This document discusses cleaning and disinfection procedures for poultry farms. It describes assessing the situation, removing equipment, dry and wet cleaning methods including soaking, washing and rinsing surfaces. Disinfection methods using various chemicals are outlined. The document also discusses evaluating cleaning efficacy through surface sampling, and fumigation of new litter bedding to kill vectors.
Farm hygiene and biosecurity practices are implemented at both breeder and broiler farms to reduce the risk of disease agents moving on to farms from outside sources (eg wild bird populations or from other farms), the movement of disease agents between sheds on the same farm, carry over of disease agents from one batch to the next in the shed environment, and carry over of disease agents from breeding flocks to their progeny via the egg. Farmers take a range of precautions to prevent entry of diseases onto broiler farms.
Farm hygiene and biosecurity practices are implemented at both breeder and broiler farms to reduce the risk of disease agents moving on to farms from outside sources (eg wild bird populations or from other farms), the movement of disease agents between sheds on the same farm, carry over of disease agents from one batch to the next in the shed environment, and carry over of disease agents from breeding flocks to their progeny via the egg. Farmers take a range of precautions to prevent entry of diseases onto broiler farms.
The main external parasites that are problematic for poultry are mites and lice. Mite parasites feed on the blood of chickens and can cause anaemia and possible death, while lice feed on dander and feathers. The red mite causes the most problems in poultry.
Inoculation with a specific biological substance (antigen) to stimulate resistance or immunity to a particular disease.
Purpose of vaccination
To prevent or reduce problems that can occur from infection of a field strain of a disease organism
To incite high levels of immunity to protect birds in the face of aggressive endemic disease challenges.
To prevent heavy losses in the form of high mortality, morbidity and lowered protective performance by building up resistance in birds
To hyper immunize hens to maximize maternally derived antibody passed through the egg to the hatching progeny.
A good poultry health management is an important component of poultry production. Infectious disease causing agents will spread through a flock very quickly because of the high stocking densities of commercially housed poultry.
For poultry health management to be effective a primary aim must be to prevent the onset of disease or parasites, to recognize at an early stage the presence of disease or parasites, and to treat all flocks that are diseased or infested with parasites as soon as possible and before they develop into a serious condition or spread to other flocks. To be able to do this it is necessary to know how to recognize that the birds are diseased, the action required for preventing or minimising disease and how to monitor for signs that the prevention program is working.
All of the above poultry-keeping methods are used in the developing world,but the majority of the enterprises are backyard poultry and farm flock production. The poultry and egg sectors are highly fragmented. Most of the production is carried out by a large number of farmers, each with a very small flock. The greater part of produce is sold in markets close to the farms.
Day-old chicks are usually obtained from local hatcheries licensed by international hybrid breeding companies. Farmers or cooperatives of farmers may choose between varieties of chickens for egg production and meat production.
The small chicks can be either naturally or artificially brooded. If artificially brooded, small chicks must be placed in a separate house from laying chickens and it is necessary to protect the chicks from predators, diseases and catching colds.
This stage of brooding lasts for eight weeks. In the first four weeks of life, small chicks need to be housed in a brooding box. Some typical types of brooders are shown below and on the previous page.
Typically, a layer’s production cycle lasts just over a year (52-56 weeks). During the production cycle many factors influence egg production; therefore, the cycle must be managed effectively and efficiently in order to provide maximum output and profitability.
This PowerPoint presentation was prepared for the 2011 Missouri Livestock Symposium by Susan Schoenian, University of Maryland Extension Sheep & Goat Specialist.
The main external parasites that are problematic for poultry are mites and lice. Mite parasites feed on the blood of chickens and can cause anaemia and possible death, while lice feed on dander and feathers. The red mite causes the most problems in poultry.
Inoculation with a specific biological substance (antigen) to stimulate resistance or immunity to a particular disease.
Purpose of vaccination
To prevent or reduce problems that can occur from infection of a field strain of a disease organism
To incite high levels of immunity to protect birds in the face of aggressive endemic disease challenges.
To prevent heavy losses in the form of high mortality, morbidity and lowered protective performance by building up resistance in birds
To hyper immunize hens to maximize maternally derived antibody passed through the egg to the hatching progeny.
A good poultry health management is an important component of poultry production. Infectious disease causing agents will spread through a flock very quickly because of the high stocking densities of commercially housed poultry.
For poultry health management to be effective a primary aim must be to prevent the onset of disease or parasites, to recognize at an early stage the presence of disease or parasites, and to treat all flocks that are diseased or infested with parasites as soon as possible and before they develop into a serious condition or spread to other flocks. To be able to do this it is necessary to know how to recognize that the birds are diseased, the action required for preventing or minimising disease and how to monitor for signs that the prevention program is working.
All of the above poultry-keeping methods are used in the developing world,but the majority of the enterprises are backyard poultry and farm flock production. The poultry and egg sectors are highly fragmented. Most of the production is carried out by a large number of farmers, each with a very small flock. The greater part of produce is sold in markets close to the farms.
Day-old chicks are usually obtained from local hatcheries licensed by international hybrid breeding companies. Farmers or cooperatives of farmers may choose between varieties of chickens for egg production and meat production.
The small chicks can be either naturally or artificially brooded. If artificially brooded, small chicks must be placed in a separate house from laying chickens and it is necessary to protect the chicks from predators, diseases and catching colds.
This stage of brooding lasts for eight weeks. In the first four weeks of life, small chicks need to be housed in a brooding box. Some typical types of brooders are shown below and on the previous page.
Typically, a layer’s production cycle lasts just over a year (52-56 weeks). During the production cycle many factors influence egg production; therefore, the cycle must be managed effectively and efficiently in order to provide maximum output and profitability.
This PowerPoint presentation was prepared for the 2011 Missouri Livestock Symposium by Susan Schoenian, University of Maryland Extension Sheep & Goat Specialist.
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4. Assessing the situation
Assess the situation and identify the infectious agent.
Selection of the correct disinfectant.
Identify the equipments, fittings, ceiling, walls, floor, nest boxes and
cages.
Determine the exact surface area that we want to disinfect and clean.
It will determine that how much disinfectant, detergent and fogging
solution is required.
5. Removal of equipments
Feeders and drinkers are removed from the shed
before cleaning and disinfecting.
All the feed is removed from the feeders.
6. Cleaning
Cleaning is the removal of wastes such as dirt and infectious agents
that causes harmful effects for the upcoming birds.
Types of cleaning
dry cleaning
Wet cleaning
7. Dry cleaning
Dry cleaning is sweeping or blowing dust
and loose dirt off ceilings, light fixtures,
walls, cages, fans and air inlets.
Feed from all the feeders should be
removed
8. Litter removal
It is the removal of old waste litter.
All the visible organic matter is removed
from the farm.
Reasons
There will be less probability of diseases.
Less microbes.
The ammonia gas which is produced by
the last flock would be removed as soon
as the old litter is removed.
9. Wet cleaning
Wet cleaning is the process in which
liquid substances are used such as
water and disinfectants.
It is done in three steps:
Soaking
Washing
Rinsing
10. Steps for wet cleaning
Soaking:
Soak the heavily soiled areas such as floors.
Use sprayer to soak all the surface.
Soak until the dirt and manure has softened to the point that should be easily
removed.
Washing:
Wash every surface in the building especially walls, windows, ceilings and any
other surface where the dirt and dust may exist.
The detergents that are used have the pH 6-8.
Rinsing:
Rinsing is required immediately after washing for the removal of harmful residues
and to obtain a spotless building.
11. Disinfection
Disinfection is the process in which certain chemicals are used
to kill the disease causing vectors (pathogens, bacteria, viruses,
molds) and the chemicals which are used for disinfections are
called disinfectants.
Disinfects used in poultry farms:
Phenols
Iodophors
Formaldehydes
Hypo-chlorites (chlorine)
Natural disinfectants (CaCO3)
12. Process of disinfection
The disinfection is applied using foam to ensure
optimum contact time and coverage of all surfaces.
Clean and disinfect the floor drains.
Allow the foam to dry and the disinfection doesn’t
washed off.
13. Evaluating the cleaning efficacy
If the surface is dry, samples must be taken
from the floor, walls, ceilings and equipments.
Samples are not taken on the wet surface.This
is done by swap test.The areas which are still
contaminated should be disinfected again.
Check the disinfectants and detergents
whether they are effective against E-coli,
salmonella and pseudomonas-aeruginosa.
if these vectors would remain in the farm the
birds would not grow better and healthy like
other birds whether proper feed would be
given.
14. Fumigation
After new litter bedding the fumigation process is
needed for the killing of vectors in new litter
bedding.
Fumigation:
it is the process of disinfecting and purifying
an area with the fumes of certain chemicals.
chemicals used for fumigation:
Hydrogen peroxide.
KMnO4.
Formaldehyde gas.
The fumes are spreaded by the sprayer machine
and the shed is closed for 24 hours.