Technical-economic analysis of the installation of a smoke evacuation and temperature control system in a logistic warehouse

Identifier:  TFM:544

Handle: https://hdl.handle.net/20.500.11797/TFM544

Authors:  Serrano Celma, Enric

Abstract:
This work aims to design and install a Smoke Evacuation and Temperature Control System (SETCS) in the logistics warehouse that has been provided as a case study. In order to carry out this work, an Excel program has been designed capable of calculating the number of ventilators required for each smoke tank, as stipulated in the UNE 23585: 2017 Standard. The solution that has been proposed divides the warehouse into 4 smoke tanks, dividing sector 3 into two equal tanks by a 66 m2 smoke screen. Each of these tanks requires 15 ventilators model LAMINALUX F100 150/300, on the roof to expel the fumes, thus avoiding temperature rises and flooding of the evacuation routes due to their accumulation. In order to improve the discharge coefficient of the fillers to the desired value, they will be installed with a socket. It is estimated that the total value of the installation is € 213,644.28, this budget takes into account all the elements to be installed. However, it does not include the hours of the engineering team in preparing the project. Finally, in order to observe the behavior of a multiple fire in each of the sectors, a simulation is carried out with the CFAST program that studies the evolution of the fire during a specific simulation time.