RASA Energy Inc. | Rejuvenate the World

Only RASA can transform plastic recycling into a truly scalable and sustainable industry.

More water to make than it can hold?

Only RASA can transform well retirement economics, making cleanup and closure self-funding.

How can we responsibly retire 3.6 million oil wells, and who pays?

Only RASA can transform refining into a low-energy, low-emissions process, keeping refineries viable.

If 1 in 5 refineries close, who will make the fuels of the future?

Only RASA can transform mixed organic waste into biofuels, solving the food vs. fuel dilemma.

is this food or fuel for 2 billion more people?

Only RASA can transform even 'unconventional' reserves into Net-Zero compatible resources.

How do we produce 24 million barrels a day in a Net-Zero world?

We create artworks

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Welcome to RASA

RASA is a technology and engineering company revolutionizing molecular science.

We transform materials with unparalleled precision and efficiency. Our groundbreaking theory of molecular interactions enables us to achieve outcomes conventional science considers impossible.

The application of our advancements unlocks endless possibilities to transform industries from energy and recycling to manufacturing and ecological conservation.

This will change how we make, remake, and ultimately rejuvenate our world.

rasa's technology

Targets individual molecules

Intelligently recognizes their unique properties

Separates them from host material

Regardless of the medium, context, or challenge

With exceptional precision

Resulting in a higher-quality, higher-value yield

With exceptional efficiency

Dramatically lowering economic and environmental costs

Commercial Operations Go Live

change the molecule, change the world

To make the biggest impact, we focus on one molecule: hydrocarbons.

Hydrocarbons are the foundation of the global economy, as well as the
source of the world’s most pressing challenges. What is more, hydrocarbons are everywhere, and RASA’s technology extracts them from anything:

With precision: targeting distinct hydrocarbon groups and separating them from their host material.

With efficiency: dramatically reducing economic costs while incurring low-to-no environmental costs.

use cases

Our use cases range from desktop-proven applications through to fully commercial operations.

Recover

remedy

Refine

Recycle

Retire

Renew

from stone tools to semiconductors

Transforming materials is central to human technology and industry. For millions of years, we have relied on just one approach: Brute Force- through the application of heat and pressure.

This approach is inherently imprecise, wasteful, and energy intensive. It depletes natural resources, harms the environment, and drives economic inefficiency.

Today’s global industrial systems demand a shift away from these destructive processes that no longer align with our economic or environmental standards

works like magic

RASA’s insights into the properties and behavior of molecules allow us to harness nature’s own laws to guide material transformation. Our approach is so unfamiliar, with results so extraordinary, it feels like magic.

This is because our process operates with low energy and low entropy, in stark contrast to every industrial process since the beginning of time.

low energy

Brute force methods rely on high energy inputs such as heat or pressure. RASA’s process doesn’t require intensive energy resulting in greater efficiency, which is more sustainable and lowers costs

Less Energy. More Efficiency.

low entropy

Brute force methods cause materials to become chaotic and disordered (high entropy). RASA’s process minimizes this randomness (low entropy), resulting in a purer product with no contaminants and less waste

More Precision. Less Waste.

The Polar Selective Agent in action, transforming plastic forks back to virgin stock for recycling.

a polar selective agent drives the transformation

Targets

We tune a Polar Selective Agent (PSA), in gas or liquid form, to recognize the unique properties of a target molecule.

Separates

The PSA and target molecule conjoin generating a polar condition that repels other matter – aggregate, water, contaminants etc. – separating them from the host material.

Precisely

This not only produces a purer, higher-quality yield, but also refines the molecule, which retains a 'memory' of the interaction, preserving specific properties and making it more valuable.

Efficiently

The process generates no heat or waste, and takes place at ambient temperatures and pressures, resulting in low environmental and economic costs.

Perpetually

When detached from its target molecule the PSA will go to hunt for more, making the process virtually perpetual.

our science in-depth

We invite you to explore the science behind RASA. Our theories and insights into the true nature of matter—along with their foundations in math and physics—are detailed in our book: