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Can I read Pretreatment by Composting Increased the Utilization Proportion of Pig Manure Biogas Digestate and Improved the Seedling Substrate Quality on EtoBox?

Pretreatment by Composting Increased the Utilization Proportion of Pig Manure Biogas Digestate and Improved the Seedling Substrate Quality by Ruixue Chang; Qiuyue Guo; Pramod Pandey; Yanming Li; Qing Chen; Ying Sun is a Environmental Science article available to read on EtoBox.

What is Pretreatment by Composting Increased the Utilization Proportion of Pig Manure Biogas Digestate and Improved the Seedling Substrate Quality about?

Anaerobic digestion of organic residues has the potential to significantly contribute to a shift from fossil to renewable energy, while the remaining biogas digestate need to be treated or used for a second time. In this study, the pig manure biogas digestate (PMBD) was evaluated as a potential part of seedling substrates and composting was considered a pretreating method to improve its characters. Composting was carried out firstly in a forced aeration composting system (100 L), in which perlite and sawdust were used as additives in different proportions separately or together. Based on the comparison of the physicochemical characters of different seedling substrates formulas mixed with PMBD or pig manure biogas digestate pretreated by composting (CPMBD), selected seedling substrates were analyzed by bioassay experiment. The results showed that pretreatment by composting and the additives (perlite and sawdust) used in composting decreased the pH value of PMBD and make it suitable for seedling substrates, especially composted with perlite and sawdust. Both PMBD and CPMBD with low proportion in the substrates improved plant growth of lettuce and tomato, while CPMBD was better than P

Who reads Pretreatment by Composting Increased the Utilization Proportion of Pig Manure Biogas Digestate and Improved the Seedling Substrate Quality?

It is typically read by researchers, students, and practitioners in Environmental Science.

Author
Ruixue Chang; Qiuyue Guo; Pramod Pandey; Yanming Li; Qing Chen; Ying Sun
Publisher
Elsevier BV
Published
2021
Language
EN
Field
Environmental Science (Physical Sciences)

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