International Journal on Recent and Innovation Trends in Computing and Communication ISSN: 2321-8169 Volume: 2 Issue: 12 4145 - 4149 _______________________________________________________________________________________________ 4145 IJRITCC | December 2014, Available @ http://www.ijritcc.org _______________________________________________________________________________________ Geo-Sensor Network System for Industrial Pollution Monitoring Harsh S. Chalke 1 Student of BE Information Technology BVCOE & RI, Nasik, India University of Pune harsh.s.chalke@gmail.com Kalyani V. Patil 2 Student of BE Information Technology BVCOE & RI, Nasik, India University of Pune kalyanipatil32@gmail.com Atish S. Mandlik 3 Student of BE Information Technology BVCOE & RI, Nasik, India University of Pune atishmandlik@gmail.com Prof. Kavita S. Kumavat 4 ME Computer Engineering BVCOE & RI, Nasik, India University of Pune kavitakumavat26@gmail.com Abstract— Air pollution is a major environmental health problem in today’s life. For pollution free environment it’s necessary to monitor the environment phenomena by using Environment Observation and Forecasting System (EOFS). An air pollution monitoring system provides a context model which is use for understanding status of pollution in air. System provides acquisition policy which contains corporate actions against pollution problem. Pollution status is calculated by measuring amount of CO2, NO2 and SO2 in air. Depending on context model condition provides safety guidelines and alarm facility. System provides a flexible sampling interval. As per context model pollution condition the interval is change. It also use for saving batteries of geo-sensors. Keywords- Air pollution monitoring, context model, EOFS, Geo-sensor network, sensor. __________________________________________________*****_________________________________________________ I. INTRODUCTION Many business application causes harm to environment by producing different gases which is more dangerous for human health. For environmental monitoring wireless sensor network have been deployed, basically sensor are used calculate the amount of air pollution produced by the industrial areas which includes collecting the large amount of data over time across a volume of space large enough to exhibit significant internal difference. Geo-sensor network is a type of sensor networks which is designed to measure data related to geospatial information. It could be useful to detect the conditions of remote place as a new instrument for environmental monitoring in the physical world. For example, there are various kinds of applications such as seabird micro climate, habitat monitoring, intrusion detection, and building comfort. System design and implement an air pollution monitoring system based on geo- sensor network. It employs the context model for understanding the status of air pollution on the current and near future pollution region. It is necessary to give an alarm and safety guideline for a near future risky situation, because avoidance is better than the problems which will be faced in future. It can reduce recovery cost and severe damage. It also helps the flexible sampling interval change depending on the pollution conditions of the context model. The interval change is useful for keeping the geo-sensor network, because of the limited batteries. The power efficiency is increased depending on the flexibility of the tradeoff between sampling rates. As shown in figure 1 air quality monitoring system gives industrial smoke as row data and take readings of NO, NO2, O3, CO, SO2 etc for calculating quality of smoke present in air. These readings are handles by software applications for calculating quality of air polluted due to smoke. It also help in understanding the sources of pollution and for managing solution for industries in remote area. Figure 1: Air Quality Monitoring System