LPG Gas Brooder for Poultry House Radiant Heating

The LPG Gas Brooder is a suspended radiant heating unit designed to provide concentrated warmth to chicks and young poultry during brooding and rearing. Propane gas is burned inside the burner assembly and the generated heat is directed downward through a radiant element and reflector toward the litter and bird activity zone.

Radiant brooders are particularly suitable when intensive heat is required in a defined area instead of heating the entire poultry-house air volume. They can be integrated into commercial broiler, breeder, pullet, turkey and duck production facilities and are suitable for both new livestock buildings and poultry-house renovation projects.

• Targeted Radiant Heating: directs thermal radiation toward the brood area where young birds require warmth.
• LPG Fuel Supply: suitable for propane gas systems used in poultry farms where natural gas infrastructure is unavailable.
• Fast Brood-Area Heating: radiant energy warms birds, litter and nearby surfaces directly instead of relying only on air heating.
• Suspended Installation: adjustable hanging height allows the heat footprint and intensity at floor level to be adapted to flock requirements.
• Durable Reflector: metal reflector or canopy directs more heat downward toward the required production area.
• Corrosion-Resistant Components: stainless steel and coated metal options provide durability in humid poultry-house environments.
• Simple Farm Operation: manual, thermostatic or automatic ignition and control configurations are available according to project requirements.
• Flexible Heating Layout: brooder quantity and spacing can be designed according to poultry-house dimensions, insulation, climate and stocking conditions.

• Metal reflector or radiant canopy
• Infrared radiant burner or emitter
• Gas burner assembly
• LPG inlet fitting
• Gas control valve
• Ignition assembly
• Flame safety device, depending on configuration
• Gas pressure regulator
• Flexible LPG hose
• Suspension chain or hanger
• Thermostat or zone-control accessories, available upon request

LPG enters the burner through a correctly sized pressure regulator and gas supply line. After ignition, the gas-air mixture burns at the radiant burner or emitter, heating the emitter surface to a high temperature.

The heated emitter produces infrared radiation. The reflector directs this radiant energy downward toward the brood area, where it warms birds, bedding and surrounding surfaces. This allows an intensive warm zone to be created while other areas of the poultry house can remain cooler.

Brooder output can be controlled according to the selected configuration through gas-pressure adjustment, thermostatic regulation, staged control or centralized poultry-house climate control.

• Commercial broiler chick houses
• Broiler breeder rearing houses
• Pullet rearing facilities
• Turkey brooding houses
• Duck and waterfowl rearing facilities
• Floor-reared poultry houses
• Environmentally controlled livestock buildings
• Steel structure poultry houses
• New poultry farm construction projects
• Existing poultry-house heating system renovation

• Heating output
• LPG regulator pressure
• Reflector diameter and configuration
• Manual or automatic ignition
• Thermostatic control
• Zone-control system
• Gas hose and fitting configuration
• Suspension chain length
• Brooder quantity and house layout
• Special configurations available upon request

Suspend the brooder securely from a suitable poultry-house roof truss or steel structure using an approved chain or hanging system. Maintain the required clearance from birds, litter, combustible construction materials and other farm equipment.

Connect the LPG supply through a correctly specified regulator, shut-off valve, hose and fittings. Gas installation must comply with applicable local gas codes and should be completed or inspected by qualified personnel.

Before flock placement, test ignition, flame stability, gas connections, safety devices and temperature control. Brooder height and output should be adjusted according to chick behavior, litter temperature and environmental conditions.

Routine maintenance should include cleaning dust from the burner, emitter and reflector, checking gas hoses and connections for deterioration, inspecting suspension hardware and confirming correct operation of ignition and flame-safety components. Adequate poultry-house ventilation must be maintained during operation.

Q: Why use an LPG gas brooder instead of heating the entire poultry house?

A: Radiant brooders create concentrated warm zones around young birds, allowing heat to be directed where it is needed most during brooding.

Q: Can the brooder operate without electricity?

A: Some LPG brooder designs use non-electric ignition and control systems. Automatic ignition and centralized control configurations may require electrical power.

Q: Can the heating intensity be adjusted?

A: Yes. Depending on the model, heat output can be controlled through gas regulation, thermostatic control or automatic zone management.

Q: How high should the brooder be installed?

A: Mounting height depends on brooder output, reflector design, bird age and manufacturer requirements. The referenced Big Dutchman M8 configuration uses an installation range of approximately 0.9-1.5 m.

Q: Can LPG brooders be used in steel structure poultry houses?

A: Yes. Suitable suspension points can be integrated with steel roof trusses, provided structural support and required safety clearances are maintained.

Q: How is the number of brooders calculated?

A: Brooder quantity depends on heating capacity, house dimensions, insulation, outside climate, ventilation rate, stocking density and required brood-area temperature.

Q: Can a complete poultry-house heating layout be customized?

A: Yes. Brooder capacity, spacing, gas pipeline design, regulators, thermostats and zone-control systems can be configured according to project requirements.