SENSOR Sampling Introduces CONCENTRIC Needle System

SENSOR Sampling Systems takes two needles and combines them into one with the new CONCENTRIC Needle System. Essentially two different sized needles are combined into one concentric combination (one within the other). Process liquid travels through the inner needle into the bottle and the vapors are vented back through the annulus between the two needles.

Standard bottle systems from SENSOR utilize one process needle for filling the bottle and another separate needle for venting it. The needles, in combination with a bottle, cap and septum, provide for the “Closed-Loop” design of the sample system.

SENSOR closed loop Sampling Systems are specially designed and manufactured for the chemical hydrocarbon processing industry to mitigate potential hazards that exist with extracting representative grab samples.  They are designed and constructed to meet the industry requirements for environmental and emissions standards. Manufactured in Houston, the heart of the industrial Gulf Coast in Texas, Sampling Systems are required to manage quality, yield and other important aspects of chemical and hydrocarbon processes.

About SOR Controls Group, Ltd.

SOR Controls Group, Ltd. (SCG) is a global leader in the design and manufacture of measurement and control devices under the brands of SOR Inc., Smart Sensors (SSi)SETEX Products and SENSOR Sampling Systems and Data Monitoring Systems. SOR Controls Group actively serves all sectors of the process industry with particular strengths in the oil & gas, petrochemical, chemical and power segments. SCG also maintains an engineering and design team capable of providing engineered-to-order systems and products when required.

With headquarters in Lenexa, KS and regional offices in Houston (TX), Beijing, and Dubai, SCG supports a network of sales and service personnel capable of addressing customer requirements in any geographic market around the world.

Leave a Reply

Your email address will not be published. Required fields are marked *