CATDOLL : CATDOLL: Fly maggot breeding technology base

1. Fly maggot breeding technology base

Jiangsu Jiuxin Technology Park is located in Pei County, the hometown of Emperor Liu Bang of the Han Dynasty, on the beautiful and rich Huishan Lake. It was built in the early 2000s and has now developed into a comprehensive ecological park covering an area of ​​280 acres, with four breeding farms and two planting farms, integrating fly breeding, eel breeding, loach breeding, earthworm breeding, toad breeding, native chicken breeding, quail breeding, meat duck breeding and greening seedling production.

Fly breeding is an emerging industry with great market potential. Using fly maggots to replace part of the feed to feed economic animals such as chickens, ducks, fish, and pigs can not only save a lot of feed, but also improve the quality of poultry, eggs, livestock, and aquatic products, improve the environment, and at the same time relieve the pressure of my country's increasingly tense grain market. Our park has now built a large-scale breeding farm that produces 1,000 kilograms of fly maggots per day and can feed tens of thousands of chickens and ducks. Farmers use fly maggots to feed economic animals, which not only saves costs, reduces breeding risks, but also can get high returns.

General Manager Sun Yuanzhong and all employees warmly welcome people from all walks of life to visit, study on-site, investigate and negotiate business!

2. Where is the base for breeding fly maggots? ? ? Thank you

It depends on where you are from.

Shandong Zhangqiu fly maggot breeding base,

Anhui Huafei fly maggot breeding base

Guangxi Laibin fly maggot breeding base

There are many more across the country.

3. How to build a maggot breeding farm

The development of livestock and poultry and aquaculture has led to an increasing demand for protein feed. At present, many countries have taken artificial breeding of insects as the main direction to solve the problem of protein feed sources. Among feed insects such as maggots, mealworms, and silkworm pupae, maggot breeding is particularly worth mentioning. The growth and reproduction speed is amazing. Flies reproduce quickly. According to estimates, a pair of flies can breed 200 billion maggots in four months, which can accumulate more than 600 tons of pure protein. It usually takes only 10 to 11 days for maggots to develop from eggs to adults, and only 4 to 5 days from eggs to adult maggots. The cycle is short, the reproduction is fast, and the yield is high. The newly hatched larvae are 0.08 mg. At 24℃ to 30℃, after 4 to 5 days of growth, the weight of the maggots can reach 20 to 50 mg, and the total biomass increases by 250 to 350 times. As lower animals, insects have an assimilation efficiency of about half that of mammals in the energy conversion of the ecosystem, but their production efficiency is 15 to 40 times that of mammals. This is unmatched by any other method of producing animal protein. If pigs and cows grow at this rate after birth, their weights will reach 325kg and 7500kg respectively after 5 days.

The raw materials for breeding fly maggots are diverse and they like to eat animal manure. Wheat bran, rice bran, distiller's grains, bean dregs and other agricultural and sideline products can be used for breeding fly maggots. What's more rare is that fly maggots like to eat animal manure, pig manure, chicken manure, duck manure and other livestock and poultry manure. A livestock and poultry farm with a fly maggot farm is equivalent to building another insect protein feed production plant. The raw material is the manure discharged by livestock and poultry, and the product is high-quality fly maggot protein feed. Turning waste into treasure and harm into benefit, the manure after breeding fly maggots has no odor, does not attract flies, and is fertile and fertile. It is a high-quality organic fertilizer for crops. This special conversion function is beyond the reach of other feed insects.

Strong disease resistance, rarely get sick. Flies live in dirty places, surrounded by countless germs. But flies can be safe and sound, and will not be infected by these pathogens. Maggots have strong vitality, and they never get sick by eating feces. The rotten environment that other animals cannot tolerate is a paradise for maggots. This is due to their excellent immune function. When raising maggots, you generally don’t have to worry about disease prevention, which can greatly save medical expenses.

High-quality animal protein feed dry fly maggots generally contain about 62% protein, 10-15% fat and rich in various amino acids. The total amount of amino acids required by the father is 2.3 times that of fish meal, and methionine and lysine are 2.7 and 2.6 times that of fish meal, respectively, which are significantly higher than fish meal. Practice has proved that it can not only completely replace fish meal, but also add an appropriate amount of live fly maggots to the mixed feed to feed crabs, fish, turtles, shrimps, eels, eels, frogs, birds, etc., which can significantly accelerate growth and increase production, and the effect is very good. According to experiments, adding an appropriate amount of fresh maggots to feed laying hens can increase the egg production rate by 17% to 25%; feeding fish can increase production by more than 22%, and feeding pigs can increase the growth rate by 19.2% to 42%, and save 20% to 40% of feed. Artificial breeding of fly maggots can alleviate feed shortages and reduce feeding costs.

Fly maggot protein is a treasure. Fly maggot protein can not only be used as high-quality protein feed, but also can be used to extract protein powder and develop advanced nutritional food. During the production process, fat, antibiotics, lectins and other biochemical products can be obtained at the same time. Antibacterial protein can eliminate all fungal microorganisms and has a strong bactericidal effect. Maggot shells are the best raw materials for extracting chitin. Chitin is known as the sixth essential life element for the human body in addition to sugar, protein, fat, vitamins and minerals.

Fly maggot production is simple and easy. Fly maggot production does not require any epidemic prevention measures or modern factories. It can be mass-produced under civil water and electricity equipment with heat preservation, feces supply and escape prevention. It does not produce toxic substances and does not pollute the environment. Fly maggots can be called excellent chemical engineers. The large-scale and factory production technology of fly maggots and the preparation technology of fly maggot biochemical products have reached maturity.

An important part of ecological agriculture. Incorporating fly maggot farming into the material recycling of ecological agriculture can successfully solve the two major problems that plague livestock and poultry production, manure pollution and feed shortage. Livestock and poultry digest and absorb only 60% of feed nutrients, and the rest are lost in the manure. Livestock and poultry manure is rich in nutrients such as protein. Fly maggots can digest and absorb almost all of the nutrients lost in the manure and convert them into insect protein. Other insects are unable to do this, but fly maggots can take on this heavy responsibility. Adding insect farming to animal husbandry and planting can extend the food chain, transform material energy into higher quality, and become a substance that can be used by other higher animals, thereby improving resource utilization.

In summary, fly maggot farming is of great significance and has broad prospects. It is worth vigorously promoting and applying

4. Where to breed fly maggots in Nanning

Guilin Quanzhou Keyi Livestock Breeding Farm has 10 years of maggot breeding technology. You are welcome to visit and inspect!

5. Where can we find large-scale factories that breed fly maggots?

There are in Shijiazhuang. I have worked for a very large client and provided them with fly maggot drying and sterilization equipment. The daily drying capacity is 8 tons of fly maggots.