Pig specialist Daniel Frydendal

Pig specialist Daniel Frydendal I’m Daniel Frydendal

I am a pig specialist with extensive experience
in pig farming.

🐖When a Gate Is Not Enough: The True Test of   in European   FarmsIn the quiet countryside of Estonia, where fields stre...
19/10/2025

🐖When a Gate Is Not Enough: The True Test of in European Farms
In the quiet countryside of Estonia, where fields stretch into the horizon and pig barns hum with life, one of Europe’s largest pig farms—EKSEKO—was forced to make a devastating decision: cull over 27,000 pigs after a single breach in its disease defenses.
📢The cause? African Swine Fever ( )—a virus that doesn’t care about scale, investment, or reputation. It slips through unnoticed, sometimes on a truck tire, a boot sole, or even on a gust of wind stirred by nearby wild boar.
Estonia, like much of Europe, is no stranger to ASF. Yet in 2025, the stakes are higher. While farm outbreaks in the EU have dropped overall by over 80% since 2023, wild boar cases are rising sharply—nearly 7,000 cases in just the first half of this year. And where wild boar go, the virus follows.
🔐Biosecurity: More Than a Checklist, but a Real Insurance
For those of us in swine production, biosecurity isn’t just a protocol—it’s a mindset. It begins long before the first piglet is born and extends far beyond the farm gate. In Estonia today, farms are being forced to lock their doors for weeks, not because they are infected, but because the threat outside is real and constant.
🚜From Farmyards to Frontlines
In this reality, farm managers have become frontline defenders. Their enemies aren’t just bacteria or viruses, but fatigue, complacency, and the occasional visitor who "just forgot to change their boots."
Modern biosecurity now includes:
• All-in-all-out systems, separating age groups completely.
• Restricted traffic and movements between departments.
• Shower-in/shower-out entry, with monitored logbooks.
• Wild boar fencing, and buffer zones that isolate buildings from the outside world.
• Rigorous vehicle disinfection, sometimes using fog tunnels or chemical pads.
• And most importantly: training farm staff to be vigilant, not just compliant.
Where Do We Go From Here?
Whether you run a 100-sow unit or a 30,000-head finishing site, biosecurity is your insurance policy—against ASF, PRRS, PED, and even market shutdowns.
But here’s the truth no checklist can replace:
Biosecurity doesn’t start with disinfectants. It starts with culture and mindset.
It’s the quiet choice a worker makes to change clothes one more time.
It’s the investment in a fence you hope you'll never need.
It’s asking one more question when something feels off.
And as Estonia is reminding us, it’s the difference between being operational—and being the next headline. If you're managing, advising, or auditing pig operations in Europe today, now is the time to review protocols, retrain teams, and reevaluate weak points.
💡Let’s not wait for another outbreak to remind us what’s at stake. Look for a Specialist in Biosecurity Consultant to help you Protect Your Farm!

Smart Barns: Lessons from the Field 💡Over the past year, I’ve visited several pig farms that adopted smart barn technolo...
19/10/2025

Smart Barns: Lessons from the Field 💡

Over the past year, I’ve visited several pig farms that adopted smart barn technology, and the results are striking.
Climate control isn’t just comfort—it’s productivity. On one farm, a sudden heatwave used to slow growth and reduce feed intake. With automated systems like Big Dutchman AG ’s climate controllers with integrated controller for cooling, and Fancom ventilation units, pigs stayed calm, ate normally, and growth rates remained steady. That kind of consistency translates directly into profits.
What really defines a smart barn isn’t just automation — it’s integration. Every system talks to each other. The climate controller adjusts ventilation based on CO₂ and ammonia readings from sensors placed throughout the building. If humidity rises, automated misters or fans activate before it becomes stressful for the animals. The feeding system syncs with weight sensors and growth data, so rations change dynamically. Even the lighting schedule is automated to match natural circadian rhythms, improving appetite and behavior. All of this data is visualized on a central dashboard or even a phone app, allowing farmers to make remote adjustments in real time. The result is a barn that practically “thinks” — responding to conditions faster and more precisely than a human ever could.
Health monitoring is a game-changer.
Farmers are now detecting early signs of illness through tools like PigWise activity sensors and ThermoTrack temperature monitors, which track feeding patterns, movement, and body temperature. One vet told me this allowed them to reduce antibiotic use while keeping pigs healthier.
Automated feeding and data-driven decisions are no longer optional. Systems like Big Dutchman’s FeedPro or CFS automatic feeders adjust feed rations in real time based on pig weight and growth trends.
Producers are no longer guessing—they know exactly what their pigs need hour by hour.
✅The takeaway? Smart barns are more than a tech upgrade—they save time, improve welfare, and boost productivity. Investing in these systems isn’t just about modernization; in today’s competitive industry, it’s about survival.

Meet Daniel Frydendal – trusted advisor, manager, and consultant in high-performance pig farming operations across Europ...
19/08/2025

Meet Daniel Frydendal – trusted advisor, manager, and consultant in high-performance pig farming operations across Europe and beyond.
🚜 20+ Years of Proven Success Track in Large-Scale Pig Production !!!
With two decades of hands-on leadership in complex production systems, Daniel delivers practical strategies that drive measurable results.

🔍 What Daniel brings to your operation:

📊 Production Planning that anticipates challenges and maximizes efficiency

💰 Smart Budgeting for financial control and future-proofing

⚙️ Production Optimization for top profit

📉 Cost-Efficiency without compromising quality

🛡️ Advanced Biosecurity protocols tailored to your farm's needs

🐖 Animal Welfare standards that align with global best practices

👨‍🏫 On-Site Staff Training to build capable, motivated teams

Ready to elevate your farm’s performance?
Let’s talk.

📩 Connect with Daniel Frydendal today.
Send a direct message or email at:
[email protected]
Viber and WhatsApp +359896741370

Генетично подобрение при прасетата и мениджмънт на производствотоИнтегрирането на генетични и производствени подобрения ...
20/07/2024

Генетично подобрение при прасетата и мениджмънт на производството

Интегрирането на генетични и производствени подобрения във вашата ферма включва холистичен подход, който отчита различни фактори. Ето няколко важни стъпки, които трябва да предприемете:

1. Генетични подобрения:
-Селекция за разплод: Непрекъснато оценявайте вашето прасе за разплод. Изберете животни с желани характеристики като скорост на растеж, ефективност на хранене и устойчивост на болести.
-Геномна селекция: Използвайте геномни данни, за да идентифицирате по-добри животни. Геномната селекция ви позволява да предвидите генетичните качества на животното въз основа на неговите ДНК маркери.
-Кръстосване: Помислете за кръстосване, за да въведете генетично разнообразие и хибридна сила. Мелезите често показват по-добра производителност от чистокръвните животни.
-Редактиране на гени: Разгледайте техники за редактиране на гени, за да въведете специфични модификации. Консултирайте се с експерти, за да осигурите етични и безопасни наложени практики.

2. Подобрения в производството:
- Хранене: Оптимизирайте диетата на вашите прасета, така че да отговаря на текущата генетика. Уверете се, че получават балансирано хранене за растеж, възпроизводство и цялостно здраве.
-Управление на здравния фактор: Приложете стабилни и интегрирани здравни протоколи. Редовните ваксинации, контролът върху паразитите и мерките за биосигурност са от решаващо значение.
-Среда: Осигурете комфортна среда без стрес. Правилното настаняване, вентилация и разпределение на пространството допринасят за по-добро производство.
- Водене на записи и дневници: Поддържайте подробни записи. Проследявайте показателите за ефективност (напр. среден дневен прираст, смъртност, коефициент на конверсия на фуража), за да идентифицирате области за подобрение.
-Ефективност: Наблюдавайте използването на ресурсите (фураж, вода, енергия). Ефективното производство намалява разходите и въздействието върху околната среда.

3. Интегриран подход:
-Сътрудничество: Работете с ветеринари, диетолози и генетици. Техният опит може да ръководи вашите решения. Редовния консулт със специалист в тази област може да ви спести много сериозни бъдещи проблеми!
-Бенчмаркинг: Сравнете производителността на вашата ферма с показателите в индустрията. Идентифицирайте пропуските и си поставяйте реалистични цели.
-Непрекъснато обучение: Бъдете информирани за напредъка в генетиката, технологиите и най-добрите практики.
Не забравяйте, че генетичните и производствените подобрения са взаимосвързани. Здравото, добре управлявано стадо допринася за по-добра генетична експресия. Редовно оценявайте напредъка си и адаптирайте стратегиите си, ако е необходимо. Консултирайте се редовно със специалисти по свинете, за да проследите и подобрите производствеността на стадото си.
#свинеферма #генетика #консултант #прасе

Genetic improvement versus production managementIncorporating both genetic and production improvements on your farm invo...
20/07/2024

Genetic improvement versus production management

Incorporating both genetic and production improvements on your farm involves a holistic approach that considers various factors. Here are some steps you can take:

1. Genetic Improvements:
-Breeding Selection: Continuously evaluate your breeding stock. Select animals with desirable traits such as growth rate, feed efficiency, and disease resistance.
-Genomic Selection: Use genomic data to identify superior animals. Genomic selection allows you to predict an animal’s genetic merit based on its DNA markers.
-Crossbreeding: Consider crossbreeding to introduce genetic diversity and hybrid vigor. Crossbreeds often exhibit better performance than purebred animals.
-Gene Editing: Explore gene editing techniques to introduce specific modifications. Consult with experts to ensure ethical and safe practices.

2. Production Improvements:
-Nutrition: Optimize your pigs’ diet so it fits to the current genetic improvement. Ensure they receive balanced nutrition for growth, reproduction, and overall health.
-Health Management: Implement robust health protocols. Regular vaccinations, parasite control, and biosecurity measures are crucial.
-Environment: Provide a comfortable and stress-free environment. Proper housing, ventilation, and space allocation contribute to better production.
-Record Keeping: Maintain detailed records. Track performance metrics (e.g., average daily gain, mortality, feed conversion ratio) to identify areas for improvement.
-Efficiency: Monitor resource utilization (feed, water, energy). Efficient production reduces costs and environmental impact.

3. Integrated Approach:
-Collaborate: Work with veterinarians, nutritionists, and geneticists. Their expertise can guide your decisions.
-Benchmarking: Compare your farm’s performance to industry benchmarks. Identify gaps and set realistic goals.
-Continuous Learning: Stay informed about advancements in genetics, technology, and best practices.
Remember, genetic and production improvements are interconnected. A healthy, well-managed herd contributes to better genetic expression. Regularly assess your progress and adapt your strategies as needed. Consult a pig specialist to follow up and improve your herd`s performance.

Genetic improvement versus production management

Incorporating both genetic and production improvements on your farm involves a holistic approach that considers various factors. Here are some steps you can take:

1. Genetic Improvements:
-Breeding Selection: Continuously evaluate your breeding stock. Select animals with desirable traits such as growth rate, feed efficiency, and disease resistance.
-Genomic Selection: Use genomic data to identify superior animals. Genomic selection allows you to predict an animal’s genetic merit based on its DNA markers.
-Crossbreeding: Consider crossbreeding to introduce genetic diversity and hybrid vigor. Crossbreeds often exhibit better performance than purebred animals.
-Gene Editing: Explore gene editing techniques to introduce specific modifications. Consult with experts to ensure ethical and safe practices.

2. Production Improvements:
-Nutrition: Optimize your pigs’ diet so it fits to the current genetic improvement. Ensure they receive balanced nutrition for growth, reproduction, and overall health.
-Health Management: Implement robust health protocols. Regular vaccinations, parasite control, and biosecurity measures are crucial.
-Environment: Provide a comfortable and stress-free environment. Proper housing, ventilation, and space allocation contribute to better production.
-Record Keeping: Maintain detailed records. Track performance metrics (e.g., average daily gain, mortality, feed conversion ratio) to identify areas for improvement.
-Efficiency: Monitor resource utilization (feed, water, energy). Efficient production reduces costs and environmental impact.

3. Integrated Approach:
-Collaborate: Work with veterinarians, nutritionists, and geneticists. Their expertise can guide your decisions.
-Benchmarking: Compare your farm’s performance to industry benchmarks. Identify gaps and set realistic goals.
-Continuous Learning: Stay informed about advancements in genetics, technology, and best practices.
Remember, genetic and production improvements are interconnected. A healthy, well-managed herd contributes to better genetic expression. Regularly assess your progress and adapt your strategies as needed. Consult a pig specialist to follow up and improve your herd`s performance.

Биосигурност в свинефермaтаЗдравето на животните и връзката му с биосигурността нарасна значително поради появата и на т...
17/07/2024

Биосигурност в свинефермaта

Здравето на животните и връзката му с биосигурността нарасна значително поради появата и на трудни за контролиране и ограничаване болести като африканска чума по свинете и епидемична диария. Биозащитата включва мерки за намаляване на въвеждането на патогени (външна биосигурност) и тяхното разпространение във фермата (вътрешна биосигурност). Ветеринарните лекари играят решаваща роля в проектирането на ефективни програми за биосигурност чрез разбиране на предаването на болестта, рисковете, мерките за смекчаване и методите за оценка. Специалист в областта също може да провежда контрол и проследяване на планираните събития и мерки.

Външна биосигурност:
Фокусира се върху предотвратяването на навлизането на патогени във фермата.
Включва мерки като контролиран достъп, карантинни протоколи и ограничения за посетители.

Вътрешна биосигурност:
Има за цел да предотврати разпространението на патогени във фермата.
Включва практики като разделяне, хигиена и управление на отпадъците.

Анализ и оценка на риска:
Нужни са набор от налични инструменти за оценка на ефективността на биосигурността
Разбирането на епидемиологията на заболяването е от съществено значение.

Фактори за успешно внедряване:
Обучение на персонала в правилни практики.
Непрекъснато подобряване на практиките за биосигурност.
Не забравяйте, че поддържането на биосигурност не само предпазва здравето на свинете, но също така допринася за производителността и намалява употребата на антибиотици. 🌱👩‍⚕️
Свържете се с мен за посещение и пълен одит на вашата ферма.

Biosecurity in Pig FarmsThe importance of animal health and its relationship with biosecurity has grown significantly du...
17/07/2024

Biosecurity in Pig Farms

The importance of animal health and its relationship with biosecurity has grown significantly due to the emergence and re-emergence of challenging-to-control diseases like African swine fever and porcine epidemic diarrhea. Biosecurity involves measures to reduce the introduction of pathogens (external biosecurity) and their spread within a farm (internal biosecurity). Veterinarians play a crucial role in designing effective biosecurity programs by understanding disease transmission, risks, mitigation measures, and evaluation methods.

External Biosecurity:
Focuses on preventing pathogen entry into the farm.
Includes measures like controlled access, quarantine protocols, and visitor restrictions.
Internal Biosecurity:
Aims to prevent pathogen spread within the farm.
Involves practices such as segregation, hygiene, and waste management.
Risk Analysis and Assessment:
Tools available for evaluating biosecurity effectiveness.
Understanding disease epidemiology is essential.
Factors for Successful Implementation:
Training farm personnel.
Continuous improvement of biosecurity practices.
Remember, maintaining biosecurity not only protects pig health but also contributes to productivity and reduces antibiotic use. 🌱👩‍⚕️
Contact me for a visit and full audit of your farm.

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