What is Plasma?
What is Plasma?
Solid
Solid
Liquid
Liquid
Gas
Gas
Plasma
Plasma
The state of "ice" changes from solid to liquid and then from liquid to gas as the temperature rises. When the temperature of the gas rises, the molecules of the gas dissociate into atoms, and when the temperature rises further, the electrons orbiting the nucleus separate from the atoms and separate into positive ions and electrons. This phenomenon is called "ionization".
And the gas containing charged particles generated by ionization is called "plasma". Plasma is an aggregate of radicals (active species), electrons, ions (ionizers), and photons (light). Plasma releases molecules and atoms apart, destroying the shape of matter.
Components of Plasma
Next Generation Plasma Technology
Next-Generation Plasma Technology
Using Atmospheric Low-Temperature Plasma
"Plasma" is an aggregate of "radicals (active species), electrons, ions (ionizers), and photons (lights)". In recent years, various methods for generating low-temperature plasma under atmospheric pressure have been developed.
The low temperature plasma disinfection method not only instantaneously decomposes "viruses, bacteria, pollen, harmful substances, and odors" due to its high reactivity, but also features "low power consumption, low cost, safety, and environmental friendliness" — making it a globally developed alternative to existing disinfection and deodorization methods.
1μs
microsecond = one millionth of a second
World's fastest decomposition speed
From disease-causing substances to environmentally destructive substances — removed instantly
Advanced Oxidation Process
AOP (Advanced Oxidation Process)
Why Does It Neutralize Viruses?
There are various types of viruses such as coronavirus and influenza virus, but the composition and morphology of the viruses are the same. There is a difference between DNA (double helix) and RNA (single helix), but the surface is covered with a protein film called a capsid or envelope.
ROS (Reactive Oxidation Species) mixed multi-gas plasma produced by the sterilizer extracts hydrogen from the protein film on the surface of the virus and promotes oxidation. Furthermore, one "O" of ozone (O₃) attaches to nucleic acid and promotes oxidation. After that, the virus is cleaned by thoroughly oxidizing the nucleic acid until the vapor phase hydrogen peroxide (H₂O₂) decomposes itself.
Extracts hydrogen from the protein coating
ROS mixed multi-gas plasma® takes action
O₃'s 'O' attaches to nucleic acid, promoting oxidation
Oxidizing action of ozone
H₂O₂ thoroughly oxidizes nucleic acid
Continues until vapor-phase hydrogen peroxide self-decomposes
Virus completely neutralized
Protein coating collapses / inactivation
Plasma Filter
Plasma Filter
Ultra-fine dust, pollen, viruses, etc. contained in the air sucked into the high-voltage large-area plasma discharge reactor are struck by lightning more than 6,000 times per second in the high-voltage plasma discharge layer and killed and destroyed.
6,000×/sec
Killed by plasma discharge
How It Works
3-stage purification: Intake → Plasma discharge → Diffusion
- 01
Contaminated Air
Indoor air containing suspended particles, viruses, and pollen
- 02
Intake Fan
Delivers air uniformly to the reactor
- 03
Plasma Filter
Killed and decomposed by 6,000 discharges per second
- 04
Diffusion Fan
Diffuses ROS mixed gas into the space
- 05
Clean Air
Maintains spatial hygiene through 24/7 operation
Environmental Technology
Plasma Technology Protecting the Global Environment
CO₂ and Greenhouse Gas Decomposition
by Cold Plasma Filter
For the first time in the world, we have succeeded in large-area plasma discharge and multi-layering, enabling mass processing. It will be possible to mass-process carbon dioxide from automobiles, ships, airplanes, power plants, factories, etc. using only electricity.
Circular Energy
Methanation Technology
(CO₂ Resource Recovery & Circular Energy System)
Creating an eco-system for CO₂ resource recovery and recycling energy. CO₂ emissions can be "recycled" and used as fuel. Synthesize hydrocarbons and use them as fuel to realize "recycling energy" — achieving CO₂ Zero Emission for aircraft, ships, cars and other fossil fuel users.
CO₂, Greenhouse Gas,
and Harmful Gas
Decomposition Device
by Low-Temperature Plasma
For the first time in the world, we have succeeded in large-area plasma discharge and multi-layering, enabling mass processing and promoting commercialization. It will be possible to mass-process carbon dioxide from automobiles, ships, airplanes, power plants, factories, etc. using only electricity.
Plasma Water Technology
Plasma Water
Heat treatment and chemical disinfection were used in medical fields, agricultural industry, and food industry before — but heat denaturation and chemical residues were ongoing problems. We invented an ultra-high speed and highly reactive disinfection system by increasing the performance range of the multi-gas plasma jet, making it possible to irradiate plasma directly to water.
The plasma water produced by the plasma jet is environmentally friendly as it returns to normal water after about an hour. Our plasma water can solve chemical residue issues — pesticide-free, no heat denaturation, and it can significantly reduce food loss by keeping food sterile and fresh for longer.
Agriculture
Pesticide-free and low-pesticide solutions. Direct plasma water treatment for crops and soil.
Medical
No chemical residues, no heat denaturation. High-purity water treatment for medical use.
Food
Disinfection, extended freshness, and significant reduction of food loss.
Environment
Returns to normal water after treatment. Zero waste, zero environmental impact.
Information Infrastructure
AQRSS
Air Quality and Risk Surveillance System
14,000L
Volume of air a person breathes daily
People breathe 14,000 liters of air every day. We also take about 2 liters of water orally. Water is supplied as social infrastructure through a process of strict water quality inspection and disinfection. So what about "air"? While taking in about 7,000 times as much air as water into the human body every day, its "quality" is not inspected or disinfected except in specific places.
By capturing and analyzing harmful substances in the air and presenting them as unique indicators, AQRSS provides new guidelines for improving the air environment.
AQRSS (Air Quality and Risk Surveillance System) is an information infrastructure for realizing a "clean air environment" that is indispensable for people's healthy lives.