Purpose. To develop a method for reducing the impact of fires in unsheltered timber warehouses on environmental safety by duration free burning timber, speed fire front spread, emissions combustion products and firefighting. Methodology. During experimental research, fractional factor experiment was used. Theoretical research performed using optimization mathematical models. The Monte Carlo is ...

Multi-storey building must be equipped with a reliable fire extinguishing system. The existing system design is not backup pump and jockey pump. Based on DKI Jakarta Governor Regulation No. 92/2014 the Indonesian National Standard, to solve this problem, designed combination of pump, main that connected in an integrated parallel arrangement. This allows automatically run due pressure drop pipe ...

Fire is a disaster that often occurs but can be prevented. Based on data from the Bandung City Central Bureau of Statistics (BPS), in 2018 there were 198 fire incidents (16.5 events / month), and periode 2012 - 2017 fires caused by LPG gas had second largest percentage at 17%. Therefore extinguishing system detect prevent it quickly monitored remotely real time will help minimize losses. This d...

This paper presents a system for the coordination of aerial and ground robots for applications such as surveillance and intervention in emergency management. The overall system architecture is described. An important part for the coordination between robots is the task allocation strategy. A distributed market-based algorithm, called S+T, has been developed to solve the multi-robot task allocat...

The recent huge technological development of unmanned aerial vehicles (UAVs) can provide breakthrough means fighting wildland fires. We propose an innovative forest firefighting system based on the use a swarm hundreds UAVs able to generate continuous flow extinguishing liquid fire front, simulating effect rain. Automatic battery replacement and refill ensure continuity action. illustrate valid...

A Robot suitable for automatically extinguishing the fire during fire accidents is presented in this paper. The Robot moves in the direction with respect to the fire intensity and avoids self-destruction using calcium silicate boards shielded with, that are capable of withstanding very high temperatures. The principle used, was designed and experimented at a temperature of 300°C. The temperatur...