A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anaerobic digestion of ice-cream wastewaters using the UASB process
AbstractA set of ten upflow sludge blanket digesters was examined as five pairs (one control and four test reactors) to assess the way in which controlled nutrient variations affected the performance of the reactors in treating a simulated ice-cream wastewater. An alternative carbon source was used and additional concentrations of calcium and cobalt were examined. The results show that the waste itself is capable of being treated by the UASB process, with granulation commencing after 60–70 days. However, of the supplements, only calcium had any significant effect.
Anaerobic digestion of ice-cream wastewaters using the UASB process
AbstractA set of ten upflow sludge blanket digesters was examined as five pairs (one control and four test reactors) to assess the way in which controlled nutrient variations affected the performance of the reactors in treating a simulated ice-cream wastewater. An alternative carbon source was used and additional concentrations of calcium and cobalt were examined. The results show that the waste itself is capable of being treated by the UASB process, with granulation commencing after 60–70 days. However, of the supplements, only calcium had any significant effect.
Anaerobic digestion of ice-cream wastewaters using the UASB process
Goodwin, J.A.S. (author) / Wase, D.A.J. (author) / Forster, C.F. (author)
Biological Wastes ; 32 ; 125-144
1989-09-10
20 pages
Article (Journal)
Electronic Resource
English
| British Library Online Contents | 1995