Real Time laser based Tomography For Pipeline Flow Measurement

Khairil Azman, Md Akhir (2011) Real Time laser based Tomography For Pipeline Flow Measurement. Project Report. UTeM, Melaka, Malaysia. (Submitted)

	PDF (24 Pages) Real_Time_laser_based_Tomography_For_Pipeline_Flow_Measurement_-_24_Pages.pdf - Submitted Version Download (97kB)
	PDF (Full Taxt) Real_Time_laser_based_Tomography_For_Pipeline_Flow_Measurement_-_Full_Taxt.pdf - Submitted Version Restricted to Registered users only Download (1MB)

Abstract

Proces tomography is a process to obtain an image in process vessel or pipeline by using sensor system. The pipeline flow measurement is essential to industrial. There a lot of technology that has been used for this pipeline flow measurement. This project will develop a hardware and program for the real-time laser based tomography measurement system. The laser will be used to measure the concentration profile of flowing particles. The main purpose of this project is to simulate the use of a laser tomography method for on-line monitoring of particles in pipeline. The transmitter that will be used is based on laser meanwhile the receiver is a photodiode sensor. This measurement system will allow user to monitor the cross-sectional image of the material distribution in a real time. Data that is received are obtained from the array of photodiode sensors that creates a cross sectional detection area over the pipe. This raw data is captured by the data acquisition unit (DAQ) that will convey the data into computer. The data will be processed and reconstructed to create an image by the program that been developed. The program is developed by using LabVIEW and the design will be friendly graphical user interface (GUI).The advantages of using laser method are due to the cost effectiveness and safety

Actions (login required)

View Item