WithbreedThe development of enterprises, forenvironment protectionThe requirements are becoming increasingly strict. Yes, andlivestock farmSewage and fecal pollutionenvironmentIntensify governance efforts. The fecal solid-liquid separator is also constantly innovating and pursuing technology to solve more problemsbreedFecal water problem. Therefore, the separator can adapt to various types of aquacultureanimal husbandryHandling of poultry manure. Achieve fast efficiency, low-end patent prices, and serve the public.

Most farmers in our country currently use direct water to flush their manure and urine. But this has the disadvantages of large water volume and significant losses.

According to the requirements of new rural construction and the strengthening of people's awareness of environmental protection and energy conservation, duck and pig farms now build biogas digesters and biochemical tanks to treat manure and urine. However, the fecal materials entering the biogas digesters have not undergone solid-liquid separation, and practical use has proven that such direct biogas cultivation is not very effective. Because untreated manure and urine enter the biogas digester, greatly increasing the organic load per unit volume of the digester, the volume of the digester needs to be increased significantly. Due to long-term use of biogas digesters, a large amount of residue is left after fermentation, causing blockages and a decrease in capacity, resulting in the inability to use the digester. Cleaning the digester is not only labor-intensive but also increases expenses. If fresh pig manure is sold directly, it is difficult to transport. Therefore, we found that solid-liquid separation measures should be taken before pig manure, which can solve the sedimentation problem of pig manure in biogas digesters, enhance the treatment capacity of biogas digesters, and greatly reduce the construction area of biogas digesters and biochemical digesters. Save construction investment and land use area for environmental protection treatment, and the separated pig manure can also be directly used as fertilizer for fruit trees, trees, and as raw materials for organic fertilizers. Sell to organic fertilizer factories as raw materials for organic fertilizers or make organic fertilizers themselves, achieving both social and economic benefits. This machine can be widely used for the separation of high concentration organic wastewater from animal manure, distiller's grains, medicinal residues, starch residues, sauce residues, slaughterhouses, and various intensive breeding farms for chickens, cows, horses, and other livestock.

Practicality: This series of machine slag liquid separation speed is fast, and the moisture content of the separated manure residue is between 50-60%. The slag output and moisture content can be adjusted, and it can be used for different ingredients of feed (such as grass and concentrate feed), which is easy to transport. Its solid particles are very suitable as raw materials for fish feed and organic fertilizers.

Sex: This series of machines has strong cleaning ability, no blockage, and easy cleaning. The solid content, chemical oxygen consumption, total oxygen consumption, nitrogen, and phosphorus removal rates of treated fecal and urinary water can be between 70-95%.

Durability: The frame, screen frame, and mesh of this series of machines are made of stainless steel and anti-corrosion treatment, which is corrosion-resistant, high-strength, and has a long service life.

Economy: This series has a high degree of automation, low power consumption, and low price. Easy to operate, just press the start stop button to operate.

1) For the old biogas digesters originally built by farmers with small capacity and short sewage discharge time, resulting in high sewage concentration discharge, it is necessary to use a livestock manure solid-liquid separator for treatment before the sewage enters the digester. This can effectively reduce the COD and BOD content of the sewage, reduce the operating load of the biogas digester, and achieve the reduction of sewage discharge;

2) The use of solid-liquid separators can convert feces in fresh wastewater into valuable fish feed or organic fertilizer. The separated sewage intermittently enters the biogas digester, which allows sufficient digestion time for the anaerobic digester. This promotes the vigorous growth of active bacterial species in the digester and increases gas production. The high content of methane gas naturally overcomes the problem of abnormal operation of biogas generators;

3) The wastewater treated by the solid-liquid separator enters the biogas digester. It can effectively solve the problem of crust formation in biogas digesters, eliminating the need to clean up biogas residue;

4) The use of livestock and poultry manure solid-liquid separators can reduce the construction investment of biogas digesters. For example, if a breeding or slaughterhouse that discharges 100 tons of sewage per day uses a matching livestock and poultry manure solid-liquid separator for early treatment, it can reduce the construction investment of 300 cubic meters of anaerobic tanks. Because the concentration of manure and sewage mixed into the tank is too high, the anaerobic time needs to be correspondingly extended. Therefore, if a breeding farm that discharges 100 tons of sewage per day does not use livestock and poultry manure solid-liquid separators for treatment. So build an anaerobic tank with a capacity of 1000-1200 cubic meters. If a solid-liquid separator for livestock and poultry manure is used, the construction can be reduced by 300-400 cubic meters.