Extraction of soluble substances from organic solid municipal waste to increase methane production

Authors:

Campuzano, R. & González-Martínez, S.
Resource type:
Scientific Publications
Publishing year:
2014

This work deals with the analysis of the methane production from Mexico City’s urban organic wastes after separating soluble from suspended substances. Water was used to extract soluble substances under three different water to waste ratios and after three extraction procedures. Methane production was measured at 35 °C during 21 days using a commercial methane potential testing device. Results indicate that volatile solids extraction increases with dilution rate to a maximum of 40% at 20 °C and to 43% at 93 °C. The extracts methane production increases with the dilution rate as a result of enhanced dissolved solids extraction. The combined (extract and bagasse) methane production reached, in 6 days, 66% of the total methane produced in 21 days. The highest methane production rates were measured during the first six days.

R. Campuzano  & S. González-Martínez (2014) Extraction of soluble substances from organic solid municipal waste to increase methane production, Bioresource Technology (In Press).

Vertical Tabs

Tags

Themes / initiatives:
Pollutants (SLCPs):
Countries:

Initiatives

Pollutants (SLCP)

Back to Top