Description

Surface disinfection technology by air

Equipped with the technology of the rotating disc this innovative device allows a perfect control of diffusion, for the disinfection by air of surfaces (DSVA). Control of infectious risks, decontamination of a place up to 384 m3 (hospitals, laboratories, pharmaceutical industry, agri-food, cosmetics, biotechnology, zootechnical and logistics, ambulances, pet shops, veterinarians, bacteriology, schools .. ) very light table apparatus of 6 kg.

In the realm of surface hygiene, the quest for effective decontamination and sterilization systems has taken a revolutionary turn with the advent of air-based technologies. One such groundbreaking method employs a fine droplet spraying system, facilitated by a rotating disc mechanism.

This innovative system operates by dispersing a meticulously calibrated mist of disinfectant solution into the air. As these fine droplets cascade down, they envelop surfaces with a blanket of germ-fighting agents. The key to its efficacy lies in the precision of droplet size and distribution, ensuring thorough coverage and penetration even into intricate crevices and corners.

At the heart of this technology is the rotating disc, a marvel of engineering ingenuity. This disc, with its swift and controlled motion, orchestrates the symphony of droplet dispersion, guaranteeing uniform application across the targeted area. Its efficiency not only maximizes surface contact but also minimizes wastage of resources, making it an environmentally conscious choice for decontamination endeavors.

The synergy between airborne dispersion and the rotating disc confers unparalleled benefits in the realm of germ elimination. By harnessing the power of air, this system transcends conventional limitations, reaching surfaces inaccessible to traditional cleaning methods. Moreover, its sterilization prowess is underscored by the comprehensive coverage afforded by the rotating disc, leaving no room for microbial adversaries to thrive.

In conclusion, the marriage of airborne decontamination technology and precision-engineered systems heralds a new era in surface hygiene. Through the judicious deployment of fine droplet spraying mechanisms orchestrated by rotating discs, we pave the way for uncompromising sterilization and germ elimination, ensuring safer and healthier environments for all.

Operation surface cleansing systems airborne

With a rate of 2000 ml/h, this vertical nebulizer decontamination table works on the sector. Its diffusion is carried out by means of a fan whose breath drives the aerosol droplets to the local to desfect. Powered by a peristaltic pump that sucks the liquid to be diffused from a 0.5-litre can connected to the nebulizer by a silicone hose.
Nebulizer programming takes place by adjusting the push buttons aligned near the built-in viewing screen. With these settings, the atomizer can operate continuously or by alternating broadcast and pause cycles. If the broadcast is programmed continuously, all the liquid is sprayed at once. With pauses, the liquid may last longer. To calculate the duration of spraying by air, the volume of liquid must be divided by the flow of the machine. Thus, a volume of 1000 ml of liquid will be sprayed in 30 minutes with a device whose flow is 2000 ml/h without pause.

To program the decontamination system,simply adjust the different functions correctly.
To fix the spray cycles, there is the function C (cycles), which can be programmed from 1 to 99. Streaming is achieved by adjusting C to value 1. The spraying time is obtained by adjusting the function D (duration), programmable from 0 to 99 minutes and 59 seconds. Each effective spray cycle is programmed by setting D by 1 second step. For the volume of 1000 ml of liquid of the previous example, 10 cycles of 3 minutes each will diffuse the whole with the flow of 2000ml/h.
The pauses between each cycle are made with the R function (delay), which is programmable from 0 to 9 hours and 59 minutes. This is the duration of the diffusion of liquid alternating with the rest time, to be programmed by 1 minute steps. With a break time of 5 minutes between each previously set 3-minute broadcast cycle, the nebulizer will start broadcasting after 5 minutes. It sprays for 3 minutes and then stops for 5 minutes again before resuming broadcasting, for a total of 80 minutes, in order to exhaust the 1000 ml of the example.

Other controls and functions of Surface disinfection technology

Equipped with an LED lamp, the sprayer can be viewed from afar to control its proper operation. The nebulizer disk automatically shuts down when the upstream liquid presence sensor (CPL) no longer collects any liquids. The exhaustion of the contents of the can is therefore not likely to cause problems.
At the end of the scattering, the automatic draining of the hydraulic system is triggered, sending the remaining unropped liquid back into the can.
The nebulizer can atomize all types of liquids, viscous or non-flammable and non-flammable,compatible with novoprene, dietary fat, 304L stainless steel, PTFE and silicone (joint). To prevent the appearance of deposit with certain liquids, the hydraulic system must be cleaned. This cleaning is done simply by placing cleaning liquid in the hydraulic system and then programming a scattering sequence.

Concrete case operating time for 100m3 disinfection :

For a 2000 ml/m3machine, for example,a 45 m2 piece (about 100m3) the spray time will be 24 minutes for 800 ml of product. The calculation is: 100m3 x 8ml/m3 – 800 ml (amount of liquid to use for 90m3). For a machine 2000 ml/h broadcast time is 24 minutes: 60 minutes x 800 ml – 2000 ml/h – 24 minutes it will be 34 minutes for a 1400ml/h machine. After the mist you have to let the product work. Contact time can be decreased depending on the concentration of the product, for example for 5ml/m3 the recommended time is 2 hours for 10ml/m3 it can be reduced.