Barometric process separation (BaPS) is an automated laboratory system for the
simultaneous measurement of microbial respiration and gross nitrification rates in soil …

Abstract A method (Barometric Process Separation, BaPS) was developed for the
quantification of gross nitrification rates and denitrification rates in oxic soil using intact soil …

A flow-based strategy involving a gas-diffusion sampling probe was proposed for evaluating
the respiration rate in soils. The amount of CO 2 collected after a pre-defined time interval …

In a growing number of studies, the barometric process separation (BaPS) method has been
applied for measuring gross nitrification rates in soil. In 2000, the company …

Anaerobic reactors in full-scale biogas plants often encounter process instability; thus, their
operational efficiency and further promotion remain limited. Process monitoring can be used …

The barometric process separation (BaPS) and 15N dilution techniques were used to
determine gross nitrification rates on the same soil cores from an old grassland soil. The …

This study reports a sensible, accurate and economic method for continuous measuring
microbial respiration. The measuring principle is an open system, with a continuous air-flow …

The ability to measure all process variables is of great importance in the field of bioprocess
monitoring and control, and continuous, real‐time measurements are highly desired. The …

Partial alkalinity, as a measure of bicarbonate concentration, and total alkalinity, as a
measure of the concentration of bicarbonate and volatile fatty adds, are useful parameters …

This thesis was commissioned by Tampere University of Applied Sciences, which was
interested in studying and developing a titration measurement method for soil respiration …