The SMART-DOOR is characterized by the fact that it enables the user to move any room within a very short time and without structural changes to a sealed off negative pressure or positive pressure area. The most important facts at a glance:

• Light and handy, therefore easy to transport, simple and space-saving to store

• Flexible, and usable for all common standard doors, special dimensions can be realized

• Quick assembly and connection in approx. 5 minutes, without tools

• Self-closing door with self-closing supply air or exhaust air flaps

• 4 flexible connection flanges for fresh air or exhaust air

• Easy connection of negative or positive pressure devices

• Pressure transmission for automatic regulation

• 100% compatibility with the deconta SMART-LINE lock system technology results in the following application scenarios

  • Pure foreclosure measure

  • Isolation with an attached chamber (lock)

  • Isolation with attached shower chamber

  • Isolation with a connected 3- or 4-chamber lock

• Easy cleaning and quick dismantling thanks to external struts

Application:

Shelter, clean room
The contamination is present over a large area and should not penetrate into a certain area, shelter. The room is sealed off by means of SMART-DOOR and put into positive pressure. Highly efficient particle filters in combination with activated carbon are optionally used. By connecting a shower or a lock system, it can be ensured that people are only allowed to enter the room after decontamination has been carried out.

Exemplary application scenarios:

• Nuclear accidents, malfunctions -> dust, HEPA filtration
• Chemical contamination -> HEPA filtration in combination with activated carbon
• Biological contamination by viruses or bacteria -> HEPA filtration in combination with activated carbon

Isolation room, treatment room
The contamination is locally local. The aim is to prevent the hazardous substances from spreading or being carried away. Therefore, the room is placed in a negative pressure. Extracted air is filtered before it is released into the environment. In the event of leaks in the room, clean air flows in, contaminated air cannot escape. Access is via a lock system. Decontamination takes place when leaving the lock.

Exemplary application scenarios:

• Various epidemic scenarios, triggered by viruses or bacteria, e.g. in airports, hospitals, public buildings, farms
• Local hazardous substances within a building, building pollutants, outgassing or other releases triggered e.g. by a fire.