One of the advantages of DBD technology ( dielectric barrier discharge technology ) is that it is easy to establish non-equilibrium plasma conditions. Compared with other technologies, the establishment process of DBD technology is simpler. The lifetime of micro-discharges distributed on the surface is only a few nanoseconds, pumping hot electrons into the gas phase, while the whole process is still in a ' cooling ' state ( much lower than the thermodynamic equilibrium state ). Therefore, new species can be generated efficiently. High ozone production is the most important process in many applications in the field of water and air treatment.

DBD technology has a wide range of applications, such as industry, medical technology, water treatment and air quality treatment. This technology can be integrated into daily necessities such as cabinets, vacuum cleaners, ventilation systems, or trash cans. Due to its space saving, DBD technology has a wide range of applications. DBD technology offers unprecedented configuration options that can be operated on a variety of media ( e.g. gas ) or liquid or solid interfaces, and supports a wide range of pressures, energy densities and temperatures.

The most important feature of dielectric barrier discharge is that it can provide non-equilibrium plasma conditions in a simpler way than any other technology. The micro-discharge is distributed on the surface and lasts for only a few nanoseconds, pumping hot electrons into the gas phase, while the whole process is still in a ' cold ' state ( much lower than the thermodynamic equilibrium state ). Therefore, new species can be generated efficiently. High-yield ozone generation is the most prominent process in many applications in the field of water and air treatment.

Advantages

• Small, compact and easy to integrate
  

• Wide range of applications (cabinets, waste systems, lockers, etc.)

• Extremely easy handling for the end user

• Very energy-efficient due to low heat losses

• Very environmentally friendly – no auxiliary materials such as chemicals or additives necessary

• Easy to use

• Highly efficient and safe excitation of gas molecules

• Extremely high power density of the compact device