The phrase "accepting process" is correct and usable in written English.
It can be used in contexts where you are referring to a procedure or method that involves acceptance, such as in organizational or psychological settings.
Example: "The accepting process for new applicants includes several interviews and background checks to ensure a good fit."
Alternatives: "approval procedure" or "acceptance method".
Monitoring data had provided strong evidence that bacterial sulfate reduction was a key terminal electron accepting process (TEAP) in the natural attenuation of dissolved hydrocarbons at these sites.
Independent from the electron accepting process, net biodegradation was always higher in the heterogeneous setting with a calculated efficiency plus of 23 100% as compared to the homogeneous setup.
Although it has been demonstrated that bacterial sulfate reduction can be a key electron accepting process in many petroleum plumes, little is known about the rate of this reduction process in plumes derived from crude oil and gas condensates at cold-climate sites (mean temperature < 10 °C), and in complex hydrogeological settings such as silt/clay aquitards.
These processes likely allow microbial iron reduction to be an important terminal electron accepting process in intertidal coastal sediments.
For example, Dehalococcoides strains lacking c-type cytochromes are restricted to low redox potential, anaerobic zones where reductive dechlorination is a feasible terminal electron accepting process [62].
Aerobic denitrification guarantees a stable electron accepting process in a NO3--rich habitat exposed to frequent fluctuations in O2 concentration without energy-demanding expression of new enzyme systems [ 38].
Nevertheless, the combined alkalinity contribution of these two electron accepting processes accounts for between 58 and 74% of the total.
In situ terminal electron accepting processes (TEAPs), contaminant composition and microbial phylogeny were studied at a plume transect 100 m downgradient of the source.
Subsequent push pull tests designed to elucidate the nature of the lag phase support the importance of the mixing interface in controlling terminal electron accepting processes.
In batch culture experiments in the absence of U, a classic redox progression of terminal electron accepting processes (TEAPs) occurred in the order NO−3, Fe III) and SO2−4 reduction.
Insights gained from this analysis include field-scale estimates of the bioavailable Fe(III) mineral threshold for the onset of sulfate reduction, and rates for the Fe(III), U VI), and sulfate terminal electron accepting processes.
