Databases Csu Online Library, Source Peer-Reviewed Articles.

¶ … databases CSU Online Library, source peer-reviewed articles. The purpose assignment practice reviewing articles contribute industry. The authors articles researchers professionals shared BFS 3460, Fire Protection Systems 3 experimented ideas demonstrate potential improve industry.

Matthew S. Connolly, Stephen M. Jaskolka, Jeffrey S. Rosen, and Michael D. Szkutak's article "ENGINEERING PERFORMANCE OF WATER MIST FIRE PROTECTION SYSTEMS WITH ANTIFREEZE" provides an intriguing view with regard to the importance of providing solutions to fire systems in exceptional circumstances. The fact that water in fire systems was frozen led to a series of issues throughout the world as a result of the respective systems being unable to function and thus being ineffective. By installing antifreeze in water mist fire suppression systems, one would likely experience positive results in fighting fires in freezing temperatures. The article provides a scenario involving the development of a fire protection system using antifreeze as a solution to episodes in which water is frozen in the system and thus renders the system ineffective.

The study concentrates on analyzing the chemical compositions that would be most efficient as antifreeze solutions to fire protection systems. The article relates to a series of aspects concerning such an innovative system, ranging from variable that are probable to affect the substance sprayed from fire systems to risks associated with system failure. Furthermore, it attempts to determine the consequences of having such substances interact with fire. According to a series of tests, conventional antifreeze substances are ineffective (because the diverse set of variables means that they can actually make matters worse in a situation involving a fire) as a part of a fire protection system and it would thus be essential for a substance that would be in accordance with all requirements to be produced.

Fire protection systems typically work with high pressure and a substance that is effective in such conditions would thus be essential. Moreover, the fact that many antifreeze solutions are flammable increases risks associated with focusing on traditional substances. Spray performance and problems regarding system failure are two of the primary ideas that one needs to consider when taking into account a fire protection system meant to be effective in freezing conditions.

Water delivery time is essential in many fire protection systems and the time it would take for a conventional system to transport water from tanks to areas under fire is likely to be too long in certain cases. The fact that technical knowledge with regard to this particular topic is limited means that one needs to concentrate on studying the risks that are likely to appear as such methods are implemented.

The journal article attempts to provide information regarding the clear difference between traditional water sprinklers and water mist fire protection systems in order to better understand the effects of using antifreeze in the case of the latter. "Droplet size, operating pressure, volumetric flow rate, nominal system pipe diameter, and pipe material" are all important factors when considering fire protection systems and effectiveness can only be achieved as a result of being able to use substances that do not interfere with the normal functioning of a water mist fire protection system.