Optimal Design of Fire Water Supply System for Automated Storage/Retrieval System of Automotive Rubber Product

Abstract

Automated storage/retrieval systems for automotive rubber products usually have large racks and high storage density. Rubber products have dangerous characteristics such as high combustion calorific value, large amounts of smoke, and rapid fire spread. Once a fire occurs, it will cause serious casualties and property losses. At present, domestic fire protection design specifications for automated storage/retrieval systems of automotive rubber products are not yet complete, and systematic technical guidance is insufficient. In actual projects, there are common problems such as difficult system selection, complex pipeline laying, and difficult hydraulic calculations. Focusing on the above issues, this article focuses on discussing the main technical bottlenecks and their causes in the design of fire water supply systems, and proposes corresponding optimization strategies and solutions, in order to provide a reference for the formulation of fire protection plans, construction drawing design and engineering practice for similar projects in the future.