The Future of Livestock Production is Data-driven

Feed supply involves the delivery of raw materials, ingredients, or mixed feed to production sites like factories, plants, or animal farming operations. Maintaining a steady and dependable supply of feed is essential for the efficient functioning of any production site and for the well-being of animals in farming contexts.

Incorporating Capacitive Sensors into Feed Supply Management

Enhancing the feed supply chain’s effectiveness can be achieved by integrating capacitive sensors. Capacitive sensors are electronic devices that measure the capacity or amount of electrical charge stored in a material. They work by detecting changes in capacitance, which is the ability of a material to store an electrical charge.

Capacitive sensors have a wide range of applications in managing feed supplies. For instance, they are effective in gauging the quantity of raw materials in storage facilities like bins, silos, or tanks. This monitoring helps in averting material shortages and guarantees uninterrupted production due to sufficient raw material or compound feed availability.

Monitoring The Flow Rate

Capacitive sensors can also be used to monitor the flow rate of raw materials being transported through pipes or conveyor belts. This can help to optimize the rate at which materials are supplied to the production process, ensuring that there is neither an excess nor a deficiency of raw materials.

Overall, the use of capacitive sensors in the feed supply process can help to improve efficiency, reduce costs, and prevent disruptions in production. They offer a reliable and cost-effective means of monitoring and controlling the flow of raw materials, ensuring that production can be maintained at optimal levels.

Climate change is reshaping how pig farms operate. Higher temperatures, unpredictable weather, and shifting disease risks are creating new challenges that require farms to adapt quickly and strategically.

Heat Stress and Rising Temperatures

Pigs struggle to regulate heat, making them vulnerable during hotter summers and heatwaves. This can reduce feed intake, slow growth, and lower fertility. Farm managers can respond with better ventilation, cooling systems, and heat-resistant building designs.

Extreme Weather and Infrastructure Risks

Stronger storms, flooding, and droughts can damage barns. disrupt power, and contaminate feed or water supplies. Many farmers are reinforcing buildings, improving drainage, and installing backup generators to stay operational during extreme events.

Changing Disease Patterns

More humid conditions support the spread of viruses, bacteria, and parasites. Strengthened biosecurity - with more frequent monitoring of the barn environment, and updated vaccination programs help reduce these risks.

Pressure on Feed and Resources

Climate impacts on global crop production can raise feed prices and reduce availability. Farms are exploring alternative feed ingredients, precision feeding, and larger on-farm storage to buffer against shortages.

Produce More, Use Less Energy

Energy might be one of the largest operating costs in poultry farming, and with rising prices and increasing sustainability demands, producers are under growing pressure to reduce consumption. Fortunately, there are several effective ways to save energy without compromising animal welfare or production results. In fact, smart energy management often leads to healthier flocks and improved profitability.

Optimize Climate Control

Heating, cooling, and ventilation are among the biggest energy users in a poultry house. By investing in automated climate control, producers can ensure that fans, heaters, and inlets work together efficiently. Modern systems adjust ventilation to the flock’s needs in real time, preventing unnecessary energy use while keeping conditions stable.

Improve Insulation and Sealing

A poorly insulated or leaky poultry house wastes energy. Insulating walls, ceilings, and floors, along with properly sealing doors, windows, and ventilation flaps, helps maintain the desired climate with less heating or cooling. Even small improvements in insulation can result in significant long-term savings.

Use Energy-Efficient Lighting

Lighting accounts for a considerable share of electricity use. Switching to LED lighting tailored for poultry not only reduces power consumption but also provides the correct light intensity and spectrum for bird welfare and productivity. Timers and dimming systems further optimize energy use.