Glycol Dehydration Pumps are built for reliability.July 18, 2011 -
Electric engine-driven TEG pumps are designed to supply triethylene glycol (TEG) for natural gas dehydration systems. Providing continuous-duty performance, pumps are rated for flowrates from 2.3-25 gpm, pressures from 100-2,500 psi, and temperatures up to 240°F. Design feature brass or 316 stainless steel liquid-end construction and aids with HAP compliance. Depending on model, drive options include solid shaft, belt, bell, and clutch.
Original Press release
CAT PUMPS
1681 94th Lane N.E.
Minneapolis, MN, 55449
USA
TEG Glycol Dehydration Pumps Offer Exceptional Reliability Under Rigorous Conditions
Cat Pumps is pleased to announce a new series of glycol pumps specially designed and developed to supply triethylene glycol for natural gas dehydration systems. System reliability, especially the pump, is essential to minimize production interruptions and costly equipment failures. These TEG triglycol pumps have been field proven in the most rigorous dehydration systems and will provide the reliability you demand for this application.
Electric/Engine driven TEG Pump Features:
Electric-Engine-driven more efficient and reliable than gas-piloted pumps
Reduce HAP's compliance and regulatory costs compared to gas-piloted pumps
Continuous-duty performance with low life-cycle costs
Performances from 2.3 - 25 gpm (8.7 - 94.6 lpm)
Pressures from 100-2500 psi (7 to 175 bar)
Temperatures up to 240°F (116°C)
Brass or stainless steel liquid-end construction
View more information on the complete TEG Dehydration Pumps at: http://catpumps.com/pdfs/Brochures/TEG%20-%20Glycol%20Pumps_992407B.pdf
For more information on our TEG Glycol pumps or other specialty pumps contact us at:
P-763-780-5440 F-763-780-2958 email techsupport@catpumps.com www.catpumps.com
Marketing Contact: darla.jean@catpumps.com
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User comments about this story
Glycol dosing pump P-163A
We would like to purchase a glycol dosing pump P-163A, made in Italy. Please advise if you have any idea?
By Shanazar Karayev on Feb 1, 2012 07:58
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