GAS TECHNOLOGY INSTITUTE Hydrogen Quality Sampling Apparatus HQSA
- Slides: 25
GAS TECHNOLOGY INSTITUTE Hydrogen Quality Sampling Apparatus (HQSA) at 70 MPa > www. gastechnology. org
Hydrogen Quality Sampling Apparatus (HQSA)- Outline 1. 2. 3. 4. 5. Background/Need Design Criteria Engineering/Design Process Fabrication Testing and Acceptance www. gastechnology. org
Gas Technology Institute > Independent Non-Profit R&D organization > Focus on Energy and Environmental Issues – Specializing in natural gas and hydrogen > Main Facility: 18 -acre Campus Near Chicago GTI’s Main Research Facility – Over 200, 000 ft 2 of laboratory space – 28 specialized laboratories and facilities > Staff of 250 – 70% scientists and engineers GTI’s Energy & Environmental Technology Center – 50 Ph. Ds, 11 licensed PEs www. gastechnology. org
Background/Need > Developed under contract with NREL > Guidance from ASTM D 03. 14 - WK 5847 Standard Practice for Sampling of High Pressure Hydrogen and Related Fuel Cell Feed Gases > Standardized analytical and test procedures to sample and measure non-hydrogen constituents > Confirm that fueling stations meet fuel quality guidelines www. gastechnology. org
www. gastechnology. org
ASTM D 03. 14 WK 5847 Work Group Sample Collection Sampling Adaptor Containers Analytical Methods Dispenser End Users WK 5847 Key Components • • • Safe Data Collection Representative and Repeatable Data Collection Gas Phase Sampling vs. Particulate Sampling - Different Collection Methodologies Equipment Decontamination and Cross Contamination Issues Must support analytical methods in achieving detection limits specified by recognized SDOs like SAE J 2719. www. gastechnology. org
ASTM D 03. 14 - WK 5847 Participants > > > > > Eric Lee (Technical Contact - Gaseous Phase) Jim Ohi (Contract Manager) Dr. JP Hsu (Sampling Contract) Lou Lautman (Design & Fabrication Contract) Tony Estrada (Design HAZOP Support) Arun Chemburkar, PE (HAZOP Courtesy of PG&E) Robert Boyd (Technical Contact – Particulates) James Simnick Matt Forrest Mark Rossetto Lori Law Eric Fuller David Fish Welker Dr. Raul Dominguez Dr. Werner Bergman Sheral Arbuckle Bruce Gollob Chrysler LLC NREL Smart Chemistry GTI PG&E ERM BOC/Linde BP Daimler. Chrysler NRC NRC Engineering SCAQMD Consultant Ford Atlantic Analytical www. gastechnology. org
Design Criteria > > > Rated for 700 bar (10, 000 psig) sampling Downward Compatible to 350 bar Universal for SAE J 2600 8 mm receptacle Non-Communication Design Trained Operator Conduct Hazard Analysis – Proper ratings – Overpressure protection – Safe discharge venting > Stay within budget www. gastechnology. org
Engineering/Design Process > Reviewed 350 bar device (CFCP) > Developed preliminary design > Reviewed design with ASTM WG > Revised design and PID > Third-party conducted Hazard Analysis (May 2007) > Evaluated and incorporated HA results into final design > Final design approved www. gastechnology. org
Sampling Apparatus PID www. gastechnology. org
Sampling Apparatus Design www. gastechnology. org
Fabrication > > > Specified material compatibility Detailed BOM finalized Procured materials & fabricated select components Assembled HQSA and portable vent/stand Drafted Operating Manual www. gastechnology. org
Operating Manual www. gastechnology. org
Testing & Acceptance > Leak test conducted in stages up to 88 MPa (12, 500 psig) > PRV actuation test & verification performed > Operating Manual drafted > Performance verification testing (at 350 bar) conducted > Samples safely captured > Operating Manual finalized > HQSA delivered > Field use being arranged www. gastechnology. org
Sampling Apparatus & Vent Stack www. gastechnology. org
Sampling Apparatus www. gastechnology. org
Vent Stack www. gastechnology. org
Sampling Apparatus www. gastechnology. org
Sampling Apparatus www. gastechnology. org
Sampling Apparatus www. gastechnology. org
70 MPa Sampling Apparatus www. gastechnology. org
Sampling Procedures www. gastechnology. org
Sampling Procedures > > > > > Verify regulator and vent valve settings Connect Dispenser Nozzle Initiate fill (test or manual mode may be required) Set sampling pressure regulator Set valves to flow hydrogen through sample cylinder to vent Operate valves to pressurize/purge cylinder 10 x Flow through cylinder to vent & prepare to collect Operate valves to capture sample Close Dispenser Nozzle valve and s/d Dispenser Depressurize HQSA then remove sample cylinder www. gastechnology. org
Sampling Apparatus PID www. gastechnology. org
Tony Lindsay R&D Manager, Advanced Energy Systems Gas Technology Institute 1700 South Mount Prospect Road Des Plaines, IL 60018 Phone: 847. 768. 0530 E-Mail: tony. lindsay@gastechnology. org Visit our website: www. gastechnology. org or www. gastechnology. org/hydrogen www. gastechnology. org
- Gas technology institute
- Hydrogen gas test equation
- Hydrogen gas
- Salt + hydrogen
- Zinc dissolves in hydrochloric acid to yield hydrogen gas
- Probability vs non probability sampling
- Objective of sampling
- Cluster and stratified sampling
- Contoh laporan event sampling
- Cluster vs stratified sampling
- Probability and nonprobability sampling
- Natural sampling vs flat top sampling
- Producer's risk
- What is sampling plan in quality control
- What is sampling plan in quality control
- Anesthesia quality institute
- Aiqm india
- Calc institute of technology
- Vidhyadeep institute of engineering and technology
- Waterford kamhlaba vacancies
- Ulsan national institute of science and technology (unist)
- National assistive technology research institute
- Masdar institute of science and technology
- Madhav institute of technology and science
- Ense grenoble
- De lin institute of technology