Design And Implementation For Oil Pipeline Monitoring System Based On Internet Of Things

The traditional approach to oil pipeline leak detection is often the detector and the method by human patrols, due to rely on manpower, not in real time, comprehensive monitoring of the oil pipeline, and therefore it cannot effectively ensure the safety of the pipeline route in order to ensure that the oil pipeline route safe transport, pipelines must be able to monitor the use of pipeline monitoring methods, making leaks are detected in time and take remedial measures to reduce economic losses reached, reduce environmental pollution.Oil pipeline monitoring is the petrochemical companies and related departments attach great importance to the ordinary course of business, for the normal operation of the oil pipeline is of great significance. The traditional use of artificial oil pipeline monitoring visits, electronic detection, etc., poor efficiency and real-time, in order to solve the above problems, the use of things such as real-time monitoring technology for building information systems became mainstream issues related to the oil pipeline monitoring solution. This article is designed to achieve a 1 meter and oil pipeline monitoring system based on Internet of Things technology, the system is mainly to solve the real-time monitoring of the pipeline operating parameters and dynamic display problems, including the following:A complete hardware system design and deployment, including the design of the collection node and the sink node design, the pressure sensor node collecting PTP501, flow sensor GLW350/500, three temperature sensors DS18B20 hardware deployment, then MSP430 aggregation node development board design, embedded development using C language program to achieve the underlying data collection node server-side data collection and aggregation node via upload.2, completed the design and implementation of software systems, including the system registry, information monitoring, emergency scheduling, information dissemination and evaluation of management and other core functions, system software design and implementation is the core function of the design of this article. Users can monitor oil pipelines dynamic data uploaded by the underlying hardware information, according to the results of monitoring carried out for sudden emergencies dispatching complete rescue-related tasks; system also completed the core of the daily operations of the reported information and data analysis and evaluation, etc. function achieved.Development system based on Internet of Things technology, using C language, PHP technology for design and implementation of hardware and software programs to complete data collection by storing the underlying MySQL database, providing data reading and related operations to the client. System development using standard software development process, and ultimately through the system testing, can be put into practical use.