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Gestation housing is a vital part of pig farming, designed to house pregnant sows from breeding until they are ready to farrow.This specialized environment ensures sows remain healthy and stress-free, supporting the development of their unborn piglets.
Typically, gestation housing maintains temperatures between 18-22°C and humidity levels of 60-70%, as recommended by the Food and Agriculture Organization (FAO) for optimal sow welfare.
However, in regions like Southeast Asia, where diseases such as African Swine Fever (ASF) threaten livestock, air quality becomes a critical concern. Air filtration in pig farm gestation housing has emerged as a powerful tool to combat airborne pathogens, enhance sow health, and improve farm productivity.
In this post, we’ll explore why air filtration is essential, the best systems available, and the benefits it brings to pig farmers, especially in high-risk areas.
Gestation housing refers to the facilities where pregnant sows are kept during their 114-day gestation period. These setups—often individual stalls or group pens—provide about 2 m² per sow to minimize stress and aggression, according to the (Pig Farming Guide (2021)). The environment must be carefully controlled:
In Southeast Asia’s tropical climate, high humidity and temperatures create ideal conditions for diseases like ASF and Porcine Reproductive and Respiratory Syndrome (PRRS).
This is where air filtration in pig farm gestation housing steps in, offering a proactive defense against these threats.
Pregnant sows are highly susceptible to respiratory issues and environmental stress, which can compromise their health and reproductive success. Air filtration in pig farm gestation housing addresses these challenges in several key ways:
In ares where ASF has caused billions in economic losses—estimated at over $5 billion in Vietnam alone—air filtration in pig farm gestation housing is a vital investment for farm sustainability (Texas A&M NRI African Swine Fever Impact Report).
Choosing the right filtration system is essential for effective disease prevention and sow health.
Pair air filtration in pig farm gestation housing with mechanical ventilation for best results. Replace filters (e.g., Clean-Link V-bank) every 14-21 cubic meters of airflow to maintain efficiency.
Clean-Link offers a range of high-performance air filtration products designed for pig farms in Southeast Asia. Our products are designed to enhance animal health and boost production efficiency.
Clean-Link stands as a premier air filtration solutions provider for China’s pig farming industry, delivering innovative and reliable systems tailored to enhance biosecurity and animal health.
With a strong focus on combating diseases like African Swine Fever (ASF), our advanced filtration technologies, including HEPA and V-bank filters, ensure cleaner air and improved farm productivity.
Clean-Link proudly collaborates with leading livestock brands in China’s pig farming industry, delivering cutting-edge air filtration solutions to enhance biosecurity and productivity.
These partnerships leverage advanced technologies, such as HEPA and V-bank filters, to combat diseases like African Swine Fever (ASF) effectively.
Clean-Link boasts state-of-the-art manufacturing capabilities, ensuring the highest quality air filtration solutions for the pig farming industry.
Our advanced factories are equipped with cutting-edge technology to produce HEPA filters, V-bank compact filters, and all kind of filter media, meeting stringent biosecurity standards.
Investing in air filtration in pig farm gestation housing offers a range of advantages, from health improvements to cost savings:
Filtration cuts respiratory disease risks like PRRS by up to 40% and limits ASF spread, safeguarding sow populations (PMC PRRS Study, 2018, PMC).
Cleaner air boosts respiratory health, reducing stress and improving reproductive outcomes. Research shows a 5-10% increase in growth rates and 8-15% better feed efficiency with enhanced air quality (PMC Feed Efficiency Study, 2017).
Fewer disease outbreaks translate to lower vet bills—savings of $5,000-$10,000 annually for a 1,000-pig farm, plus $4,000-$7,500 in feed costs (Holtkamp et al., 2013, Journal of Swine Health and Production, AASV).
Heat-exchange systems reduce energy use, making air filtration in pig farm gestation housing a practical choice for resource-limited farms.
