Juan A. Baeza

TL;DR: A critical review of the existing literature on N2O emissions during BNR is presented focusing on the most contributing parameters, with an undeniable validation of the robustness of such models calls for reliable quantification techniques which simultaneously describe dissolved and gaseous N 2O dynamics.

TL;DR: The biological nitrogen removal process is the most common method for removing low quantities of ammonium from wastewater, but this is not the usual treatment for high-strength ammonium wastewater, so complete denitrification was achieved using two different industrial carbon sources, one containing mainly ethanol and the other one methanol.

TL;DR: An enhanced biological phosphorus removal (EBPR) system was developed in a sequencing batch reactor (SBR) using propionate as the sole carbon source and in every case, two different P‐release rates were detected.

TL;DR: In this work, a procedure for the calculation of both affinity constants is presented, based on monitoring the DO drop in the reactor when external aeration is stopped and the biomass is consuming without substrate (ammonium or nitrite) limitations.

TL;DR: Glycerol and starch as substrates in MEC could not avoid the complete proliferation of hydrogen scavengers, even under low hydrogen retention time conditions induced by continuous nitrogen sparging, and hydrogen production was only sustained with milk as a single substrate.