ABSTRACT A comprehensive analysis of the amount of energy required to brood broiler chick-ens was made. A computer simulation was used to evaluate brooding energy requirements as a function of geographic (or climatic) location, time of year, housing type, and house temperature schedule. Results are presented as the average brooding energy requirement for birds marketed during each of the four calendar quarters and the average for the year. Daily and half-day require-ments were also calculated for birds grown during each quarter. Simulation results compare favor-ably with fuel use survey data reported by Brewer et al. (1978). The results point to complexities inherent in the design of efficient solar heating systems for brooding broiler chic...
Data obtained from 4 different capacity houses were evaluated to analyse the cultural energy and per...
This study was undertaken to use computer simulation to determine the hourly temperature variation i...
Models of daily energy requirement can help to establish better and more profitable feeding programs...
ABSTRACT An analysis was made of selected solar heating systems for brooding broiler chickens. A com...
Even under tropical and subtropical climate conditions, raising chicks within the thermal comfort zo...
Space heating and cooling comprises 40% of the global final energy use. With more energy efficient t...
ABSTRACT Heat for brooding is the biggest single energy use item in the typical integrated broiler o...
To conserve fossil fuels and electricity and to introduce solar heating in poultry farms, a solar he...
A modified passive solar poultry brooding system was tested for its performance at full capacity for...
The focus of this case study was to examine a singular process within the food system, identify the ...
Modern day agricultural methods have made todays farmers dependent upon fossil fuels to maintain the...
Seventeen years of electricity and propane fuel use data collected from broiler production houses at...
Comparative evaluation of a small scale passive brooder system for brooding day old chicks was done....
In any broilers poultry house, fuel-based heating systems are commonly used to maintain the targeted...
This paper presents results of the verification of a heat exchanger composed of gravitation thermal ...
Data obtained from 4 different capacity houses were evaluated to analyse the cultural energy and per...
This study was undertaken to use computer simulation to determine the hourly temperature variation i...
Models of daily energy requirement can help to establish better and more profitable feeding programs...
ABSTRACT An analysis was made of selected solar heating systems for brooding broiler chickens. A com...
Even under tropical and subtropical climate conditions, raising chicks within the thermal comfort zo...
Space heating and cooling comprises 40% of the global final energy use. With more energy efficient t...
ABSTRACT Heat for brooding is the biggest single energy use item in the typical integrated broiler o...
To conserve fossil fuels and electricity and to introduce solar heating in poultry farms, a solar he...
A modified passive solar poultry brooding system was tested for its performance at full capacity for...
The focus of this case study was to examine a singular process within the food system, identify the ...
Modern day agricultural methods have made todays farmers dependent upon fossil fuels to maintain the...
Seventeen years of electricity and propane fuel use data collected from broiler production houses at...
Comparative evaluation of a small scale passive brooder system for brooding day old chicks was done....
In any broilers poultry house, fuel-based heating systems are commonly used to maintain the targeted...
This paper presents results of the verification of a heat exchanger composed of gravitation thermal ...
Data obtained from 4 different capacity houses were evaluated to analyse the cultural energy and per...
This study was undertaken to use computer simulation to determine the hourly temperature variation i...
Models of daily energy requirement can help to establish better and more profitable feeding programs...