Feather Press
Short Description:
IDEAL FOR REMOVING WATER FROM CHICKEN, GOOSE AND TURKEY FEATHERS. Modern poultry processing operations often use large quantities of water to remove the feathers once plucked or rubbed off. The sturdy Feather Press effectively removes water from chicken, goose and turkey feathers, enabling you to achieve a consistent 55% moisture level. Feather presses can be installed downstream from a normal feather separator in a slaughterhouse, or can receive feathers plus their transport water straight ...
IDEAL FOR REMOVING WATER
FROM CHICKEN, GOOSE AND
TURKEY FEATHERS.
Modern poultry processing operations often use large quantities of water to remove the feathers once plucked or rubbed off. The sturdy Feather Press effectively removes water from chicken, goose and turkey feathers, enabling you to achieve a consistent 55% moisture level.
Feather presses can be installed downstream from a normal feather separator in a slaughterhouse, or can receive feathers plus their transport water straight from a slaughterhouse pumping system. This type of press normally removes about 350 liters of water per 1,000 kg of wet feathers from the feather separator.
Feather presses provide significant paybacks in the form of energy savings (in rendering operations) and lower transportation and feather removal costs, simply
because the feathers weigh much less once the water has been removed
BENEFITS
• Straightforward, sturdy equipment that you can rely on
• Savings on feather removal and transport costs
• Savings on rendering and other processing costs
• Avoids problems with feather fat clogging the equipment
• No water left behind in bins or trucks after feather transportation
• Only minimal supervision and maintenance Required
APPLICABLE FOR:
This is a reliable, cost-effective way to dry the large quantities of feathers resulting from chicken, goose and turkey processing operations.
Feather presses can also be fitted with:
• Bow strainers fitted with parabolic screens
• Drum screens
• Additional presses working under pressure







