When

Monday September 12, 2016 at 8:00 AM CDT
-to-
Friday September 16, 2016 at 5:00 PM CDT

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Where

Weldcoa's Precision Specialty Gas Product Facility 
338 East Sullivan Road
Aurora, IL 60505
 

 
Driving Directions 

Contact

Melissa Heard 
Weldcoa 
630-806-2000 
melissa@weldcoa.com 

Basic Specialty Gas Filling and Chromatography Courses at Precision University

Get Certified in Specialty Gas Filling at Precision University!

Introducing Precision University, a completely functioning centralized specialty gas filling facility with analytical equipment for quality training and education. Precision University develops skill sets in specialty gas filling through both classroom and hands-on instruction. The programs focus on all aspects of specialty gas filling and testing. Basic and advanced seminars are available. Participants in the programs can receive certification in Specialty Gas Mixing, Gas Chromatography and Process Instrumentation.

About Us

Precision University is a forum for providing centralized training and education on specialty gas filling. The University is a service provided by Precision Specialty Gas Products (PSGP), a Weldcoa Company, in partnership with AsteRisk. AsteRisk’s President Tom Badstubner is well known in the industry as an expert in Specialty Gases.

The University’s focus is to certify participants in complete specialty gas filling using the 18,500 square foot facility in Aurora. The facility boasts a completely functioning specialty gas filling facility complete with analytical equipment.

Precision University’s curriculum addresses the need for proper education and training by developing skill sets in specialty gas filling through both classroom and hands-on instruction. The programs focus on all aspects of specialty gas filling and testing. Participants in the programs will be certified in mixing specialty gases, gas chromatography and process instrumentation. Basic and advanced seminars are available.

Curriculum

Precision University’s curriculum addresses the need for proper education and training by developing skill sets in specialty gas filling through both classroom and hands-on instruction. The programs focus on all aspects of specialty gas filling and testing. Participants in the programs will be certified in mixing specialty gases, gas chromatography and process instrumentation. Basic and advanced seminars are available. If you don’t see something you’re looking for please contact us and inquire.

Basic Gravimetric Mixture Filling

This course is designed for specialty gas mixture personnel who need the basics of making Specialty Gas mixtures. Prior lab experience is helpful but not required. This is a 3-day lecture with hands-on lab exercises.

Topics include:

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Mixture calculations: manual and automated methods

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Cylinder selection: CGA connections, materials, test dates, etc.

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Pre-fill inspection: DOT requirements, cylinder damage, safety considerations, etc.

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Cylinder preparation: general and special requirements for certain gases

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Safety precautions: OSHA, DOT and FDA issues

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Partial pressure fill techniques: pressure/temperature, confirmation, and compressibility adjustments

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Gravimetric fill techniques: mother mixes, base mixes, sample bombs/loops for PPM mixes

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Post fill procedures

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Mixture vs. analytical ranges

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Analytical accuracy vs. precision

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Scale calibration

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Low PPM mixture techniques

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Purity considerations for critical mixtures

 

What is not covered:

This course does not cover fuel/oxidizer mixtures, toxic/corrosive mixtures or EPA protocol mixtures.

Please contact us for additional information and schedules for these advanced applications.

 

Basic Gas Chromatography

This course is designed for personnel who need to use a gas chromatograph. It is a 3-day lecture with hands-on lab exercises. 

Topics include:

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Why and how GCS work

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GC components: gas systems, sample valves, columns, detectors, electronics, etc.

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Column selection: when to use molecular sieve, poropak, CTR, hayesep, etc.

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Integrators: operation, programming and maintenance

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Detectors: thermal conductivity, discharge ionization, flame ionization

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Difficult analyses: argon in oxygen, hydrogen in helium, low ppm, etc.

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Carrier gas options and precautions: argon, hydrogen, etc.

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Chromatogram interpretation

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GC parameters and their effects:

       column temperature/flow

       detector current/temperature

       sample loop size/pressure

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Tips & techniques

       Making in-house chromatographic grade helium for GCS

       How to avoid costly detector replacement

       Reliable limits of detection

       Methods to minimize instrument downtime

       How to save over $500.00/year on each GC