Sixty thousand birds without water: a 1992-born duck operation that got past power outages

When you think of ducks, you picture flocks on ponds and waterways, but in Nghe An province in central Vietnam a farmer has appeared who runs 60,000 birds with a rearing method that uses no water surface at all. The operator is Dinh No Phu Quy, born in 1992. His housed-duck operation, started in 2021, generates a profit of roughly 2 billion dong a year after costs (about 11.8 million yen, at 170 dong to the yen). Why did the idea of separating waterfowl from water lead to stable supply and earnings? We read it from the procurement angle of Japan's meat and processing sector.

The shift to rearing cut off from water

What prompted Quy to commit to indoor rearing was a technology introduction from the local farmers' association. He himself recalls, "When I was hesitating, the farmers' association of the former Thanh Chuong district taught me a model of duck rearing using advanced technology. After looking into it, I judged this was the right direction and decided to invest." He raises ducks in a facility close to a roofed poultry house, fattening them to 3.4 to 3.7 kg per bird in about two and a half months before shipping.

The core of water-free rearing lies in cutting the flock off from the water system. With free-range or pond rearing, avian influenza and parasites spread easily via water, but with indoor rearing contact with the outside can be kept under control. Quy cites reduced disease-infection risk, lower labor costs, and the ease of environmental management as advantages. Shipping is not done all at once but on a "rolling method," raising multiple lots staggered in timing, organized so that he can ship every month.

The weakness of waterfowl rearing in the background

Duck rearing in Vietnam has traditionally been tied to paddies, rivers, and reservoirs. Free-range rearing that lets ducks eat the fallen grain in fields after the rice harvest holds down feed costs, but it easily becomes a breeding ground for infections carried via migratory birds and water quality, and production is swayed by weather and water levels. Because the flock moves across a wide area, it is also hard to align the shipping timing and the body weight.

Indoor rearing is an idea that turns this weakness inside out. If temperature and hygiene can be managed, birds can be fattened and shipped on a plan regardless of the season. Because it can be started even on land without paddies or waterways, it is also freed from locational constraints. That said, Quy's path was not smooth sailing. There was a period when the cooling equipment stopped amid prolonged strong sunlight and frequent power outages, and ducks died en masse. He himself says, "Seeing my efforts washed away, I thought about quitting. Even so, I talked myself into it and stood up once more." Indoor rearing, in exchange for cutting off the infection risk of the water system, puts the life and death of the flock in the hands of electricity and equipment. If free-range rearing is a business that bets on the weather, indoor rearing is a business that bets on infrastructure — a structure that surfaces from this setback.

Housed-duck farming by the numbers

We organize the figures that have been disclosed, together with their yen conversions. The amounts are a guide converted at 170 dong to the yen, and vary with the exchange rate.

A structure that pays 18 employees wages in the 50,000-yen range per month while leaving a profit year-round differs in character from the conventional type that bets on water levels and weather. The feed unit price and the cost per bird, which cannot be independently verified, are not touched on here, but the single point of year-round shipping alone carries large meaning for the buyer's side.

The local and industry reception

This effort is also viewed positively by local agricultural stakeholders. Nguyen Viet Hung of the Nghe An farmers' association says, "It is a model in line with the trend of modern agricultural development, realizing the application of science and technology and the linkage of the value chain." The feature is that it is valued not as mere scale expansion but for the connection of technology and distribution.

Nguyen Van Dang of the Bich Hao village farmers' association says, "Quy is a textbook example of enterprising large-scale expansion that went so far as to build a distribution chain." The cast of buyers is concrete too: processors of roast duck and collectors from within and outside the region reportedly take delivery regularly. A reciprocal relationship in which demand premised on processing supports year-round shipping, and year-round shipping supports the stable operation of processing, forms the foundation of this operation.

Implications for Japan's meat and processing procurement

What Japan's meat and processing procurement staff should note is less the earnings figure itself than the design philosophy that "by cutting off water, supply became predictable." Aigamo (crossbred) duck and domestic duck (aigamo meat) circulate in limited volumes and are easily swayed by seasonal and regional production circumstances. A model that yields birds of a set weight on a plan year-round is easy to handle as a raw material for processing. In procurement premised on secondary processing such as roasting, smoking, or pre-cut frozen goods, variability in intake directly hits yield and cost.

Indoor rearing is also a bargaining point for import and contract processing in that it can make hygiene management visible. Compared with free-range rearing, records of the rearing environment are easier to keep, and disease countermeasures are easier to explain. For waterfowl, where imports from areas with avian influenza outbreaks easily halt, whether the rearing has cut off the water system directly determines how hard supply is to break. On the other hand, as the case of a flock lost to a power outage shows, the stability of the power infrastructure and the cooling equipment becomes a precondition for quality assurance. When evaluating a production region, you will want to confirm as far as the facility's power countermeasures, backup means during outages, and the system for filling the supply gap when a mass die-off occurs. Rather than cheapness of unit price, whether unbroken supply can be guaranteed determines its value as a processing raw material.

Ripple effects across livestock as a whole

The idea of using no water has a spread that goes beyond ducks. In Vietnam, intensive livestock farming that holds down environmental load and disease risk is being tried in many places, and in Nghe An province dense-stocking techniques such as small-scale frog farming are spreading. In chicken too, moves have emerged to steer toward production in line with international standards in partnership with European players, and quality control with an eye on export is prompting a lift across livestock as a whole. Housed-duck rearing lies on the extension of this flow, and can be read as an attempt to replace waterfowl — which sit on the boundary of fisheries and livestock — with a "managed land-based product." The flow of shifting the uniform raw material that processors seek from traditional grazing and free-range rearing to planned production is expected to continue, increasing the range of items. For Japan's procurement side, grasping such changes in a production region's production philosophy early is a clue to widening the options for raw materials.

Practical information

When considering Vietnamese duck and waterfowl products as processing raw materials, pinning down the following points at an early stage makes negotiations easier. First, the rearing method: whether indoor or free-range changes the disease risk and the stability of supply. Second, the shipping cycle: whether year-round shipping is possible ties directly to the operating plan of the processing line. Third, the facility's infrastructure resilience such as power and cooling countermeasures, which bears on the guarantee of quality and quantity. Fourth, the processing form: fixing early on at which stage you take delivery — live, carcass, cut, or frozen — makes it easier to nail down logistics and hygiene conditions. Even when a site visit is difficult, confirming these in writing alone greatly changes the risk assessment.

Summary

What the farmer born in 1992 in Nghe An province demonstrated was a shift of thinking: making supply predictable by separating waterfowl from water. Running 60,000 birds year-round, employing 18 people, and leaving an annual net profit of about 11.8 million yen, while also carrying the equipment-dependent risk of a mass die-off from a power outage. From the procurement angle of Japan's meat and processing sector, this case draws out a perspective of sizing up a production region on two axes — "stable sourcing through planned production" and "the resilience of the power infrastructure" — rather than the earnings figure.

Sources

• Dan Viet「Bo tui 2 ty moi nam nho nuoi vit khong nuoc」
• An electrician rebuilds through frog farming; Nghe An province's 70 tanks show the design of small-scale livestock
• Vietnam's Hung Nhon teams up with European players: serious intent on the 'international standardization' of chicken
• Porcupines with 12 yen a day in feed costs net 3 million yen a year: Dong Nai's reverse calculation