Event Summary
This case study will provide a comprehensive overview of the advancements in hydrogen gas detection, including the following key topics:
- Evaluation of Current Gas Detectors
- Examination of existing gas detection technologies and their limitations in accurately detecting hydrogen (H₂).
- Collaborative Development with SGN (UK Utility)
- Insights into the creation of an innovative gas detector engineered for compatibility with:
- Natural gas.
- Natural gas blended with hydrogen (up to 20%).
- Pure hydrogen (H₂).
- Insights into the creation of an innovative gas detector engineered for compatibility with:
- Learnings from H₂ Trials
- A review of field trials conducted over the past two years, highlighting the detector’s real-world applications and performance.
- Practical Guidelines for Detector Usage
- Step-by-step instructions for effectively using the instrument to measure:
- Total flammable gas concentrations.
- Hydrocarbon-specific readings.
- Hydrogen-specific readings.
- Step-by-step instructions for effectively using the instrument to measure:
This session equips participants with the knowledge and practical skills to address the challenges of hydrogen detection in diverse energy applications.
Attendees will receive 1.5 Professional Development Hours (PDH) upon completion.
MEET YOUR INSTRUCTOR
Ken McDermot
General Manager & Global Project Manager, Teledyne Gas Measurement Instruments (TGMI)
Ken is the General Manager at Teledyne GMI and the Global Product Manager for their range of compliant portable gas detection products. He is responsiblefor product line performance, business growth strategy, product roadmap and the commercial launch of new products.
Ken joined GMI in 1991 and has extensive experience of gas detection and processes for global gas utilities. Since 2021, Ken has been guiding TGMI’s research and development of solutions in connectivity, compliance and the rapidly emerging hydrogen economy.
