Add to ORKGA mathematical model of weight and thermal balance was developed to understand the impact of windrow physical characteris tics on the kinetics of O2 consumption, temperature, water vapor and carbon dio xide emission
A study was undertaken to investigate the effect of windrow turning on composting of hoop manure (a ...
In the composting process temperature and oxygen concentrations are essential parameters. A main obj...
<br/>In the composting process temperature and oxygen concentrations are essential parameters....
A mathematical model of weight and thermal balance was developed to understand the impact of windro...
Composting is a complex bioprocess, requiring a lot of empirical experiments to optimize the process...
La variété des pratiques de compostage et les différences de nature des substrats modifient la vites...
A simulation model was developed to predict temperature and inactivation of E. coli O157:H7 and Salm...
International audienceMost of the heat dissipation occurs when water evaporates. After heap turning,...
The objectives of this study were to develop and validate the mathematicalmodel (kinetic and reactor...
The treatment and utilization of plant and animal waste and by-products from agriculture is v...
Windrow composting is the most common method for organic solid waste treatment. Temperature is an im...
Organic solid waste composting is a complex process that involves many coupled physical, chemical an...
Composting kinetics modeling is necessary to design and operate composting facilities that comply wi...
This thesis explores the roles of physical and mathematical modelling in the prediction of temperatu...
Several experiments for heat generation in composting process with livestock and farmyard wastes had...
A study was undertaken to investigate the effect of windrow turning on composting of hoop manure (a ...
In the composting process temperature and oxygen concentrations are essential parameters. A main obj...
<br/>In the composting process temperature and oxygen concentrations are essential parameters....
A mathematical model of weight and thermal balance was developed to understand the impact of windro...
Composting is a complex bioprocess, requiring a lot of empirical experiments to optimize the process...
La variété des pratiques de compostage et les différences de nature des substrats modifient la vites...
A simulation model was developed to predict temperature and inactivation of E. coli O157:H7 and Salm...
International audienceMost of the heat dissipation occurs when water evaporates. After heap turning,...
The objectives of this study were to develop and validate the mathematicalmodel (kinetic and reactor...
The treatment and utilization of plant and animal waste and by-products from agriculture is v...
Windrow composting is the most common method for organic solid waste treatment. Temperature is an im...
Organic solid waste composting is a complex process that involves many coupled physical, chemical an...
Composting kinetics modeling is necessary to design and operate composting facilities that comply wi...
This thesis explores the roles of physical and mathematical modelling in the prediction of temperatu...
Several experiments for heat generation in composting process with livestock and farmyard wastes had...
A study was undertaken to investigate the effect of windrow turning on composting of hoop manure (a ...
In the composting process temperature and oxygen concentrations are essential parameters. A main obj...
<br/>In the composting process temperature and oxygen concentrations are essential parameters....