Overview

This case study examines the strategic use of Pulcap at Rakuidis Farm in Greece, which faced significant mite challenges within its poultry facilities. The farm implemented a systematic approach using Pulcap to combat and control a level 3+ mite infestation across its four housing units, each with a capacity of 20,000 hens.

Farm Profile

• Location: Greece
• Type of Farm: Layer farm
• Housing System: Four units
• Capacity: 80,000 hens total

Challenge

Rakuidis Farm struggled with a pervasive level 3+ mite infestation that threatened the health and productivity of its hens. The severity of the infestation required immediate and effective intervention to reduce mite levels and prepare the facilities for future flock introductions without compromising the ongoing operations.

SOLUTION IMPLEMENTATION

Initial Intensive Treatments:

• Date: March 26, 2024
• Approach: Full facility treatment in one housing unit to immediately reduce the high mite infestation levels.

Subsequent Preparative Treatments:

• Dates: July 19 and 20, 2024
• Facilities: Two units underwent full treatments to further decrease mite levels and two units received preparatory treatments in anticipation of emptying the facilities.

Results

The strategic application of Pulcap significantly decreased the mite infestation across all facilities. The initial full facility treatment was critical in quickly reducing the mite population, allowing for effective preparation of the units for incoming flocks. The subsequent treatments ensured that the facilities were adequately prepared, maintaining low mite levels and thus improving the overall health and environment for the hens.

Conclusion

Rakuidis Farm’s experience with Pulcap demonstrates the product’s effectiveness in managing severe mite infestations within a structured and phased treatment approach. By adapting the treatment schedules and techniques to the specific needs of each facility, the farm was able to maintain control over the mite population and ensure a healthy environment for its poultry. This case study underscores the importance of a flexible and targeted approach in pest management, particularly in environments with varying levels of infestation and operational requirements.

Overview

Vin Farm, one of Serbia’s largest egg producers with a capacity of 1 million hens, has utilized Pulcap since 2018 to combat severe mite infestations. This case study documents the farm’s journey from facing critical infestation levels to achieving and maintaining mite-free environments, highlighting the profound health and economic benefits realized through consistent use of Pulcap.

Farm Profile

• Location: Serbia
• Type of Farm: Large-scale commercial layer farm
• Housing System: Six cage systems and two aviary systems
• Capacity: 1 million hens
• Equipment: Big Dutchman (poultry housing)

Challenge

Vin Farm was initially grappling with a level 4+ mite infestation that significantly threatened the health and productivity of their hens. The severity of the situation necessitated a robust and effective solution that could be sustained over the long term without interrupting farm operations.

Initiation of Pulcap Treatment:

• Start Year: 2018
• Application Method: Systematic deployment of Pulcap across all housing units, facilitated by specialized spraying equipment designed to work seamlessly with Big Dutchman housing systems.

Ongoing Management Strategy:

• Latest Treatment: January 5, 2024
• Approach: Preventative maintenance treatments are now primarily conducted to prepare facilities for new flock introductions, ensuring a pristine environment from the start.

Results

The diligent application of Pulcap has eradicated mite infestations across all housing units, maintaining a consistently mite-free status as evidenced by regular checks.

This success has led to several key benefits:

Increased Hen Productivity – The absence of mites has alleviated stress and disease among the hens, leading to increased egg production and enhanced overall welfare.

Reduced Mortality Rates – Improved living conditions have notably decreased hen mortality, demonstrating better health management practices.

Cost Savings – Maintaining a mite-free environment has reduced the frequency and cost of treatments significantly, enhancing economic efficiency and reducing operational expenditures at the farm.

Conclusion

Vin Farm’s successful use of Pulcap highlights its efficacy in controlling severe mite infestations and maintaining optimal health conditions for poultry. This transition from critical infestation levels to a consistently mite-free environment not only emphasizes Pulcap’s effectiveness but also illustrates its role in boosting productivity and reducing operational costs. Vin Farm exemplifies how strategic pest management can result in substantial improvements in animal welfare and profitability in the agricultural sector.

Overview

This case study focuses on the continuous use of Pulcap at Mikros Union, a poultry farm with advanced cage systems. Since its initial implementation in 2018, Pulcap has played a pivotal role in managing and preventing mite infestations, demonstrating both its efficacy and unique advantages in a farm setup that prioritizes efficiency and ease of operation.

Farm Profile

• Location: Mikros Union
• Type of Farm: Layer farm
• Housing System: Cage system
• Equipment: Big Dutchman, known for its operational ease
• Capacity: Six facilities

Challenge

Mikros Union faced significant mite infestations, rated at level 3+ across its facilities, which could adversely affect the health of the poultry and the overall productivity of the farm. The farm required a solution that could integrate seamlessly with its existing automated systems to provide effective and continuous control of mite populations.

Solution Implementation

• Start Date: August 7, 2020
• Approach: In-situ treatments with hens present to rapidly decrease infestation levels
• Specific Challenges: Manual supplementation of U-profiles in Facilities 3 and 4 due to their unique configurations

Initiation of Treatment:

• Start Year: 2018
• Approach: Integrated mechanical application using Big Dutchman equipment
• Current Strategy:
• Method: Regular preventative treatments applied prior to the introduction of new flocks

Results

Since incorporating Pulcap into their pest management strategy, Mikros Union has consistently maintained low levels of mite infestation. The initial application significantly reduced the mite population, and the ongoing preventative treatments have prevented re-infestation, ensuring a stable and healthy environment for the hens. The compatibility of Pulcap with the Big Dutchman equipment has enabled efficient and effective application, demonstrating the product’s unique suitability for technologically advanced farming operations.

Conclusion

The sustained use of Pulcap at Mikros Union highlights its effectiveness as a mite management solution that is both easy to integrate and operate within advanced farming systems. The farm’s experience underscores Pulcap’s capability to provide long-term benefits, enhancing both the welfare of the poultry and the operational efficiency of the farm. This case study illustrates how the unique properties of Pulcap can be leveraged to achieve consistent and reliable results in managing pest infestations in modern agricultural settings.

Overview

This case study details the strategic implementation of Pulcap at Vitaleggs Hungary, a large poultry farm grappling with severe mite infestations. The farm’s extensive facilities and varying conditions presented unique challenges that required a multi-faceted approach to mite management, integrating both immediate and long-term strategies.

Farm Profile

• Location: Hungary
• Type of Farm: Layer farm
• Housing System: Cage system with partial manual interventions
• Capacity: Seven facilities with an average capacity of 25,000 hens each

Challenge

Vitaleggs Hungary faced a critical situation with mite infestations rated at levels 3+ and even 4+ in some facilities, indicating a severe and widespread problem. The farm’s existing cage system allowed for mechanical treatment in most areas, but certain facilities required additional manual intervention to address inaccessible areas effectively. The dire state of infestation necessitated immediate action to alleviate conditions and protect the health of the hens.

Solution Implementation

• Start Date: August 7, 2020
• Approach: In-situ treatments with hens present to rapidly decrease infestation levels
• Specific Challenges: Manual supplementation of U-profiles in Facilities 3 and 4 due to their unique configurations

Ongoing Strategy:

• Method: Transition to preventative measures with annual treatments focusing on facility preparation during empty periods
• Technique: Predominantly mechanical applications complemented by manual efforts where necessary

Results

The initial aggressive treatment strategy effectively reduced the mite levels, allowing for a shift towards a sustainable management plan. By incorporating both mechanical and manual techniques, the farm was able to adapt to the varying needs of each facility, ensuring comprehensive coverage and effective mite control. The annual maintenance treatments have maintained low infestation levels, stabilizing the farm’s overall health and productivity.

Conclusion

The case of Vitaleggs Hungary showcases Pulcap’s effectiveness in managing severe mite infestations across a complex farm setup. The tailored approach, combining immediate in-situ treatments with a robust preventive strategy, has proven essential in restoring and maintaining the health of the farm. This intervention highlights the importance of flexibility and precision in pest management strategies, particularly in environments with high infestation levels and complex operational challenges.

Overview

This case study highlights the implementation of Pulcap at Eurovo Feanca, a large-scale egg production facility employing advanced housing systems. Given the complexities of the Techno Italia equipment used at the site, the farm required a meticulous and manual approach to ensure effective mite management without compromising equipment integrity or animal welfare.

Farm Profile

• Location: Eurovo Feanca
• Type of Farm: High-density layer farm
• Housing System: Voliere system
• Capacity: Two facilities with a total capacity of 100,000 hens

Challenge

Eurovo Feanca operates with a voliere system that includes a substantial number of U-profiles and hidden parts, making standard mite treatment applications challenging. The equipment, designed by Techno Italia, is particularly complex and cannot be treated using standard mechanical methods. This complexity necessitated a tailored approach to ensure thorough coverage and effective mite control.

Solution Implementation

• September 21 and 22, 2024
• Facilities: Two buildings, each housing 50,000 hens
• Process: Manual application tailored to navigate the complexities of the Techno Italia equipment

Results

The manual application process, although labor-intensive, allowed for detailed attention to the equipment’s intricate features, ensuring that all potential mite habitats were treated effectively. This approach was crucial in managing the mite population across the large-scale facilities, providing a conducive environment for the hens and maintaining the operational standards required by Eurovo Feanca.

Conclusion

The case of Eurovo Feanca demonstrates Pulcap’s versatility and effectiveness in environments where mechanical application is impractical. By adapting the application process to the specific needs of the facility’s complex equipment, Pulcap was able to provide a solution that maintained the integrity of the farm’s operations and equipment while ensuring effective mite management. This experience underlines the importance of a customized approach in pest control, particularly in high-density and technologically advanced farming setups.

Overview

This case study explores the application of Pulcap at a prominent organic egg farm in Italy, highlighting the efficacy and operational intricacies of using this innovative solution in a challenging farm setup. The farm, which operates under strict organic standards, required a solution that adheres to its commitment to sustainability without compromising the health and productivity of its hens.

Farm Profile

• Location: Italy
• Type of Farm: Organic egg production
• Housing System: Voliere system
• Capacity: Two facilities with a total capacity of 68,000 hens

Challenge

The farm’s operations include two separate facilities, each designed to house a significant number of laying hens under a voliere system. The complexity of this system, especially in an organic farming context, poses significant challenges for maintenance and mite management. The farm staff had to handle the application process manually due to the intricate setup of the equipment, adding to the labor intensity of the process.

Solution Implementation

– Initial Application:

• Date: August 22, 2023
• Facility: First building with 40,000 hens
• Process: Manual application
• Duration: 8 hours of labor

– Follow-Up Application:

• Date: September 20, 2024
• Facility: Second building with 28,000 hens
• Process: Adapted application based on previous experience

Results

The implementation of Pulcap provided effective mite management for a prolonged period of eight months, demonstrating its efficacy in an organic farming environment. The manual application, although labor-intensive, ensured that the product was applied thoroughly, accounting for the unique setup of each facility. The follow-up application on the smaller facility was carried out with adjustments made from insights gained during the initial process, optimizing both time and coverage.

Conclusion

The use of Pulcap in an organic egg production facility in Italy showcases the product’s adaptability and effectiveness in complex and labor-intensive environments. Despite the initial challenges associated with manual application, the outcomes highlight significant benefits in maintaining hen health and productivity while adhering to organic farming standards. This case underlines the importance of tailored application strategies to maximize both efficacy and operational efficiency in sustainable agriculture.