5.1 Evaluation and Discussion 5.2 Best Practices, New Technologies and Lessons Learnt 5.1.1 New technologies for leak detection 5.1.1.1 Tightness Checks on Gas Facilities and Above-ground Piping Components with GasCam 5.1.1.2 Leak Detection in Natural Gas Pipelines by CH4 Airborne Remote Monitoring (CHARM) 5.1.2 Reduction of Methane 5.1.2.1 Climate Protection by Reduction of Methane Emissions - Best Practice: Use of a Mobile Compressor at Open Grid Europe 5.1.2.2 Mobile Flaring 5.1.2.3 Choosing a Method for Emptying Gas Systems 5.3 Summary 6.0 Conclusions and Recommendations Appendices Appendix I - Questionnaires and Detail Results of Pipeline Integrity Threats Appendix II Questionnaires and Detail Results of Influence of Stakeholders – Appendix III Questionnaires and Detail Results of Environmental Footprint – Appendix IV Technical Paper on PETRONAS’ PIMS Practices – Appendix V Technical Paper on E.ON Ruhrgas/Open Grid Europe’s PIMS – Practices Appendix VI Detail Overview of EGIG Report – Appendix VII 6th UKOPA Report – Appendix VIII APIA’s Pipeline Incident Report Format – Appendix IX - E.ON Ruhrgas / Open Grid Europe’s Detection of Third Party Impact by Remote Potential Monitoring Appendix X PETRONAS’ S100 Unmanned Aerial Vehicle Technology – Appendix XI In-line Inspection Tool for SCC – Appendix XII PETRONAS’ Technical Capability Development Framework – Appendix XIII Technical Specifications for Automated Ultrasonic Testing (AUT) – Technology Appendix XIV Technical Paper on GasCam – Appendix XV Technical Paper on CHARM – Appendix XVI Technical on Mobile Compressor – Appendix XVII Technical Paper on Mobile Flaring – Appendix XVIII Technical Paper on Choosing a ethod for mptying as ystems – Appendix XIX UK’s PARLOC Report – Appendix XX Gassco’s Barrier –
5.1 Evaluation and Discussion 5.2 Best Practices, New Technologies and Lessons Learnt 5.1.1 New technologies for leak detection 5.1.1.1 Tightness Checks on Gas Facilities and Above-ground Piping Components with GasCam 5.1.1.2 Leak Detection in Natural Gas Pipelines by CH4 Airborne Remote Monitoring (CHARM) 5.1.2 Reduction of Methane 5.1.2.1 Climate Protection by Reduction of Methane Emissions - Best Practice: Use of a Mobile Compressor at Open Grid Europe 5.1.2.2 Mobile Flaring 5.1.2.3 Choosing a Method for Emptying Gas Systems 5.3 Summary 6.0 Conclusions and Recommendations Appendices Appendix I - Questionnaires and Detail Results of Pipeline Integrity Threats Appendix II – Questionnaires and Detail Results of Influence of Stakeholders Appendix III – Questionnaires and Detail Results of Environmental Footprint Appendix IV – Technical Paper on PETRONAS’ PIMS Practices Appendix V – Technical Paper on E.ON Ruhrgas/Open Grid Europe’s PIMS Practices Appendix VI – Detail Overview of EGIG Report Appendix VII – 6th UKOPA Report Appendix VIII – APIA’s Pipeline Incident Report Format Appendix IX - E.ON Ruhrgas / Open Grid Europe’s Detection of Third Party Impact by Remote Potential Monitoring Appendix X – PETRONAS’ S100 Unmanned Aerial Vehicle Technology Appendix XI – In-line Inspection Tool for SCC Appendix XII – PETRONAS’ Technical Capability Development Framework Appendix XIII – Technical Specifications for Automated Ultrasonic Testing (AUT) Technology Appendix XIV – Technical Paper on GasCam Appendix XV – Technical Paper on CHARM Appendix XVI – Technical on Mobile Compressor Appendix XVII – Technical Paper on Mobile Flaring Appendix XVIII – Technical Paper on Choosing a ethod for mptying as ystems Appendix XIX – UK’s PARLOC Report Appendix XX – Gassco’s Barrier