We have developed a microwave reactor.

Our proposal is a multi-emitter microwave device that captures gases, CO₂ from engines, and reforms them into calcium carbonates, And The Calcium Carbonate is of high value for gas and oil drilling. Since it saves money by preventing drilling fluids from being lost in cracks, when trepanning.

But CO₂ for product also be used in synthetic fuels such as methanol or SAFs for aviation.

Our equipment generates controlled cold plasmas, which are suitable for reforming gases into energy.

Although it is a process that we can demonstrate how, but being a small company we cannot develop it yet, the important thing is that this inoculation is open, that is to say it is not in a glass bottle where the gases are enclosed, our plasmas are cold, that is to say we break the balance of the electrons and this is the door to convert pollutants into energy.

Our devices are small, compact, inexpensive, and simple. They can be used in food production, since CO₂ can be re-injected into greenhouses, and the carbonates restore oceans and overexploited lands.

We have patents, but a few days ago a PCT was requested with all the improvements developed.

Based on technology, we are able to emit high power in very small cavities. This opens many doors, as this energy allows us to reform pollutants that are difficult to process.

However, the current application is to use zeolites that capture gases like CO₂, separating them from the air. When the sorbents are saturated with these gases, meaning they no longer have space for capture, we process these sorbents, extracting the gases. In the case of 4 kilos of zeolites, which capture 800 grams of CO₂, desorption takes 3 minutes, compared to conventional heating systems that take several hours. These energy and time savings make our technology a path to energy production.

And we explained that we do the process in batch, meaning that our small equipment can process hundreds of kilos of zeolites, we just need to improve the pneumatic systems.