“Respira” Greenhouse Gas Emissions Capture Process Technology

Nexgen affiliates have designed, developed, proven and tested ready to commercialize solutions and equipment that significantly reduce toxic emissions and carbon dioxide pollution through unique technology that effectively reduce the exhaust gases of both mobile and fixed sources of air pollution and contamination.

"Respira" is a filter unit much like a standard muffler in appearance which has been specifically designed for mobile sources (trucks, buses, diesel/gas vehicles (cars), and heavy duty equipment); it measures approximately 70 cm. length, by 50 cm. wide, and 50 cm. high, size that will vary according to the power rating of any given engine. All that is required here is a mass production facility.

In the case of fixed gas emitting sources such as power plants, industrial chimneys’ burning oil, natural gas, wood, coal or other fossils fuel fired plants, the physical size of the equipment will depend on the composition and volume of its particular emission’s stream in any event its just a function of practical engineering.

"Respira" technology drastically reduces polluting emissions in heavy-duty diesel vehicles by “cleaning” the gases after combustion, and retaining a larger part of the most dangerous elements that are later removed from the equipment. The filtration process reduces contamination through a re-structuring of the final chemical composition of the exhaust gases.

Most importantly, the interaction of the chemical solution, the post-combustion gases and the filtering components used by this patented technology, breaks the molecular bond between carbon and oxygen, capturing carbon and releasing oxygen into the atmosphere.

"Respira" technology is equivalent to planting large extensions evergreen forests in our cities.

The Gas is guided into several chambers containing different chemicals and provoking chemical-mechanical effects that capture and modify the physical and chemical structure of the original toxic gases.

A physical reaction traps heavy particulate matter as sediment at the bottom of the chamber. The gases then enter a second chamber, where they react to another physical chemical process that attracts carbon and creates water and oxygen as byproducts.

The technology can be immediately installed on most diesel and gasoline powered motor vehicle’s. This is the only technology that we know of today that can capture CO2 emissions in this application at an affordable price.