Harvesting Millions Tons of Grapes In The Volcanic Region – Processing Grape Wine In The Factory

You may not know it, but right in the heart of the land that once boiled with lava, now lie rolling hills covered with lush, plump vineyards. Here, every year the locals harvest thousands of tons of high-quality grapes, yet that number has never been what they take the most pride in. What truly matters is the distinctive, inimitable flavor, a taste born only from mineral-rich volcanic soil in a dry, windy climate. How do the farmers here manage to achieve such a remarkable feat? Today, Noel Farm will take you on a journey to explore this mysterious land. Nestled at an altitude of 400 to 800 meters above sea level, the vineyards on these volcanic slopes enjoy uniquely mineral-rich soil with exceptional natural drainage. The southwest-facing location allows the vines to receive plenty of warm sunlight during the day, while at night, the temperature difference helps the grapes ripen evenly, preserving their natural flavor and balanced sweetness. The locals build natural stone walls that both hold the soil in place and help regulate the vineyard's temperature. Each vine is planted in a pit about 40 centimeters deep, mixed with organic fertilizer and volcanic ash, allowing the roots to take hold quickly and grow strong. The dry, sunny, and windy climate of the volcanic region provides ideal conditions for the green grape variety to develop a thin skin, allowing the fruit to absorb just the right amount of sunlight. After about three years under the meticulous care of the farmers, the green grape vines of the volcanic region begin to yield their first harvest. Harvesting always takes place early in the morning, when the air is still cool and a thin layer of dew covers each cluster, helping to preserve the grapes' natural moisture. Skilled workers carefully use specialized shears to gently cut each grape cluster at the stem, ensuring the delicate, plump skin remains perfectly intact. After each harvest season, tons of ripe grapes are gathered from the ash-covered volcanic hillsides. Depending on the vintage and weather conditions, each hectare of vineyard can yield between 8 and 12 tons of grapes. The finest grape clusters are transported to the winery the very same day, ready to begin their next journey, from the vineyard to a glass of rich, full-bodied volcanic wine. The grapes go through a multi-stage washing system using cold water and gentle pressure sprays, ensuring that all dust, residues, and impurities are completely removed. After de-stemming, the grapes are placed into a sealed hydraulic press to extract the clear juice while minimizing the release of tannins from the skins and seeds. The grape juice is transferred to fermentation tanks, where natural yeast convert the sugars into alcohol, creating the wine's distinctive flavor. The wine undergoes malolactic fermentation, a stage that softens its sharp acidity, making it smoother and more well-rounded, before being aged in oak barrels. Behind every rich, aromatic drop of wine lies the story of the oak barrels, meticulously handcrafted by skilled artisans. The aged oak logs are carefully selected using only the fine-grained heartwood from the middle of the trunk, then naturally air-dried for two to three years to mellow the scent and preserve a delicate aroma. Once the wood is mature, the craftsmen bend each stave over fire, assemble the barrel, and toast its interior, a process that creates the wine's distinctive aroma. The aging period can last from several months to several years, depending on the style of the wine. In addition to the careful crafting of oak barrels, the cork stoppers used to seal the wine bottles are also meticulously made. They are produced from the bark of cork oak trees, a species that can only be harvested after 25 years of growth, once the bark has become thick and resilient enough. The dried oak bark is cut into small cylindrical shapes, then polished and tested for elasticity to ensure each cork can gently expand to fit perfectly in the bottleneck, creating an airtight seal without any leakage. Each wine barrel is typically aged for at least 12 to 24 months, with the exact duration depending on the standards and style of each winery. When the wine reaches its desired maturity and flavor, it is transferred to the bottling area, where every step is carried out in a completely sterile environment. Here, the wine is poured into dark glass bottles that protect it from light exposure, helping to preserve its structure and aroma. After being corked, sealed, and labeled, each bottle is allowed to rest for several more months in a cool cellar, giving the flavors time to fully harmonize before reaching the market. From the heart of the volcanic earth to the shimmering drop of wine in a glass, this journey is not only an art of winemaking, but also a story of people, nature, and time, coming together to craft a flavor that stands strong in markets around the world. In a world obsessed with superfoods, one tiny egg is quietly taking over global kitchens. Once a humble Asian street snack, the quail egg is now a billion-dollar industry spreading from Seoul to San Francisco. Each year, tens of billions of these nutrient-packed gems roll off farms, fueling everything from gourmet restaurants to luxury exports. Fast to breed, cheap to raise, and rich in profit, this little bird might just be the next big revolution in modern livestock farming. At these farms, the breeding systems are designed in a seven-tier automatic model, with each tier equipped with automated control of temperature, humidity, and lighting, optimizing space, and maximizing egg productivity. Every day, tens of thousands of quail eggs are collected and sent directly to the selection and sanitation area before being placed into modern incubators. The eggs are incubated at a temperature of about 37.5 degrees Celsius, with stable humidity between 55 to 60 percent, and within just 16 to 17 days, tiny chicks are hatched into the world. Right after hatching, the chicks are moved to the sex sorting area, where skilled workers use their keen eyes and swift hands to classify them. The healthy quails are then placed into specialized paper boxes, ensuring safety, ventilation, and easy transport to farms or distribution centers. They continue their life cycle under a standardized care process, ensuring proper nutrition and uniform growth. In the farm's rearing area, the young quails are raised in an environment with a stable heating system, maintained at around 35 degrees Celsius during the first week. The feed, made from a mix of corn, soybeans, fish meal, bone meal, and trace minerals, helps the quails grow evenly, develop smooth feathers, and maintain stable growth. At the same time, a closed automatic watering system ensures a clean water supply, minimizes disease risks, and provides enough water to meet the flock's daily needs. After about 40 to 45 days of age, female quails enter their first laying stage, a crucial period that determines the overall egg productivity for the entire breeding cycle. If provided with a stable diet, lighting, and temperature, the quail flock can achieve an egg laying rate of over 85 percent, meaning each bird lays almost one egg per day on average. Once the quails reach egg laying age, the farm workers begin their shifts alongside their constant companion, a 30 meter long conveyor belt running steadily like the heartbeat of the entire facility. The preliminary screening system automatically removes any cracked, misshapen, or undersized eggs, keeping only those that are uniform in shape, have bright shells, and maintain consistent weight. The process continues with an automatic packaging system, where the conveyor belt, sorting unit, and mechanical grippers work in perfect harmony. The eggs are gently placed into plastic trays of 12, 18, or 24 pieces, then sealed with light pressure to prevent cracking. The entire process runs continuously, fast yet precise, allowing thousands of trays to be completed within minutes, ready to move into cold storage before being distributed to the market. In some processing plants, after being purchased, quail eggs undergo a high-pressure warm water washing and sterilization process, which completely removes dirt and bacteria from the shell. Thanks to this process, ready-to-eat boiled quail eggs are not only convenient for consumers, but also help restaurants, industrial kitchens, and export companies save preparation time while maintaining the highest levels of quality, flavor, and nutritional value. Besides quail eggs, quail meat is also a familiar ingredient in European cuisine, where it is considered a premium delicacy. Loved not only for its tenderness and unique aroma, quail meat is also rich in protein, iron, zinc, and B vitamins, helping to nourish the body, boost metabolism, and support cardiovascular health.