• Collate operating parameters and configuration of typical test network

• Understand typical pipe networks and their acoustic characteristics

• Complete a review and evaluation of relevant published research

• Develop suitable measurement, test and recording techniques to gather data acoustic data

• Complete a laboratory simulation to prove test method

• Complete an acoustic study on a typical gas main network

• Analyse acoustic data and pipe networks characteristics of signal transmission

• Establish the characteristics of a potential suitable signature acoustic signal for transmission

• Investigate equipment and techniques to transmit and receive suitable signature acoustic signals

• Produce a final report and presentation.

Benefits

• Understand the acoustic characteristics of a typical low pressure gas network.

• Identify the capability of the acoustic technique in a gas environment to provide a reliable communication medium.

• Highlight the requirements of equipment to receive and transmit suitable acoustic signals.

• Produce and disseminate learning to other Network licensees.

In order to determine whether this project has been successful or not at various stages, the project must progress through a number of stage gate milestones. SGN’s Project manager will evaluate the performance again the requirements before approving progress to the next stage.