Maximizing the distance a single crew can treat in all safety.
The system allows a single fire crew to treat hundreds of meters of fire front by distributing water at low flow rates.
The autonomous operating mode allows practitioners to operate from a safe area as no personnel is needed in the danger zone.
The system consists of a hose loop mimicking the wetting pattern of an aerial drop.
Connected to a single pump and reservoir one module can treat 400 meters, with the possibility of adding modules in length, height and depth.
The autonomous operating mode means no personnel is needed in the danger zone.
A series of deployments has shown how it outperforms state of the art ground tools in containing high intensity fire fronts with flames exceeding eight meters in height.
With practitioner safety in mind, the Papageno system has been designed to run autonomously once it has been installed. Practitioners can thus retreat to safe areas once the fire closes in.
With water scarcity in mind during high summers, the Papageno system has been designed to distribute the critical amount of water. A single fire truck can thus maximize its effect and rely on other trucks carrying out water shuttle services.
With wide geographical uptake in mind for maximized climate impact, we have designed the Papageno system to come in at low operating costs, allowing as many affected communities to make use of it.
Academic proof is at the core of our development.
Validated during a series of field tests under the academic guidance of the University of Coimbra, we are starting to deploy our system during controlled burns.
Are you interested in a demonstration near you? Then reach out to us!
We can simulate the positioning of the Papageno system along strategic lines to verify containment outcomes and calculate operating windows such as critical water volume and required running time.
We can simulate the positioning of the Papageno system along strategic lines to verify containment outcomes as well as area saved and avoided greenhouse gas emissions.
Every hectare of vegetation saved from fire avoids greenhouse gas emissions and protects natural carbon sinks.
We pledge to keep track of areas saved from burning and publish yearly reports on avoided greenhouse gas emissions.
© HoZe Solutions GmbH 2023
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