Wasson-ECE - Model Eclipse -Bringing Laboratory Quality Analysis Online

• Data density – the amount of data generated by a single analyzer processing multiple sample streams – is one of Eclipse PGCs biggest assets!
• The objective in the design of this instrument was to deliver laboratory-caliber capillary column chromatography in an online PGC. To meet this goal, the Wasson-ECE engineering teams combined high-performance convection ovens with electronic pressure and flow controls to overcome the limitations of traditional PGCs.

Micro-Convection Oven

Two fully-programmable micro-convection ovens (MCOs) enable the precise temperature controls required for capillary column chromatography. There are also two isothermal ovens, each with a separate temperature assignment. Eclipse column ovens can accommodate up to 8 columns (capillary or packed).

Electronic Pressure Programming

Low sensitivity analysis (ppm to ppb) is achieved by combining the precision of the MCOs with electronic pressure programming and flow controls.

Eclipse Technology

• One-year warranty on all hardware
• One-year guarantee on analytical system performance
• On-site installation and training
• Service contracts available

Eclipse Technology

• Online MSD, VUV, PDHID, TCD and FID
• Capacity for up to 8 capillary columns
• Full electronic pressure programming
• Two programmable micro-convection ovens
• Two isothermal ovens
• Local 19" touchscreen interface
• MODBUS RTU, TCP and REST automation
• Wasson-ECE`s new chromatography data system
• Sample systems with multiplexing for up to 16 sample streams
• Rated Class I, Division 2 and ATEX Zone 2 for hazardous locations

Bringing the resolving power and increased sensitivity of capillary chromatography to your process streams

• Detailed Hydrocarbon Analysis
• PIONA analysis
• Benzene, toluene, xylenes
• Sulfurs, nitriles
• Low level permanent gases - nitrogen, oxygen, carbon dioxide, methane and others
• Oxygenates - alcohols, ethers, aldehydes and ketones

• C1-20 hydrocarbon speciation
• PIONA analysis
• Ammonia

• Detailed C5+ hydrocarbons
• Oxygenates - alcohols, ethers, aldehydes and ketones
• Sulfur compounds - H₂S, SO₂, COS, thiols and other sulfur species
• Nitriles
• Low level permanent gases - nitrogen, oxygen, carbon dioxide, methane and others

• Arsine, phosphine, chlorine
• Sulfur compounds - H₂S, SO₂, COS, thiols and other sulfur species
• Low level permanent gases - nitrogen, oxygen, carbon dioxide, methane and others
• Ammonia
• PIONA

• Chlorosilanes, disilane, disiloxane
• Low level permanent gases - nitrogen, oxygen, carbon dioxide, methane and others
• Hydrocarbons

• HRVOCs
• Discharge water
• Fence-line Monitoring