Transformative
in nature

Transformative
in nature

Solving today’s challenges
for tomorrow’s generation

We are Allonnia, a bio-ingenuity company dedicated to extracting value where others see waste. We believe that elegant solutions to the world’s biggest problems will be found in the world’s smallest organisms. So, we’re pioneering novel approaches and imaginative combinations in biotechnology and engineering to solve waste challenges in nature, using nature.

Fast
forwarding
nature

We focus on waste solutions, designing and deploying transformative biology solutions that combine the most effective enzymes, proteins, and microbes with advanced engineering systems to degrade or metabolize contaminants into upcycled, valuable materials.

Targeting breakthroughs on three vectors

remediation
REMEDIATION

Identifying, optimizing, and deploying microbes, enzymes and proteins to efficiently degrade contaminants, and render them inert

upcycling
UPCYCLING

Converting waste into a high-value resource by breaking down, binding or extracting complex molecules to form new material building blocks

sensing
SENSING

Analyzing and evaluating waste streams to understand the presence of contaminants and inform the best solutions

shape

Developing solutions to unlock
four global priorities

mining

Faced with increasing environmental challenges, mine operators have limited options for the efficient treatment and recycling of legacy assets.

OUR FOCUS Tailings Remediation — degrading contaminants for detoxification and reuse

Energy Critical Elements Li, REE — binding metals for upcycling

energy

With strict regulations, especially on water usage and disposal, today’s process water treatment solutions are inefficient and limit energy suppliers’ ability to recycle and discharge wastewater.

OUR FOCUS Process Water Reclamation Degrading contaminants for detoxification and water reuse

industry

Manufacturing produces a range of unwanted contaminants that can have significant consequences on our land and water resources. Existing mechanical and chemical solutions fall short of the requirements needed to address industrial waste.

OUR FOCUS Contaminant Biosensors — real time identification of contaminants

PFAS and other merging contaminants degradation — degrading contaminants for complete remediation

plastics

The explosive growth in plastics use is outstripping the development of adequate facilities and solutions to treat end-of-life plastic waste and by-products, resulting in an unsustainable overflow into landfills, oceans and waterways.

OUR FOCUS Polyurethane upcycling — degrading and upcycling polyols for reuse

shape

Developing
solutions
to unlock four
global priorities

Faced with increasing environmental challenges, mine operators have limited options for the efficient treatment and recycling of legacy assets.

OUR FOCUS Tailings Remediation — degrading contaminants for detoxification and reuse

Energy Critical Elements Li, REE — binding metals for upcycling

mining

With strict regulations, especially on water usage and disposal, today’s process water treatment solutions are inefficient and limit energy suppliers’ ability to recycle and discharge wastewater.

OUR FOCUS Process Water Reclamation Degrading contaminants for detoxification and water reuse

energy

Manufacturing produces a range of unwanted contaminants that can have significant consequences on our land and water resources. Existing mechanical and chemical solutions fall short of the requirements needed to address industrial waste.

OUR FOCUS Contaminant Biosensors — real time identification of contaminants

PFAS and other merging contaminants degradation — degrading contaminants for complete remediation

industry

The explosive growth in plastics use is outstripping the development of adequate facilities and solutions to treat end-of-life plastic waste and by-products, resulting in an unsustainable overflow into landfills, oceans and waterways.

OUR FOCUS Polyurethane upcycling — degrading and upcycling polyols for reuse

plastics

Title

Our vision for a new
law of conservation

To create change, we’re writing a new law of conservation —
that waste is neither created nor destroyed — only transformed.
Through biology and imagination any solution is possible.

Working with
the world’s best

ginkgo

Born from Ginkgo Bioworks, we have the advantage of an exclusive partnership with the world leader in synthetic biology. Ginkgo is the only company with the capability to engineer strains at scale using rational and unbiased approaches simultaneously.

Through this partnership, we have unparalleled access to gigabase-scale DNA synthesis capacity and the ability to put billions of potential solutions at our fingertips.

Investors and partners
Batelle
Cascade
Evok
Ginkgo
General Atlantic
Viking

News and resources

“Allonnia is using synthetic biology to tackle major environmental challenges like PFASs, metals and plastic waste.”

read more

“Allonnia, leads a team developing bio-based solutions to detect and clean up a range of toxins found in critical water sources.”

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“Allonnia Announces Evok Innovations as Strategic Investor, Raises Additional $20M to Develop and Scale Transformational Waste Management Technologies.”

read more
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