Due to lack of understanding of the complex nature of the composting process, there is a
need to provide a valuable tool that can help to improve the prediction of the process …

By integrating the reaction kinetics with the mass and heat transfer between the three
phases of the system, a new dynamic structured model for aerobic composting process was …

The objectives of this study were the following: to combine nth-order kinetic model with
mass/heat balance equations and apply mathematical model on the composting process for …

This study aims to assess the composting process of sawdust, wheat-straw and chicken
manure and to define the best blend proportion as a function of organic matter loss. Chicken …

A revised oxygen uptake rate model that considers the specific characteristics of the
substrate and the temperature dependence of microbial growth for pig manure–wheat straw …

Modeling composting processes is the prerequisite to realize the process control of
composting. In this paper, a simulation model for domestic solid waste composting …

A dynamic model for the composting process has been developed, which integrates several
biochemical and physical processes. Different microbial populations (mesophilic and …

A multi-component modeling system was developed to simulate substrate degradation and
oxygen consumption in waste composting processes. Levels of soluble substrate (Ss) …

Available composting models do not describe accurately the dynamics of composting
processes. Difficulty in modeling composting processes is attributed mainly to the …

This study aimed to monitor the process parameters and to determine kinetics in composting
of organic fraction of municipal solid waste (OFMSW) and poultry manure. The experiments …