioEconomy Hub increases the value of biodiversity.
Tree Planting restores ecosystems.
AMI³ aims to ensure that even society's discarded materials become part of rebuilding healthier landscapes and stronger communities, while adaptable technologies support crisis response, circular economy products, and nature-based solutions.
Continue the work