Design and Implementation of PropertySafety: A Wireless Sensor-Based Solution for Safety Management of Vacant Properties

Design and Implementation of PropertySafety: A Wireless Sensor-Based Solution for Safety Management of Vacant Properties

Muhammad Arslan (National University of Sciences and Technology, Pakistan), Zainab Riaz (National University of Sciences and Technology, Pakistan) and Adnan Khalid Kiani (National University of Sciences and Technology, Pakistan)
DOI: 10.4018/978-1-4666-6623-8.ch014
OnDemand PDF Download:
$30.00
List Price: $37.50

Abstract

Each year millions of dollars are spent for the prevention of flooding, fire, and burglaries in vacant properties. Keeping a vacant property secure is the most important aspect in preventing damage and one of the most crucial tasks for property owners and facility managers. Building Information Modeling (BIM) is an emerging technology platform that has the potential to be explored in safety-planning solutions for vacant properties. In an attempt to reduce vacant property hazards, this chapter reports upon an integrated system architecture that utilizes BIM and wireless sensor technology to produce a proactive safety and emergency management system entitled PropertySafety. The proposed solution collects real-time temperature, activity, and water detection data remotely; notifies property owners and facility managers through effective visualizations of a building using the BIM platform; and ultimately attempts to contribute in reducing property hazards during the facility management phase of a building lifecycle.
Chapter Preview
Top

Introduction

Vacant property can be defined as a property that is unoccupied (Gannon, 2014). Such vacant properties may pose a risk to public safety if constantly neglected by the property owners (Wilkinson, 2011). In the UK, vacant properties have been repeatedly targeted by vandals and criminals in the last few years. According to an insurance company Aviva, around £2 billon of damage is done to property in the UK through arson and vandalism, 25% of which relates to vacant properties (Cosh, 2012). These statistics highlight that vacant properties can be misused and damaged deliberately if left unattended. Adequate alarm systems and security management solutions can significantly help in damage reduction and prevention in such properties (BSIA, 2013). There are three major threats to vacant properties which are: fire; vandalism/burglary; and bad weather conditions (Halvey, 2001; Willis, 2010; Spelman, 1993). Table 1 illustrates the average number of claims in vacant properties due to these three major threats in 2010 and 2011 in U.S. and UK.

Table 1.
Average number of claims in vacant properties due to major threats
Fire
(%)
Vandalism and Burglary
(%)
Bad Weather
(%)
Reference
US482031(Willis, 2010)
UK1.84040(Willis, 2011)

Fire

The most costly and major danger while maintaining a vacant property is fire (Willis, 2010; Willis, 2011). According to US Fire Administration (USFA), 28,000 vacant residential building fires were reported to US fire departments from 2006 to 2008 which caused 45 deaths, 225 serious injuries and $900 million in property loss (FEMA, 2011). Moreover according to Fire Protection Association UK, nearly 9,000 fires are attended by fire fighters in vacant buildings each year in the UK (Willis, 2011). Vacant buildings are attractive targets because such facilities are usually easier to enter (FEMA, 2011). Similarly, another danger arises when vacant facilities are used for storage of flammable materials which pose serious fire threats to close by structures and buildings (Willis, 2010).

Complete Chapter List

Search this Book:
Reset