How Farmers Harvest Sugar Beets: Sugar Production and Processing Factory | Farming Documentary

Welcome to our channel. In today's fascinating farming documentary, we will uncover the hidden secrets behind the entire process of sugar beet cultivation. You will explore in detail how modern farming techniques and advanced machinery are skillfully utilized to grow, harvest, and process sugar beets in a highly efficient and sustainable manner. Join us as we delve deeper into the significant role that sugar beets play in the agricultural industry and the process of transforming them into one of the world's major sources of sugar. The journey of the sugar beet begins in the spring when the fields awaken from their winter slumber and are ready for a new planting season. This is a critical phase that requires meticulous care and precision. Sugar beets are demanding crops when it comes to nutritional requirements for optimal growth. To ensure this, farmers regularly conduct soil tests to check levels of potassium, nitrogen, and especially phosphorus. Only when the soil composition is suitable does the planting process begin. The seeds are sown using modern machinery, ensuring a high level of accuracy. A single hectare of fertile land can accommodate up to 100,000 sugar beet plants, creating a lush, green field full of promise. Although it may not seem too demanding, sugar beets are actually quite a picky crop. They require nutrient-rich soil, adequate moisture, and can draw water from deep within the ground thanks to their long taproot system. Sugar beets thrive in moderate temperatures and need plenty of sunlight. Sunlight plays a crucial role in the process of photosynthesis, converting carbon dioxide from the air, water, and nutrients from the soil into saccharides. The sugar is then stored in the beet roots as an energy reserve with levels that can reach up to 20%. When autumn arrives, it marks the beginning of the sugar beet harvest campaign. This is the busiest time, lasting around four months depending on yield. The harvesting, transportation, and processing of sugar beets at the factory are carried out continuously 24-7, according to a precise schedule. In the field's modern, high-tech sugar beet, harvesters gently cut off the leaves and lift the beets from the ground with minimal damage. After harvesting, the beets are piled into large heaps along the edges of the fields. On transport day, specialized loaders quickly collect all the beets from the piles, perform preliminary cleaning, and load them onto transport trucks. Thanks to advanced technology, the harvest process becomes fast and efficient, significantly reducing manual labor and maximizing productivity. Sugar beet harvesters can process about 250 tons of beets per hour, accelerating the harvest process and minimizing wait times. The beets are then typically transported by trucks to the storage area of the sugar factory, where they will be processed into sugar. At the sugar factory, the processing begins as soon as the beets are brought in. Each batch is weighed and randomly tested to assess cleanliness, sugar content, and other important components. These results not only determine the quality of the final product, but also influence the amount of money farmers receive for their crops. The process of turning beets into sugar is a complex, highly automated procedure. The beets are first washed in rotary steri drums, then sliced into thin pieces by sharp rotating blades. These beet slices are then sent into an extraction tower, where sugar is released from the plant cells at a temperature of around 70°G, producing raw juice. The raw juice is still cloudy and needs to be purified. This juice is then concentrated through a multi-stage evaporation process, eventually producing concentrated juice with a sugar content of about 67%. The final step in sugar production is crystallization. The concentrated juice is further evaporated at low pressure and a temperature of around 70°C. Crystallization begins by adding fine particles called seed crystals. The sugar crystals gradually grow to the desired size and are then separated from the excess syrup using a centrifuge. The result is transparent sugar crystals which, after drying and cooling, take on the pure white color we are familiar with. The journey from sugar beet seeds to pure sugar crystals is a long process that requires a combination of traditional agricultural knowledge and modern technology. Every stage, from selecting the seeds and nurturing the crops to harvesting and processing, plays a crucial role in producing a final product that is high quality, safe and sustainable. We hope that through this documentary, you have gained a comprehensive and insightful view of the sugar production process from beets. If you found this video interesting and informative, feel free to share your thoughts and questions in the comment section below. We are always eager to hear your feedback and will do our best to answer any questions. Don't forget to hit the like button and subscribe to our channel so you won't miss the next exciting documentaries about agriculture. Thank you for watching. Do you think a small green onion could contain so many fascinating details from lush green fields to family dining tables? The journey of green onions will surprise you. Join us as we explore farming secrets, unique recipes, and discover a whole new culinary world with green onions in the video below. Green onions, also known as scallions or young onions, are an essential ingredient in many cuisines around the world, particularly in East Asian countries. In recent years, countries like China, Japan, and South Korea have become major exporters of green onions, contributing to the global supply chain. China alone accounts for more than 70% of the world's green onion production, with thousands of hectares dedicated to growing this crop. With such a large output, the world heavily relies on efficient farming methods to meet the growing demand. Green onions are easy to grow and adapt well to various cultivation methods. From traditional soil planting to indoor farming and even modern factory production, green onions thrive and deliver high yields. In this video, we will introduce you to organic green onion cultivation in factories, an advanced method that tightly curls environmental factors to ensure the optimal quality and productivity of the crop. The journey of a green onion begins with preparing nutrient-rich soil. Farmers carefully mix fertilizers into the soil, ensuring the right balance of minerals and nutrients needed for green onions to grow at their best. After preparing the soil, it is transferred into specialized machinery that automates the seed sowing process. These machines not only accurately plate clay soil and green onion seeds into trays, but also ensure that the seeds are evenly distributed, creating the best conditions for early growth. Once the seeds are sown, the trays are carefully arranged and moved into tightly controlled environments. Here, spaces are set up to maintain optimal temperature and humidity levels, crucial factors to ensure successful seed germination. Green onions grow quickly in these ideal conditions, and the seeds typically sprout in just a few days. They are watered regularly to keep the soil moist, but not waterlogged, which is essential for healthy root development. As the young green onions sprout, they are moved to another area in the facility, where they are provided with ample sunlight and the right temperature for growth. This stage is particularly important for the continued development of the green onions as they absorb sunlight for fynthesis and benefit from the stable climate. It's a delicate balance between providing the right amount of light, water, and nutrients, allowing the plants to grow without stress. After about 70 days, the green onions will have matured, with tall, vibrant green leaves. At this stage, the green onions are transferred to floating trays for hydroponic cultivation. In this method, organic nutrients are pumped into the water, allowing the plants to continue growing without the need for soil. Hydroponics not only saves space, but is also environmentally friendly, as it allows precise control over the nutrients provided to the plants and helps reduce water waste during cultivation. Ten days after starting the hydroponic stage, the green onions are fully grown and ready for harvest. Workers carefully pull each plant from the hydroponic trays, and the green onions are then processed by specialized machinery to trim off the excess roots. This process ensures a clean and uniform harvest, preparing the green onions for the next stages of processing efficiently. Next, the green onions are sorted and categorized based on size and quality. This step is crucial, as only the best green onions are selected for packaging and processing. Workers carefully arrange the green onions into neat bundles, ensuring the next step is optimized. At this point, the green onions also undergo a preliminary wash under a water system to clean them before workers further clean the roots. The green onions are then passed through a modern washing system that ensures all dirt and impurities are thoroughly removed from the surface of the plants. This process not only cleans the green onions, but also ensures they meet food safety standards, maintaining the highest quality before moving on to further processing or being shipped to consumers. After harvesting and cleaning, green onions can be used, and be used in various ways. One of the most popular methods, especially in Korea, is to use them as the main ingredient for pa kimchi green onion kimchi. Pa kimchi is a unique type of kimchi with a spicy and aromatic flavor, made from fresh green onions, chili powder, garlic, and other spices. Let's now dive into a factory in Korea to see how this process is carried out. The process of making pa kimchi begins with laying fresh green onions in even layers, ensuring they are carefully arranged and convenient for the next steps of preparation. Then, a special spice mixture including chili powder, garlic, ginger, and fish sauce is added, creating a bold, spicy, and fragrant flavor for the kimchi. The spices are carefully selected to bring out a perfect balance of heat, saltiness, and aroma, highlighting the essence of this traditional dish. The next step is to mix the green onions thoroughly with the prepared spice mixture, ensuring that each onion is fully coated with the spices. This is a crucial step that requires skill and patience, as the best flavor balance must be achieved for the pa kimchi to fully express the harmony of its ingredients. Without careful mixing, the flavor may be inconsistent, affecting the quality and experience of the dish. The green onions are then carefully packed into specialized bags or containers to begin the natural fermentation process, which can last from several days to several weeks, depending on the temperature and humidity conditions. During this time, the flavors will slowly meld together, and the green onions will fully absorb the spices, transforming them into a rich and flavorful side dish, perfect for pairing with many other traditional meals. The final result of this process is a batch of green onion kimchi with a spicy, aromatic, and bold fold flavor that tantalizes the senses. This dish is often used as a must-have side dish for traditional Korean barbecue meals, especially when served alongside grilled pork or beef. Green onion kimchi not only stands out with its distinctive spicy taste, but also with its perfect harmony of flavors, adding sweetness and depth to every bite of grilled meat, making them even more delicious, hearty, and memorable. Green onions are not only a key ingredient in Korean cuisine, but are also used worldwide. The demand for green onions is expected to continue growing as more people become aware of their nutritional benefits. With high levels of vitamins A, C, and K, as well as antioxidant properties, green onions are a popular choice for health-conscious consumers, offering low calories but packed with essential nutrients. Additionally, green onions support digestion, boost the immune system, and help improve heart health, making them a staple in many healthy diets. Thank you for watching the video, and we hope you've gained fascinating insights into the journey of green onions from farming to their role in culinary dishes. Now, we'd love to hear from you. Have you ever tried growing green onions at home? Share your experience with us in the comments below. Don't forget to like and subscribe to our channel, so you won't miss our upcoming agricultural documentaries.