H2S IN LIQUIDS

ANALYTICAL LIQUID: H2S IN LIQUIDS

image-png-Jan-13-2023-04-47-09-0341-PMH2S IN CONDENSATE ANALYZER

The ability to analytically quantify hydrogen sulfide in condensate is enhanced with the Sample Transfer Stripper in our H2S in Condensate Analyzer, exclusive KECO Membrane Technology and ratiometric colorimetric technologies offered by KECO. This principle of operation is described in various ASTM methods including D4084-82, D4468-85, and D4045-81.

Untitled design (23)-1H2S IN CRUDE OIL ANALYZER

With our H2S in crude oil analyzer, the ability to analytically quantify H2S in light, medium and heavy crude oil and condensate is greatly enhanced with the Sample Transfer Stripper (STS) utilizing exclusive KECO Membrane Technologies and rateometric-colorimetric detection technology. This principle of operation is described in various ASTM methods including D4084-82, D4468-85, and D4045-81.

Untitled design (23)-2H2S IN DIESEL PROCESS ANALYZER

H2S in Diesel Process Analyzer: The ability to analytically quantify H2S (hydrogen sulfide) in non-volatile liquids, such as naphtha, water, crude oil (light, medium and; heavy), and gasoline, are enhanced with the Sample Transfer Stripper S.T.S. (Exclusive Membrane Technology) and ASTM approved radiometric colorimetric technology methods offered by KECO.

Untitled design (23)-1H2S IN FUEL OIL ANALYZER

The ability to analytically quantify H2S in fuel oil is enhanced with the Sample Transfer Stripper utilizing exclusive ASI Membrane Technologies and rateometric-colorimetric technologies offered by KECO. The principle of operation requires a continuous free flowing liquid sample into a heater where the Sample Transfer Stripper (STS) unit separates the liquids (fuel oil) from the H2S gas sample.

image-png-Jan-13-2023-04-47-09-0341-PMH2S IN WATER ANALYZER

The ability to analytically quantify H2S in Water online is enhanced with the Sample Transfer Stripper™ and the advanced electrochemical H2S sensor or rateometric-colorimetric H2S detector technologies offered by KECO. Economic payout is increased because of this automated and continuous process monitor. The most effective process for measuring H2S in water involves representatively stripping the H2S vapor from the water for precise measurement in the gas phase. Direct optical measurement of H2S in the water is plagued by high routine maintenance and recalibration procedures.

Untitled design (23)-3LABORATORY H2S ANALYZER FOR LIQUIDS

Laboratory H2S in Liquids Analyzer for lab or portable applications: The ability to analytically quantify H2S in liquids such as crude oil, fuel oil, naphtha, water, diesel and gasoline are enhanced with the Sample Transfer Stripper™ (STS), exclusive KECO Membrane Technologies and ratiometric-colorimetric technology offered by KECO. Analysis is a quick procedure requiring only one push button for analysis.

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