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Showing posts from November, 2020

Manufacturing process and technology of organic fertilizer for processing straw

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Straw is one of the raw materials in the production of organic fertilizer, which is different from the manufacturing of NPK fertilizer and the treatment of livestock manure. There are special requirements and characteristics when straw is treated by organic fertilizer manufacturing process, which needs composting processing. Production technology of organic fertilizer for processing straw 1. Traditional straw composting The traditional straw composting technology has the advantages of long fermentation time, poor fermentation effect and simple equipment, which is suitable for small-scale application. The method of straw fermentation is as follows: firstly, the straw is crushed with a pulverizer, but not excessively crushed, and the factors such as moisture, carbon nitrogen ratio and pH value are adjusted. The optimum ratio of carbon to nitrogen is 25:1. Therefore, adjusting the ratio of carbon and nitrogen in composting materials is an effective measure to accelerate the matur

How to use organic fertilizer with complex components reasonably

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The composition of organic fertilizer is complex, so it is very important to be reasonable in application. The manufacturer of fertilizer granulator equipment suggests that we pay attention to the following two points. 1. Organic fertilizer should be fully decomposed before application. If some animal manure, such as pig manure, cattle manure and sheep manure are directly applied to the soil without fermentation and decomposition, the decomposed organic fertilizer in the soil will be decomposed and fermented by microorganisms, and the ammonia gas produced will easily cause crop root burning, and some will breed weeds and spread diseases and insect pests. We advocate the use of compost turning machine to fully ferment the manure before application. The compost is moistened with water and put into the fermentation tank to make the temperature reach 35-40 ℃. When the manure is fully fermented at high temperature, it can kill the eggs and weed seeds in the compost, which is safer and

Characteristics and operation instructions of chain plate compost turning machine

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Compost turner machine, NPK fertilizer manufacturing process , organic fertilizer manufacturing process, crusher, mixer, npk fertilizer granulator , screening machine are our main products. The chain plate compost turning machine has unique advantages in the production of organic fertilizer. The following is its instructions. 1. Chain plate compost turning machine is suitable for large-scale fermentation tanks with high and wide tanks, which can save composting workshop area and reduce civil engineering investment. The traditional trough type overturning and throwing machine is generally suitable for the height of 0. 8~1。 5 m fermentation tank, and the machine is suitable for height 1. 5~2。 It can meet the requirements of large-scale and wide tank operation. Compared with small-scale fermentation tank, the area of composting workshop can be reduced by 40 ~ 60%, and the construction cost of fermentation tank can be reduced by at least 1 / 3. 2. The chain compost turning machine adop

Manufacture of cow dung organic fertilizer and compost turning machine process

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It is an economic and practical method to produce organic fertilizer from cow manure in cattle farm. The organic fertilizer manufacturing process uses modern composting fermentation technology to harmlessly treat manure waste. Organic fertilizer manufacturing process for cow dung compost fermentation The trough compost turning machine mainly mixes organic wastes such as livestock and poultry manure with fermentation bacteria and auxiliary materials (water content of 50-60%), and uses a forklift into the front end of the fermentation tank (the front end of the original empty tank 1/ 8 or 1/8 of the front end of the pool vacated after the stack is turned over), the fermentation materials are accumulated in the pool to a thickness of 1.5-1.6 meters, and continuous aerobic fermentation is carried out by the forced ventilation of the high-pressure fan and the oxygen provided by the contact between the materials and the air when the stack is turned. The fermented materials are quick