Compressed air in agriculture
Efficiency and versatility
Compressed air is indispensable in modern agriculture. It is used across a wide range of applications and serves as a reliable, efficient and environmentally friendly source of energy. Whether for cleaning and maintaining machinery and vehicles, pneumatically conveying feed and seed, operating automated milking and feeding systems in livestock farming, or supporting advanced irrigation systems – compressed air ensures productivity and flexibility.
Agricultural environments place heavy demands on compressors. To withstand these challenging conditions, a compressed air supply must be powerful, durable, energy-efficient and robust. Other key requirements include: reliability, ease of maintenance and cost-effectiveness.
KAESER provides customised compressed air systems built to the highest industrial standards, specifically designed to meet the demanding requirements of modern agricultural operations. Our solutions are as varied as your applications: Portable or stationary, rotary screw or reciprocating compressor, oil-free or fluid-cooled, combustion or electric drive – KAESER has the right system for every challenge. With innovative, sustainable technology and a consistent focus on quality and reliability, we help optimise your work processes and boost overall efficiency.
Our services and solutions
KAESER provides individually-tailored compressed air systems precisely matched to the specific needs of your agricultural operation. Our compressors deliver outstanding performance with exceptional energy efficiency. Thanks to cutting-edge technology, they not only help reduce energy consumption but also support sustainable environmental protection. The result: Maximum availability, lowest operating costs – and more freedom for your daily work.
Reliable even under extreme conditions
Agricultural environments often present challenging conditions: Dust, moisture and fluctuating temperatures all put technology to the test. To ensure long-term reliability under such demanding conditions, compressed air systems must meet specific performance and durability requirements. A key factor is resistance to dust and dirt. That’s why KAESER compressors are equipped with high-performance intake filters to effectively remove particles from the air and protect the compressed air system from wear.
Another essential feature: The housings of our compressors are robust, corrosion-resistant and easy to clean. The high protection class prevents ingress of dust and moisture. Cooling also plays a critical role: Heat can quickly build up in dusty environments. Powerful cooling systems and intelligent air flow management ensure that KAESER compressors operate reliably even at higher ambient temperatures. At the same time, maintenance is simple and efficient. Easy-access filters, long maintenance intervals and service-friendly design provide clear user advantages.
Clean performance for clean milk
For sensitive applications such as milking systems or automated feeding installations, compressed air needs to be completely reliable, hygienic and available at all times. The compressed air supply is essential for smooth operation, animal health and, ultimately, the profitability of the entire business.
Compressed air in milking systems powers essential processes, including the opening and closing of milking cups and the flushing of lines. A continuous, technically oil-free air supply is essential – protecting animals, ensuring hygiene and preventing costly downtime. KAESER compressed air systems deliver exactly this level of quality thanks to high-grade air treatment components: dry, clean and at a constant pressure – even in continuous operation.
Interesting facts
FAQs, facts and useful insights about agriculture
In modern livestock farming, compressed air technology ensures smooth and precise feeding processes. Pneumatically controlled flaps and dosing systems enable pinpoint and low-loss feed distribution – precisely matched to animal group and requirement. This conserves resources, increases efficiency and promotes animal health.
In addition, modern compressors provide energy-efficient compressed air generation that can be flexibly adapted to demand. With optional – and in some cases integrated – heat recovery, up to 96% of the energy generated can be reused, for example to heat barn areas or water. Compressed air systems are therefore a forward-looking solution for precise, hygienic and cost-effective animal feeding.
Automation is becoming increasingly widespread in modern agriculture – from feeding and milking to harvesting. Compressed air plays a key role here, providing reliable, energy-efficient and low-maintenance power for automated systems:
- Automated feeding systems
Advantages: Consistent feeding, reduced waste, time savings and lower labour requirements. - Milking robots and milking systems
Advantages: Reduced manual labour, improved animal health and high milk quality. - Barn climate and ventilation control
Advantages: Stable comfort conditions, enhanced animal performance and energy savings. - Cleaning and manure removal systems
Advantages: Improved hygiene, reduced cleaning effort and significant time savings. - Seed and fertiliser distribution
Advantages: Higher precision, reduced losses and improved yields. - Gates, pasture doors and feeder flaps
Advantages: Greater convenience, increased safety and controlled animal movement.
Compressed air is widely used in agriculture for cleaning equipment, machinery and barns. A powerful jet of air removes dust, dirt, feed residues and other deposits from hard-to-reach areas such as ventilation slots, gear assemblies or electronic components. Especially after harvest or during routine maintenance, compressed air allows for fast, thorough cleaning without the need for water or chemicals. Since no moisture enters critical areas, this protects sensitive components and eliminates the risk of corrosion.
Advantages of cleaning with compressed air:
- Dry cleaning: No moisture, therefore ideal for electrical components and machinery.
- Time-efficient: Quickly cleans large surfaces and hard-to-reach areas.
- Resource-friendly: No need for water or additional cleaning agents.
- Maintains operational reliability: Regular blow-off prevents overheating, wear and malfunctions.
Compressed air is therefore an effective and gentle way to keep agricultural systems clean and fully operational.