Linked from

The 33 pages that link to Anaerobic digestion, each with the reason it gives.

• Wastewater treatmentRelated: Digesters stabilize sewage sludge and can recover energy as biogas.

• MethaneRelated: It produces methane-rich biogas from waste and other organic material.

• ArchaeaRelated: Methanogenic archaea generate methane during the final stages of many digestion processes.

• BiofuelRelated: It turns manure and food waste into methane-rich fuel.

• Food wasteRelated: It recovers energy and nutrients from food scraps that cannot be prevented or eaten.

• MethanogenesisRelated: Methanogenesis forms the methane-rich biogas in the final stage of digestion.

• Foregut fermentationRelated: The foregut is oxygen-poor, favoring microbial fermentation rather than aerobic decay.

• Biodegradable plasticRelated: Some biodegradable polymers can break down in oxygen-free digesters, unlike in ordinary compost piles.

• ManureRelated: Digesters convert manure into methane-rich biogas and a nutrient-bearing residue.

• Sewage treatmentRelated: It stabilizes sewage sludge and can recover energy as methane-rich biogas.

• HemicelluloseRelated: Microbes can convert accessible hemicellulose-derived sugars into methane-rich biogas.

• Septic tankRelated: Anaerobic microbes partially decompose organic solids accumulated inside the tank.

• Septic systemRelated: Anaerobic microbes digest part of the settled organic material inside the tank.

• CogenerationRelated: Biogas from digesters can fuel engines that provide electricity and useful heat.

• By-productRelated: Its digestate is a secondary output that can be used as a soil amendment.

• Iron(II) sulfideRelated: Iron salts can capture sulfide generated during digestion as iron sulfide solids.

• MethanethiolRelated: Sulfur-containing compounds in digesters can be transformed into methanethiol.

• NeocallimastigomycotaRelated: The digestive environment inhabited by these fungi is a natural anaerobic-digestion system.

• Pontederia crassipesRelated: Harvested biomass can be processed into methane-rich biogas.

• Environmental biotechnologyRelated: It treats organic wastes while recovering methane-rich biogas.

• FibrobacterotaRelated: Cellulose-degrading Fibrobacterota illustrate how microbes can help process fibrous biomass without oxygen.

• MethanobacteriatiRelated: Methanogens including members of this group can form methane in digesters.

• MethanobacteriumRelated: Methanobacterium can consume hydrogen generated by other microbes in digesters.