Poultry Biosecurity: How to Strengthen Sanitary Control with On-Site Sanitizer Generation

Introduction

Modern poultry farming has reached a high level of productivity, but that progress brought an equally important challenge: maintaining sanitary control at every stage of production. On farms and hatcheries, a single failure in one procedure is enough for microorganisms to find favorable conditions to spread, affecting bird health, flock performance, and, ultimately, the results of the operation.

That is why biosecurity plays an increasingly strategic role. It brings together practices that help keep contaminants from entering and moving through the operation, reducing risk from the time birds are housed until shipment.

This set of measures includes controlling access to facilities, cleaning the environment, disinfecting equipment, monitoring water quality, and following well-defined protocols for each stage of the process.

At the same time, many companies are looking for alternatives that let them maintain this sanitary standard without increasing the use of conventional chemicals or creating more complex routines for the teams responsible for sanitation.

Why Is Biosecurity in Poultry Farming So Important?

Daily life on a farm involves several factors that increase the risk of microorganisms spreading. High bird density, constant movement of employees, vehicles, and equipment, and the reuse of facilities between flocks mean sanitary control has to be continuous.

When one of these barriers stops working as it should, contamination can spread quickly between houses or reach different stages of production.

The impacts go beyond bird health. An ineffective biosecurity program can compromise important production indicators and raise the farm’s operating costs.

The main consequences include:

• Higher mortality.
• Poorer flock performance metrics.
• Lower weight gain.
• Higher feed conversion ratio.
• Higher costs for treatment and disposal.
• Food safety risks.

For this reason, biosecurity is considered one of the main strategies for preventing disease and keeping production stable across cycles.

Where Are the Main Critical Points?

It is not enough to invest in a single sanitation procedure. Effectiveness depends on identifying the places where microorganisms are most likely to enter or spread.

Some of these points are part of the routine on practically any farm. They include:

• Entry of employees and visitors.
• Footbaths and wheel baths.
• Equipment and utensils.
• Trucks used for transport.
• Houses during the empty-house period between flocks.
• Hatcheries.
• Water reservoirs and supply systems.
• Piping.
• Storage and support areas.

Each of these places requires specific care. In some cases, the priority is removing organic matter. In others, the focus is on keeping people, vehicles, or equipment from carrying contaminants into areas where birds are housed.

When these procedures are carried out in a standardized way, microbiological pressure tends to stay under control throughout production.

House Disinfection Starts Before the Sanitizer Is Applied

Between one flock and the next, the empty-house period is one of the most important steps for reducing the risk of disease transmission.

But there is one point that still causes failures in many operations: applying the sanitizer before cleaning has been properly completed.

Litter residue, dust, feces, and other organic materials make it harder for the sanitizer to contact the surface. In practice, this lowers disinfection efficiency and can let microorganisms remain in critical spots in the house.

For that reason, cleaning and sanitization need to be seen as complementary steps, not independent processes.

First, accumulated organic matter has to be removed. Then disinfection can act directly on surfaces that are already clean, increasing the efficiency of the process and preparing the environment to receive a new flock.

Water Quality Also Affects Sanitary Control

When people talk about biosecurity, it is common to think first of houses and access barriers. But water also deserves attention.

It is present in practically every activity on the farm. It is used for watering birds, cleaning facilities, sanitizing equipment, and preparing solutions used in daily operations.

If the microbiological quality of the water is not properly monitored, it can itself become a way for microorganisms to spread.

That is why biosecurity programs include periodic cleaning of reservoirs, water tanks, piping, and distribution lines, reducing the risk of contamination throughout the system.

Beyond protecting bird health, this care helps keep production processes more stable and reduces the chance of recurring sanitary problems.

How On-Site Generation Can Reinforce Poultry Biosecurity

A biosecurity program depends on consistent processes. An effective sanitizer is not enough if supply is irregular, if solution preparation varies between teams, or if the operation depends on large stocks of chemicals.

In this scenario, on-site generation of solutions produced by electrochemical activation (ECA) is being adopted as a sustainable technology for industrial sanitation by companies that want more control over sanitation routines.

Produced from water, salt, and electricity, Anolyte can be used at different stages of the operation, always following the protocols defined by the farm.

The main applications include:

• Disinfection of houses.
• Fogging of environments.
• Footbaths and wheel baths.
• Hatcheries.
• Equipment and utensils.
• Contact surfaces.
• Systems related to water supply, when provided for in operating procedures.

Because the solutions are produced where they are used, the farm gets more predictable supply and reduces the need to store large volumes of conventional sanitizers.

This also simplifies internal logistics, especially in operations with several units or high consumption of sanitation solutions.

The Role of Catholyte in the Cleaning Step

Before sanitization happens, there is a step that directly influences the final result: removing organic matter.

Residue such as litter, dust, fat, protein, and feces makes it harder for the sanitizer to reach surfaces. When it stays in the environment, it lowers the efficiency of the disinfection process.

At this point, Catholyte can be used as a cleaning solution, helping remove this residue before the sanitizer is applied.

This sequence, cleaning first and sanitizing afterward, supports more efficient sanitation and helps standardize the routines the team follows.

Although it may look like an operational detail, this organization makes a difference especially on farms that run several production cycles a year and need to prepare facilities quickly to receive new flocks.

Fogging and Footbaths Help Reduce Microbiological Pressure

Beyond cleaning the facilities, other measures are part of the biosecurity routine.

Fogging, for example, can be used to complement sanitization procedures in specific environments, helping reach areas where conventional application does not always reach easily. When it is part of a well-defined protocol, it helps reduce microbial load at different points in the operation.

Footbaths and wheel baths also remain important barriers for lowering the risk of carrying microorganisms between areas of the farm.

However, their efficiency depends on some basic care, such as changing the solutions periodically, monitoring the concentration used, and maintaining the structures properly.

When these procedures stop being part of the routine, sanitary barriers lose effectiveness and can create a false sense of security.

That is why installing these systems matters, but making sure they are part of a well-structured biosecurity program matters just as much.

The Gains Show Up in Daily Operations

When cleaning, sanitization, access control, and water monitoring work in an integrated way, results show up in the farm’s day-to-day.

Instead of depending only on corrective action when a sanitary problem appears, the operation works in a more preventive and predictable way.

The most commonly observed benefits include:

• Lower microbiological pressure in the environment.
• More standardized sanitation routines.
• Stronger sanitary barriers.
• Less dependence on conventional chemicals.
• Less chemical waste.
• More safety for the teams responsible for cleaning and sanitization.
• More predictable supply of the solutions used in the operation.

Another important point is that solutions produced by electrochemical activation are biodegradable and non-toxic, characteristics that support operations more aligned with the sustainability and environmental management practices adopted in the sector.

Biosecurity Is Built Every Day

No single measure can guarantee a farm’s biosecurity.

Sanitary control is the result of a set of practices that must work together, from the entry of people and vehicles to cleaning the houses, water quality, and the procedures carried out between flocks.

In this context, technologies such as on-site generation of ECA solutions can strengthen the operating routine by offering sustainable disinfection for the food industry, with more predictability, less dependence on conventional chemicals, and standardization of sanitation processes.

When evaluating alternatives to improve biosecurity, it is worth considering not only the microbiological efficiency of the solutions used but also factors such as handling safety, ease of application, supply continuity, and operational impact. When these elements work together, the farm is better able to maintain a sanitarily controlled environment, protect bird health, strengthen the entire food safety chain, and sustain productivity throughout the production cycle.