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Breakthrough Plasma Technology

Transformation into a biphasic stream

From liquid into a liquid-gas flow by acceleration

Application of an
electric field

Electric discharge able to ionize particles within the biphasic flow

of plasma

Glow discharge non-thermal plasma


From liquid-gas flow to liquid by deceleration

What is Plasma?

Plasma, the fourth state of matter along with solid, liquid and gas, is a mix of unbound positively charged particles (ions) and negatively charged particles (electrons), which results from adding energy to a gas. Examples of plasma include lightning, aurora borealis, fluorescent lights, neon signs and welding arcs.

Plasma Water Sanitization

Plasma Water Sanitization is a major technological breakthrough that creates an entirely new water disinfection category.

Microorganisms are fully eliminated through the combination of a variety of plasma state phenomena that generate complete disinfection, as well as positive residual effects to preserve the sanitized quality of the water.

The technology was tested at NSF International (Michigan, USA) achieving complete elimination of bacteria and viruses.

Additionally, the technology was validated at the University of Montpellier (France), demonstrating unprecedented efficacy – from nearly 1 billion cholera bacteria per 100mL to zero.

Plasma Activated Water

Lightnings are examples of Plasma in Nature

Lightnings Activate the
Water in the rain

Activated Water is a Natural Pesticide and Fertilizer

PLASMA ACTIVATED WATER is a Natural Pesticide and Fertilizer

What is Plasma Activated Water?

PLASMA WATERS breakthrough technology transforms water into non-thermal plasma, in a continuous flow.

When water is transformed into Plasma, Reactive Oxygen and Nitrogen Species (RONS) are generated in the water, as a result of the energy being applied to it. This water becomes Plasma Activated Water (PAW).

PLASMA WATERS’ PAW is created just from water, air and electricity, in a continuous flow, with low energy and cost, and with a scalable throughput.

Plasma Spectral Analysis

PLASMA WATERS breakthrough technology allows monitoring water quality in real time for multiple applications, such as industrial processes, defense & security, agriculture and many others.

Our Plasma Spectral Analysis technology, is the first available solution to determine the quality of the water in real-time.

In plasma state, ionized atoms and molecules emit light in specific wavelengths. Elements and compounds have spectral signatures by which their presence can be detected, therefore, the composition of a liquid can be determined by the emission lines generated when transformed into plasma —while spectral analysis is a solved problem, there haven’t been, until now, any available means for the efficient ionization of liquid in continuous flow, in situ, in real time.

We are currently developing multiple disruptive solutions for several industries. If you are interested in discussing how our technology could benefit your company, please

Diseño web por Rocket Media

What is Plasma?

In nature, matter can exist in four distinct forms: solid, liquid, gas, and plasma. The distinction between states of matter is based on qualitative differences in properties such as density, malleability and hardness.

Matter can transition from one state to another when specific physical conditions change. For example, if enough energy is delivered into a system, a phase change may occur as the matter moves to a more active state.

Plasmas are generated when extra energy is added to a gas, causing electrons —the negatively charged particles that orbit the atomic nucleus— to be torn free from atoms. Atoms that are missing electrons are called ions.

Ions in plasma have a positive electrical charge because they have more positively charged protons than negatively charged electrons. A plasma is a mix of these positively charged ions and negatively charged electrons (and neutral particles, in the case of partially ionized plasmas).

A gas is usually converted into a plasma by applying a high voltage difference, or by exposing it to extremely high temperatures.

Key Advantages for Agriculture and Horticulture

The Reactive Oxygen and Nitrogen Species RONS contained in PAW can accelerate plants growth and development, maximizing yield, optimizing size, shape and color. It can also improve resistance to disease and abiotic stress such as bright light and high temperature and stimulate the appearance of “anti-oxidant” compounds that are highly valuable for human health.

PLASMA WATERS initial PAW units manage to efficiently provide on-demand Reactive Oxygen Species (ROS) such as Hydrogen peroxide (H2O2). H2O2 is an important molecule that have been generated by lightning plasmas since the beginning of life on earth, and plants have come to use it to control critical functions.

PAW-ROS is an infinite, fully natural and sustainable source of plant disinfectant, disease resistance, stress tolerance and nutrient enrichment, requiring only water and air and a small amount electricity.

PAW-ROS can boost the yield of any crop, It can protect it against disease, decay and spoilage, both before and after harvest, and add to its nutrition and flavor.

PAW is a distributed, market-ready, and fully sustainable innovation with unprecedented potential for the ”New Agriculture” of Controlled Environment Agriculture (CEA), urban rooftops, domestic kitchens, and an essential solution to prevent food shortages worldwide.