Methane fermentation...

Under normal operating conditions, the following parameters have to be monitored: in acidogenesis: pH, VFA/COD ratio, temperature, oxidation reduction potential in methane fermentation ... Methane fermentation...

Gas produced by the methane fermentation of IWW is generally used to supply the plant or installation with energy. This gas can be stored in gas holders that are used to compensate for output ... Methane fermentation...

), heat is best applied to the contents of the reactor itself, and concentric tube exchangers must be used (please refer to the contact methane fermentation unit). However, when loading or efficiency ... Methane fermentation...

Methane fermentation Flocculation...

An acidification tank (hydrolysis) is sometimes required upstream of the methane fermentation unit;acidogenesis is carried out by extremely diverse species of micro-organisms: mesophiles ... Anaflux Methane fermentation Biomaster...

sediment, digestive tract … The methane fermentation of the OM can occur in "cold" (10-25 °C), mesophilic (30-40°C) or thermophilic (> 50 °C) ecosystems. The various ways in which soluble or particulate ... Anaerobic Methane fermentation...

used in monitoring anaerobic digestion. The composition of the gas that is formed depends on the substrate composition and on fermenter operating conditions (loading, contact time).The following figures ... Methane fermentation Biogas...

As discussed previously, methane fermentation treatment namely permits the elimination of carbon pollution. The nitrogen and phosphorous eliminated are solely linked to the synthesis of the biomass ... Attached growth Biological processes Methane fermentation...

Methane fermentation Anaerobic Membrane separation...

Sludge treatment Methane fermentation Anaerobic...

of an Anapulse methane fermentation unit It should be noted that: the feed supply is often pulsed in order to ensure the even distribution of water over the entire reactor surface area, while using ... Anapulse Methane fermentation Biogas Biofor...

Methane fermentation Anaflux Anapulse Analift...

; highly concentrated, but biodegradable wastewaters which can be processed less expensively using high BOD loading processes; methane fermentation, Ultrafor, see chapters biological processes and methane ... Ultrafor Industrial effluent treatment Methane fermentation Oxidation GAC...

In addition to methane 70-80 % and CO2 20-30%, the gas often contains H2S generated from the reduction of sulphates and sulphur forms in raw effluents. Depending on the COD concentration ... Methane fermentation Attached growth Oxidation Azurair...

system lime treatment). By separating methane fermentation from sedimentation, each unit can be controlled separately for the following purposes: transferring sludge from one tank to the other ... Methane fermentation Degasification Analift Settling tanks...

Anaflux Biolite Methane fermentation Attached growth...

levels of COD, BOD, TKN and P, SS; salinity - sudden fluctuations can adversely affect biological treatment efficiency. All techniques featured in biological processes and methane fermentation ... Biofor Cyclor Meteor Ultrafor Industrial effluent treatment Biological processes Methane fermentation Activated sludge...

concentrated waste streams in order to render the final treatment more cost-effective; separate treatment of some concentrated and easily biodegradable waste streams biologically (methane fermentation ... Meteor Industrial effluent treatment Chemical industries Methane fermentation Biological processes...

Wastewater Attached growth Biological processes Methane fermentation Phosphorous removal...