Design and validation of temperature-independent measurements

Download Our Exclusive White Paper

Fill out the form below to receive your free copy of our latest white paper.
Design and validation of temperature-independent measurements

ABB has introduced Sensi+ NG, a compact natural gas contaminant analyzer based on a unique tunable diode laser (TDL) technology known as Off-Axis Integrated Cavity Output Spectroscopy (OA-ICOS). The technology accurately, reliably and simultaneously measures corrosive substances such as hydrogen sulfide, carbon dioxide, water and oxygen in real time in complex and time-varying natural gas streams.

Every field-installed analytical instrument will be exposed to varying ambient temperatures, whether from diurnal or seasonal cycles; this is unavoidable. Temperature variations can influence a variety of internal components, leading to a cumulative negative effect on final measurements. This paper introduces you to the key technology – OA-ICOS laser absorption – which is at the core of the Sensi+ NG multi-gas analyzer. This robust opto-mechanical design minimizes thermal influences that allow these devices to perform reliably and accurately across the full operating temperature range of -14oC to 55oC (7oF to 130oF).

Download this paper to learn more.
Full Name

First NameLast Name
Email Address
example@example.com
Job Title
Job Function
Company Name
Please select your company's primary business activity
Business Phone Number

Country CodeArea CodePhone Number
Address

Street Address

Street Address Line 2

CityState / Province

Postal / Zip CodeCountry
By registering for this white paper, you are sharing your form information with Gas Processing & LNG and its sponsor, ABB and acknowledge that you have read and agreed to the Privacy Policy and Terms and Conditions. By submitting your personal information, you are agreeing that Gas Processing & LNG and its sponsor, ABB may contact you via the details provided.
Should be Empty:

Download Our Exclusive White Paper