Δημοσίευση σε επιστημονικό περιοδικόSummarization: Continuous monitoring of hydrocarbon gases in drilling fluids at the surface is essential for identification of prospective reservoir zones as well as for safety. This paper describes a new gas-analysis system that determines the total amount of gas in this mud below the bell nipple. The system is continuous, consistent, and fully quantitative (unlike a gas trap) but not labor-intensive (like a steam still). It also recovers and analyzes gas liberated into the air at the bell nipple, which test results have shown to be almost 50% of the total gas in the mud below the bell nipple.Παρουσιάστηκε στο: SPE Drilling Engineerin
Master's thesis in Cybernetics and signal processing *KAR OK KONF 2017*Drilling fluids are perhap...
© 1996 SPWLA. All rights reserved. The measurement of gas holdup in a cased-hole environment is a fu...
Gas monitoring is a prerequisite to understanding the exchange, diffusion, and migration processes o...
Summarization: Continuous monitoring of hydrocarbon gases in drilling fluids at the surface is essen...
Several techniques have been applied to obtain infor-mation on the composition of gases and fluids i...
In this paper, a chromatograph which exploits the benefits of FID technology optimized for the high ...
An intrusion of unwanted formation fluids into wellbore in presence of drilling fluid is called a "K...
DETERMINATION OF C1-C5 HYDROCARBONS IN DRILLING MUDS Davide Doninelli, Jenny Rizzola, and Paolo Gro...
Accurate and frequent mud checking is critical to optimum well construction. Proper assessment and m...
textWell logs and formation testers are routinely used for detection and quantification of hydrocarb...
The underbalanced drilling (UBD) technology has been widely implemented due to its advantages in dri...
Surface gas mud logging has long been overlooked as a critical real-time tool for accurate formation...
Extraction of natural gas from shale formations using the process of hydraulic fracturing (fracking)...
Sampling during environmental drilling is essential to fully characterize the spatial distribution a...
The dynamic gas sampler/analyzer system is a logging tool that measures the brine methane content of...
Master's thesis in Cybernetics and signal processing *KAR OK KONF 2017*Drilling fluids are perhap...
© 1996 SPWLA. All rights reserved. The measurement of gas holdup in a cased-hole environment is a fu...
Gas monitoring is a prerequisite to understanding the exchange, diffusion, and migration processes o...
Summarization: Continuous monitoring of hydrocarbon gases in drilling fluids at the surface is essen...
Several techniques have been applied to obtain infor-mation on the composition of gases and fluids i...
In this paper, a chromatograph which exploits the benefits of FID technology optimized for the high ...
An intrusion of unwanted formation fluids into wellbore in presence of drilling fluid is called a "K...
DETERMINATION OF C1-C5 HYDROCARBONS IN DRILLING MUDS Davide Doninelli, Jenny Rizzola, and Paolo Gro...
Accurate and frequent mud checking is critical to optimum well construction. Proper assessment and m...
textWell logs and formation testers are routinely used for detection and quantification of hydrocarb...
The underbalanced drilling (UBD) technology has been widely implemented due to its advantages in dri...
Surface gas mud logging has long been overlooked as a critical real-time tool for accurate formation...
Extraction of natural gas from shale formations using the process of hydraulic fracturing (fracking)...
Sampling during environmental drilling is essential to fully characterize the spatial distribution a...
The dynamic gas sampler/analyzer system is a logging tool that measures the brine methane content of...
Master's thesis in Cybernetics and signal processing *KAR OK KONF 2017*Drilling fluids are perhap...
© 1996 SPWLA. All rights reserved. The measurement of gas holdup in a cased-hole environment is a fu...
Gas monitoring is a prerequisite to understanding the exchange, diffusion, and migration processes o...