Research Progress on Efficient Aerobic Composting Technology for Livestock and Poultry Manure

Yili Zheng, Wenshi Zhang, Zhuwei Peng, Ting Wei, Xiaoyun Zeng, Mingyuan Liu

Advances in Computer and Materials Scienc Research Vol. 1 / No. 1 / pp. 217-222 / July 23, 2024

DOI 10.70114/acmsr.2024.1.1.P217

Full Screen
PDF

Abstract

This paper systematically reviews the challenges faced by aerobic composting in pollution reduction and carbon emission mitigation, including the control of heavy metal contamination, antibiotic residue, estrogen, microplastics, and the reduction of environmentally impactful gases (including greenhouse gases). Based on the analysis of these points, technological advancements for emission reduction, pollution control, and efficiency enhancement are summarized, aiming to provide scientific references for the upgrading of aerobic composting technology for livestock and poultry manure. This research holds significant importance for promoting the green development transformation of agricultural aerobic composting technology and enhancing energy conservation, emission reduction, and pollution control in the agricultural sector.

Keywords

livestock and poultry manure / aerobic composting / pollution reduction and carbon emission mitigation / energy conservation and emission reduction.

2024 International Conference on Materials, Chemistry, and Computer Science

Full Text

Download PDF

More in This Issue

  1. 1 The Elevation Effect of Vibration Induced by Pneumatic Rock Breaking with Carbon Dioxide Ice Powder pp. 1–6
  2. 7 Non-targeted metabolomic analysis of lotus leaf and lotus seed wine pp. 7–14
  3. 15 Thermal stability of the DPT reaction system synthesized by acetic anhydride method pp. 15–25
  4. 26 Cell PCI Assignment Method Based on Particle Swarm Optimization pp. 26–31
Full Issue

Cite This Article