Using low-oxygen thermal conversion, ASMARA transforms this complex mix into a carbon-rich hydrogen producer gas. The gas becomes the feedstock for Targeted Microbial Fermentation (TMF)—a next-generation platform that reshapes the carbon chain into fuels, chemicals, materials, and even biopolymers. These new materials don’t just mimic nature—they merge back into it at the end of their lifecycle.
The same system that breaks down your grocery packaging can generate biodegradable car tires for electric vehicles. That’s not a distant dream. Some of our OEM collaborators are already validating polymers derived from TMF outputs for use in automotive applications—designing tires that wear cleanly and biodegrade safely.
Circular Logistics: Dry and Wet Waste Split at Source
ASMARA is more than a process—it’s an urban logistics model. Municipal waste is split at source into dry waste for HPG and wet waste for biogas. The wet fraction powers GasCAN RNG units, containerised anaerobic digesters that convert food scraps, kitchen waste, and green clippings into renewable natural gas (RNG).
This combination—GasCAN + ASMARA—allows communities to valorise their entire waste stream. Dry waste becomes HPG. Wet waste becomes RNG. What was once a problem becomes heat, electricity, ethanol, clean polymers, and even materials to rebuild local infrastructure.
It’s the embodiment of circular economy in action—where materials re-enter the economy at their highest potential, not as downcycled residues or ash.
Real Materiality, Local Value
ASMARA brings real materiality to local governments, utilities, and housing authorities. This isn’t greenwashing. It’s a physical, deployable solution that:
- Reduces landfill reliance,
- Slashes transport emissions,
- Cuts methane emissions at source,
- Supports district heating and microgrids,
- Creates jobs in waste valorisation, not waste disposal.
Communities gain access to clean energy and valuable carbon-based outputs, while shifting away from incineration and landfill models that depend on perpetual waste generation.
From Waste to Sovereign Resource
ASMARA embodies a new model of waste sovereignty—one where nations and cities reclaim ownership of their carbon. Instead of exporting waste, they extract its value. Instead of importing fossil derivatives, they produce local equivalents. Whether it’s ethanol, bioplastics, bio-based detergents, or construction-grade polymers, the products of ASMARA can be tailored to match regional industrial needs.
By integrating HPG and TMF with intelligent logistics and digital control, ASMARA enables a modular, scalable solution ready for any city with a waste problem and a will to solve it.
A Future We Can Build Now
With ASMARA, we’re not just managing waste—we’re decarbonising materials, localising energy, and regenerating value. Pandora’s box has been opened, but what spills out is opportunity, not disaster.
From car tires to yogurt pots, from biogas to grid power, ASMARA is proof that everything can be used again—not by reverting to old industrial models, but by advancing forward with technology that respects the limits of the planet and the needs of its people.
The future of circularity has arrived. And it begins with what we throw away.