The technical content of biological fertilizer project is high. In addition to the biological agents that promote the maturation and decomposition of organic matter in the maturation process, in order to achieve targeted maturation and deodorization, microbial products with specific functions need to be added to enhance the effect of the products.
At present, bio organic fertilizer is included in the category of microbial fertilizer in China, and more strict management measures are implemented than organic fertilizer to promote the healthy development of organic fertilizer.
1. The production process of bio organic fertilizer production enterprises registered with the Ministry of agriculture is basically engaged in the production of microbial fertilizer. In the process of fermentation production, tank stacked fermentation is mostly used, and there are other fermentation methods, such as flat stacked fermentation and fermentor fermentation.
In the process of fermentation and maturation, the adjustment of material moisture, carbon nitrogen ratio and temperature and the use of curing agent are the production process. The key is that the application of fungicide directly affects the fermentation cycle and the maturity of materials. The ripening material basically achieves the harmlessness of the product and is also conducive to the survival of the functional bacteria added in the post-treatment process.
2. In terms of post-treatment of fermentation materials, most enterprises add functional bacteria for compound molding. The dosage form of the product is mainly powder, and some are granulated by rotary drum fertilizer granulator or roller granulator. Granular products prevail over powdered products. The disadvantages of poor appearance and low grade not only improve the commerciality of the product, but also increase the production cost of the enterprise, which has a certain impact on the survival of effective bacteria.
3. The utilization of strains and microbial strains is the core of bio organic fertilizer products. In the production process, there are generally two links related to the utilization of microorganisms:
First, add decomposition bactericide to promote material decomposition and decompose and deodorize in the decomposition process. It is mainly composed of complex strains.
Common strains include photosynthetic bacteria, lactic acid bacteria, yeasts, actinomycetes, Penicillium, wood fungi, etc; Second, the functional bacteria added after material decomposition, generally nitrogen fixing bacteria, phosphorus solubilizing bacteria, silicate bacteria, lactic acid bacteria, Pseudomonas, actinomycetes, etc., play a specific role as fertilizer in the product.
Therefore, the selection and use of microbial strains for the production of bio organic fertilizer is a core technology. Only by mastering this key technology can we accelerate the decomposition and maturity of materials, Ensure the application effect of the product.
NPK compound fertilizer has comprehensive nutrition, high content and good physical properties. But how to use NPK compound fertilizer correctly? Three problems should be paid attention to in the application process.
First of all, NPK compound fertilizer should be selected according to different soil and crops. Only in this way can its fertilizer efficiency be exerted. Rice, wheat, corn and other food crops need more nitrogen fertilizer, nitrogen and phosphorus compound fertilizer can be used; Leguminous crops can fix free nitrogen in the air, and can apply phosphorus and potassium fertilizer. Some economic crops can choose ternary or multivariate compound fertilizer suitable for local soil and climate conditions.
The second is the combination of compound fertilizer and simple fertilizer. The nutrient composition of compound fertilizer is fixed. Only when combined with various element fertilizers can the nutrient requirements of crops in different periods be met.
Generally speaking, compound fertilizer should be used as base fertilizer, and simple fertilizer can be used as top fertilizer at peak and critical period. At the same time, organic fertilizer must be applied.
Third, the method should be appropriate. In various compound fertilizers, the proportion and form of various nutrients are different. In addition, soil and crop types are different, so fertilization methods should not be the same, should be treated differently.
Clay soil fertility should be applied deeply, sandy soil fertility can be removed easily, and a small amount of fertilizer can be applied. The compound fertilizer containing ammonium nitrogen should be covered deeply to reduce the loss. How to make npk fertilizer granules at large scale? Go here for more.
The compound fertilizer containing phosphorus and potassium should be applied in a centralized way and near the root system to avoid nutrient fixation and promote the absorption and utilization of crops. Generally speaking, expensive potassium dihydrogen phosphate should not be used as base fertilizer, but as external fertilizer or seed soaking.
Organic fertilizer is a kind of organic fertilizer made from poultry manure, combined with fermentation bacteria, straw and other auxiliary materials, using traditional fermentation methods or organic fertilizer production equipment.
For commercial organic fertilizers on the market, two more popular forms of finished organic fertilizers are powdered and granular. What is the processing technology of powdery organic fertilizer and granular organic fertilizer? Which is better?
In the process of making a series of special fertilizers, inorganic nutrients and minerals should be added according to different soil conditions and different crops. These minerals are concentrated in organic matter and trace elements, so that the fertilizer contains various nutrients needed for plant growth, such as nitrogen, Phosphorus, potassium, sodium, manganese, zinc, copper, etc.
According to the formula, nitrogen, phosphorus, potassium and fermentation material are mixed by computer and transferred to granulator for granulation. We mix organic and inorganic materials according to different series of products, and mix them well in blender. Assume that the proportion of organic materials is 12%, about 12 tons.
The production process should not be exposed to high temperature and other characteristics due to the poor formation conditions of bio fertilizer mainly composed of organic matter and cellulose and the viable bacterial population with the function of making fertilizer.
Disc granulation and drum granulation are not suitable for building materials, because these two technologies require fine grinding of raw materials, high moisture content of granulation, and generally the moisture content is about 30%, so the load is relatively large. There are different types of fertilizer granulators for your fertilizer granulation process.
For drying, the loss of effective bacteria is great, and the pelleting rate is low (about 60% – 70%), the dust is heavy, and the operating environment in the production process is poor.
Therefore, through the extrusion environment, the requirements of raw material crushing are low, the molding rate is high (more than 95%), the water content of formed particles is low, the drying load is low, the environment is dry, and the production of organic biological functions should be better. Can reduce the loss of effective bacteria, less dust and good working environment.
70 tons of organic fertilizer raw materials, using organic fertilizer special granulator. After granulation, the material is sent to the dryer by belt conveyor for drying. The particle size is 3.0-4.0 mm, and the granulation rate is more than 70%.
The recommended pelletizer is a new type of pelletizer for organic fertilizer.
(4) Drying (fertilizer dryer)
In the production process of biological fertilizer, not only does the moisture content of granules generally exceed the index after molding and need low-temperature drying, but also the moisture content of organic matter after fermentation is about 30% – 40%, and the granule after granulation is generally between 15% – 20%, which needs drying treatment, because the moisture content of fertilizer quality index is less than 14%.
The drying stage is an essential and important process in the production of biological fertilizer, which directly affects the yield, quality and energy consumption. It is very important to choose the type and specification of dryer and control the process conditions.
In order to avoid the death of effective living bacteria due to the high temperature in the drying process, the drying temperature of materials should not be higher than 60 ℃ (usually about 50 ℃). Therefore, the temperature of hot air in contact with materials should be different.
For the moisture content of different materials, generally not more than 130 ℃, it is better to control the hot air temperature by stages, which can not only improve the thermal efficiency, but also effectively avoid the death of living bacteria.
According to these characteristics, the belt dryer is suitable, because it is suitable for low temperature and low humidity drying, and it can control the temperature of hot air in sections to ensure that the material temperature is not higher than the drying temperature, and maintain the highest temperature in the whole process.
The tail of the dryer can also add natural air cooling part, and cool the material immediately after drying, It can be used many times.
It is very suitable for granular biological fertilizer, with drying permeability, stable and uniform drying of materials, no damage to particles, adjustable residence time and feeding speed to achieve the best drying effect, because most of the thermal circulating air has high thermal efficiency, and the heat source can be used.
There is a secondary granulation area in front of the steam dryer provided by the biogas boiler, The material can be granulated there. Then, the material is lifted up through the plate to be completely dried. The exhaust machine exhausts the humid hot air through the pipe at the end of the dryer, and the air enters the precipitation chamber for precipitation.
After precipitation, the tail gas is removed by the washing tower, and the ejected water is pumped out for recycling. After secondary dust removal, the waste gas is discharged into the atmosphere through the chimney.
(5) Cooling (drum cooler)
The dry material is cooled by belt conveyor and sent to cooler. The cooling process mainly includes using fan to send natural air to cooler through pipe to cool the material.
The wind direction in the cooler is counter current. The waste gas pumped into the settling chamber by fans and pipes is treated and discharged into the atmosphere as dry waste gas
After cooling, the material is screened, the crushed large particle material and the screened powder are transported to the granulator through the return belt for granulation, and the final product is packaged in the automatic packaging system.
With the improvement of people’s living standards, it has become a new trend to buy natural and organic food from the dining table.
Therefore, we have to mention the way food is grown in our daily life – organic farming. It’s a way that all farmers and all growers are constantly looking for to ultimately increase production and make their food natural, organic and healthy, thus meeting market demand.
Here, we have to mention organic fertilizer, because without organic fertilizer, we can not have too many healthy vegetables, fruits, meat and milk, so the production of organic fertilizer is the key factor.
If you have dairy farms, pig farms, fruit, vegetables, flowers, trees planting base, then choose the appropriate fertilizer and advanced organic fertilizer production equipment is very important.
Benefits of organic fertilizer:
Organic fertilizer is the safest and most effective way to improve the healthy growth and increase the yield of plants, which are some common benefits of organic fertilizer for healthy planting and harvest.
1. Improve the fertilization rate of soybean
Organic fertilizer contains comprehensive, constant and balanced nutrients, such as nitrogen, phosphorus, potassium and other trace elements, which can promote siol’s water retention, nutrient retention capacity and soil structure, so as to completely improve soybean fertility. By absorbing the best nutrients in the soil to provide effective plant growth, it is beneficial and healthy, and the final product quality and crop yield will change significantly.
2. Reduce damage to plants.
The finished organic fertilizer after composting and fermentation can reduce the damage to plants, because untreated organic fertilizer should not be used, because fresh fertilizer containing dangerous bacteria may damage crop roots, some may adhere to crops and cause direct pollution, and some may enter the soil. Soil can also cause indirect pollution, including grass or weed seeds and organic compounds that are not conducive to crop growth.
In addition, the unfermented feces can only be absorbed by crops after fermentation, and the fermentation process can be significantly completed by turning the fermented compost to machinery, because in this process, the organic waste will be decomposed by mycelium and turned into organic fertilizer, because the process is very slow.
During the process, the risk of overfeeding and burning of plant roots will be reduced; Organic fertilizer production lines are not as nutrient rich as synthetic fertilizers because they can burn their roots and damage seedlings. Organic fertilizer production lines can meet all the requirements of producing high quality and uniform organic fertilizer.
Farm manure will be recycled and converted into organic fertilizer, which is a renewable resource. According to different organic raw materials, it can be reprocessed into powder, particle and ton bag organic fertilizer, which can be absorbed by plants. The new organic fertilizer granulator is a kind of fertilizer granulator with simple operation and high efficiency. It can recycle animal manure and reduce environmental pollution.
Slow release organic fertilizer also has the advantage of enhancing the environment. Unlike chemical fertilizers, they are water-soluble, which allows any excess unused fertilizer to be washed away by rain or large amounts of watering, and eventually into groundwater and contaminate streams and lakes. Organic fertilizer can improve the water retention capacity and nutrient absorption capacity of siol, and reduce the possibility of leaching.
4. Increase profitability
More and more organic and natural fertilizers are loved by plant growers. If you have a lot of organic raw materials in your farm, then the finished products and qualified organic fertilizers are evenly packed in bags through automatic packaging machine. It must have a better market and increase additional profitability for you. Organic fertilizer has many advantages.
Different types and series of organic fertilizer machines will be equipped during the fertilizer manufacturing process. It will be equipped with a fermentation compost dumper to complete the fermentation process, and will be equipped with fertilizer mixer, fertilizer different types of crusher to deal with raw materials. There, if we produce bio organic fertilizer into granulator, we can use fertilizer granulator to complete the granulation process, design the type of fertilizer granulator into different types, and choose the appropriate type of fertilizer granulator to complete the granulation process.
For example, in the organic fertilizer production line, we can use drum granulator, disc granulator and new type organic fertilizer granulator to complete the production process, We can use the roller granulator to produce NPK fertilizer by extrusion. In the process of bio fertilizer production, the flat mold granulator can be selected to complete the production process and complete the granulation process. Different types of fertilizer granulator can be used in different types of fertilizer production process, and its working principle is different.
In order to achieve the goal of directional maturity and deodorization, we must also add microorganisms with specific functions to improve the effect of products. At present, bio organic fertilizer has been listed in the category of microbial fertilizer in the world, and more strict management measures are implemented than organic fertilizer to promote the healthy development of organic fertilizer.
The fertilizer machine manufacturer of the organic fertilizer production line will tell you the reason for the caking of organic fertilizer. The sx manufacturer of the organic fertilizer production line said in the last article that in fact, the premise of prevention is to find out the cause of caking. Everyont also knows that caking is not conducive to the use of organic fertilizer, and has a certain impact on the production and use of organic fertilizer. Want to answer why pig manure organic fertilizer production line caking.
We usually use the materials for fertilizer production, such as ammonium salt, phosphate, trace element salt, potassium salt, etc., most of which contain crystal water and are easy to absorb water and caking, such as ammonium sulfate, which is easy to caking in use. When urea meets with trace element salt, it is easy to agglomerate when releasing water, mainly because urea replaces trace element salt. The crystal water becomes mushy and agglomerates.
In the process of chemical fertilizer production, chemical fertilizer production is generally non closed. In the production process, the higher the air humidity is, the easier the fertilizer is to absorb water and caking. If the weather is dry or the raw materials are dry, the fertilizer will not agglomerate easily.
Organic fertilizer production line
The higher the room temperature of extruder granulator, the easier to dissolve. Generally speaking, raw materials will dissolve in their own crystal water, leading to caking. The higher the temperature of nitrogen, the water will evaporate and not caking easily. The temperature is usually higher than 50 ℃. We usually need heating to reach this temperature.
The greater the pressure applied on the fertilizer, the easier the contact between the crystals and the easier the agglomeration; the smaller the pressure applied, the less the agglomeration.
The longer the fertilizer is placed, the easier it is to agglomerate. The shorter the time, the less likely it is to agglomerate.
The production of organic fertilizer or bio fertilizer granulating machine can use fertilizer manufacturing technology, and a complete fertilizer production line is designed to produce pelletizer, and different types of fertilizer machines are equipped in the process of fertilizer manufacturing.
The so-called bio organic fertilizer production line is actually the ordinary organic fertilizer production line. The main reason for the difference between biology and common organisms is that in the process of production, the production line of bio organic fertilizer increases the link of adding microbial agents, which leads to the final production of organic fertilizer and bio organic fertilizer.
The production line is organic fertilizer fermentation. In order to better explain the difference between the two production lines, let us first understand the difference between the production process of organic fertilizer and the production process of biological organic fertilizer.
Flow flow of organic fertilizer production line:
The basic process of the production line is as follows: the use of fermentation compost dumper to collect raw materials, and then stack and ferment raw materials can save more time. Next, the raw materials are crushed by the fertilizer pulverizer, and then screened by the screening machine. Raw material, then premixed. Next, the granulator is made by a fertilizer granulator. After granulation, the granulator is treated with a dryer and a cooling machine. Finally, the screening machine is used to screen and pack the high quality fertilizer.
Process flow of bio fertilizer production line:
In the process of bio organic fertilizer production line, raw materials shall be collected first, then bio fermentation with organic fertilizer starter shall be used to complete fermentation of semi-finished organic fertilizer products, then premixes shall be crushed and then pelletized, and then the granulator shall be dried and cooled by the fertilizer dryer dryer and cooling machine. Finally, the second screen and the pelletizer are packed.
From the above two kinds of organic fertilizer production, we can see that fermentation is the first and most important link of organic fertilizer production, because the final use effect of the organic fertilizer is in this link.
At present, the growth of agricultural production generally depends on chemical fertilizer. On the one hand, it will cause environmental pollution. In fact, the non-point source pollution in rural areas is very serious, which has become a problem. On the other hand, it will affect the quality of agricultural products.
Therefore, people gradually realize that when using chemical fertilizer, we must increase the proportion of organic fertilizer, especially for vegetables, fruits, tobacco and other economic crops. The use of biological fertilizer can not only increase yield, but also improve quality and protect crops. Ecological environment, extensive use of municipal waste, sludge, livestock manure, orange and other waste. How to turn these organic materials into fertilizers, go to https://organicfertilizermachines.com/
The new technology of biological fertilizer production technology is used to produce biological fertilizer, which makes “grain fertilizer grain” form a virtuous circle chain. Therefore, biological fertilizer has become a new fertilizer and new fertilizer industry for the development of ecological home industry.
Organic fertilizer has the following characteristics:
1, rich in nutrients, high content, containing all kinds of nutrients needed for crop growth.
2. The effect of chemical fertilizer lasts for a long time, with both pre effect and post effect, which can fully meet the needs of various nutrients for crops in the whole growth period, but not in the late growth period. Interested in organic chemical fertilizer production？ Go here.
3. It is simple and convenient to use. It can be used as base fertilizer at one time. The method is simple, labor-saving and time-saving.
4. The cost is low, and the price of similar goods is the lowest.
5. High efficiency, input ratio is more than 1:10-30.
6. It is widely used in all kinds of soil and crops, including all kinds of greenhouse vegetables, fruit trees, cash crops, food crops, medicinal materials, flowers, lawns, seeds, etc.
Conditions for plant construction:
Reliability of raw material supply. The main raw material of this product is animal manure. Auxiliary materials include: peat, sawdust, straw, soybean cake, corn flour and other wastes. No more than 70 tons of raw material should be used per day.
Process of organic fertilizer production line:
The main ingredients include rice straw, pig manure, charcoal, etc.
The production process of organic fertilizer mainly includes: inoculation and fermentation of organic matter, main fermentation, crushing, ingredient mixing, drying, grading, cooling, screening, metering and packaging, etc.
In the granulation process, we need to pay attention to the design of different types of fertilizer models for different raw materials and fertilizer production lines. For example, in the organic fertilizer production line, we can use the disc granulator to produce the organic fertilizer granules, or we can choose the drum granulator, which is usually used in the NPK fertilizer manufacturing process to produce the compound fertilizer granulator to produce the organic fertilizer granulator Fertilizer granulator.
Bio fertilizer production line from SX Plants specially designed for the production of bio organic fertilizer. In the production process of bio organic fertilizer, different types and series of fertilizer equipment are equipped to complete the production process. What is the use of biological fertilizer? Share with you.
Bio organic fertilizer is a new type of fertilizer with the characteristics of environmental protection and high utilization rate. Generally, bio organic fertilizer not only contains a lot of nitrogen, phosphorus, potassium and other elements, but also contains calcium, zinc, phosphorus and other trace elements. Magnesium, sulfur, iron, boron, and a large number of organic and humic acids, with fast, slow, balanced fertilizer supply and other characteristics. How to uses thess materials to make bio fertilizer, here is the detailed production process.
In the fertilizer manufacturing process, it is equipped with different types and series of fertilizer equipment. In the production of bio organic fertilizer, the first step is to use fermentation technology to ferment raw materials to kill bacteria in raw materials. When the fertilizer mixer and fertilizer crusher process raw materials, the fertilizer granulator is the main product in the fertilizer manufacturing process. These series of machines are also equipped with organic fertilizer production line to manufacture the organic fertilizer granulator. The production process of bio organic fertilizer is mainly from raw materials to semi-finished products. There are two main production processes, one is plane composting process, the other is trough aerobic fermentation process. Small scale pilot production in the laboratory also uses sealed box / tank fermentation.
Why so many people use organic manure waste?
1. In order to improve the soil fertility, the use of nitrogen fixing microbial fertilizer can increase the source of nitrogen in the soil; dissolved phosphorus and potassium microbial fertilizer can decompose insoluble phosphorus and potassium in the soil and convert them into phosphorus. Potassium can be absorbed and utilized by crops to improve the nutritional status of crops.
2. Microbial fertilizer can produce large-scale growth and reproduction in the roots of crops, which can inhibit or reduce the breeding opportunities of pathogenic microorganisms; due to the role of anti microbial, it can reduce crop diseases; for the large-scale growth of microorganisms, mycelium can increase water absorption and improve the drought resistance of crops.
4. Reduce the use of chemical fertilizers and improve the quality of crops. The use of microbial fertilizers can improve the quality of agricultural products, such as protein, sugar, vitamins and so on. Some can reduce nitrate accumulation. In some cases, the improvement of quality is more beneficial than the increase of yield.
Using these automatic or semi-automatic fertilizer equipment to complete the production of bio organic fertilizer not only improves the work efficiency, but also improves the utilization rate of raw materials.
Organic fertilizer production line is a kind of special equipment for treating poultry manure to form organic fertilizer. This kind of production line has a certain working standard in processing, only according to the working standard can it play a role in production. So, what is the working standard of organic fertilizer production line in the process of processing?
The water content of sludge in organic fertilizer production line is high, about 75% ≤ 80%, and the content of harmful bacteria is not high after anaerobic fermentation. When transported back to the fermentation plant, the raw materials with low water content should be put into the fermentation tank, and then the mixed waste should be put on the top of the fermentation tank to make full use of the liquid. Organic fertilizer and improve the content of various nutrients in raw materials.
In the fermentation process, the moisture content of raw material is 50% ≤ 55%.
When the temperature reaches 65-70 ℃, the composter can dump materials. When the temperature is too high, the beneficial bacteria in the raw material will be killed. When the content of beneficial bacteria in the finished product is unqualified, the fermentation time can reach 5 to 7 days in summer and longer in winter.
At this time, the moisture content of the decomposition product is 35% ≤ 40%, which can be crushed. It can be carried out by special organic fertilizer crusher. Broken material bins.
Three to four warehouses of ingredients and two other warehouses with trace elements will be weighed automatically and sent to the main conveyor to the double shaft organic fertilizer production line for mixing. Keep stirring the material. After mixing, the material directly enters the bucket elevator and rises to the ground, and enters at a height of 2m. The chain mill is crushed. Because the agglomeration is small in the mixing process, the granulation effect is not good, so the comminuted materials are sent to the disc feeder, which can feed several granulators evenly at the same time, and then use NPK fertilizer granulator for granulation treatment.
Finally, the fertilizer granules are processed, measured and packaged by NPK fertilizer manufacturing process, and then sold as commercial fertilizer.
1. Prevent nutrient loss caused by gas volatilization
Compost fermentation is the first step of organic fertilizer manufacturing machinery. In the process of decomposition, the internal nitrogen will be converted into ammonia, resulting in volatilization loss. Therefore, it must be covered tightly with undamaged plastic film during decomposition. And the accumulation of decomposition time should not be too long, and should be used as soon as possible after decomposition.
2. Prevent nutrient loss caused by chemical reaction
Ordinary manure and plant ash cannot be mixed. Plant ash contains a lot of potassium carbonate, pH value is alkaline, feces and plant ash mixed, acid and alkali neutralization, nutrient loss. Therefore, manure and plant ash should be stored separately in the process of stacking production. Plant ash should not be poured into organic fertilizer, and should also be prevented from being drenched by rain.
3. Prevent nutrient loss through water leakage
In order to make rice husk, sheep dung, duck dung and cow dung easier to decompose, the fertilizer is watered in the production of organic fertilizer, but usually due to the lack of anti leakage measures under it, the nutrients are lost due to water leakage. Therefore, whether it is decomposed in the sewage pit or on the flat ground, a layer of plastic film must be placed under it to prevent the leakage of nutrients with the water. In addition, a proper amount of water must be sprayed.
Organic fertilizer equipment occupies a certain position in agricultural production, and the production process of organic fertilizer really completes the agricultural cycle. Through the bio organic fertilizer equipment for harmless treatment of agricultural organic waste, the new organic fertilizer production line technology is more conducive to the recycling of waste.
The organic fertilizer equipment not only realizes the sustainable development, but also achieves the purpose of treating livestock manure and protecting the environment.
Steps to make organic fertilizer
1. Determine the output of organic fertilizer equipment: for example, how many tons per year or how many tons per hour, how many granular fertilizers per hour are processed by fertilizer granulator. Only when we know the output of the organic fertilizer production line can we determine the price of the equipment.
2. Determine the allocation level of organic fertilizer equipment: different allocation level, different price of organic fertilizer equipment, different amount of labor, different stability and high yield of organic fertilizer equipment.
How to make organic fertilizer granules?
3. Determine the shape of fertilizer particles, that is, which kind of organic fertilizer equipment to choose. Commonly used granulation equipment are: disc granulator, drum granulator, double roll granulator, flat mold granulator, new organic fertilizer granulator, etc. In granulators selection go to https://fertilizergranulatorfactory.com/
Bio fertilizer production
4. Determine the type of fertilizer produced. The plant produces and processes fertilizers and plans to use compound or organic fertilizer equipment. Bio organic fertilizer equipment usually needs to consider the moisture content and whether the bacteria can withstand high temperature.
By using organic fertilizer manufacturing process and adding microbial organic fertilizer opener, it is a good way to deal with agricultural waste innocuously. Organic fertilizer production equipment has truly realized circular agriculture, green agriculture and sustainable agriculture. More details go to https://organicfertilizerproductionline.com/
Raw materials for bio fertilizer production plants
Bio fungi / bacteria are used in sx bio organic fertilizer production line or bio fertilizer plant. All organic wastes, such as animal manure, agricultural waste, municipal waste, food waste, sewage sludge, industrial organic waste, and bio plant fertilizer plant are used to produce bio organic matter.
Basic info of bio fertilizer plant
Bio organic fertilizer production line or bio organic fertilizer plant is mainly used to produce bio organic fertilizer particles. The raw materials of bio organic fertilizer equipment or bio organic fertilizer machine are various organic wastes, such as animal manure (chicken manure, cow manure). The main products are as follows: pig manure, sheep manure, urban sludge, food waste, agricultural waste (soybean residue, mushroom residue, palm oil waste, neemcake, distiller’s grains residue, straw), sewage sludge, industrial organic waste, etc.
Cost on equipment configurations in the bio-organic fertilizer production line
Through mixing machine with biological fungi or bacteria, organic waste can be fully utilized to produce powdery bio organic fertilizer or bio organic fertilizer particles and organic fertilizer particles. Bio organic fertilizer production line or bio organic fertilizer production capacity equipment range from 1 T / h, from small capacity to large capacity for your choice.
Our bio organic fertilizer manufacturing process or bio organic fertilizer factory mainly includes: organic fertilizer mixer, fertilizer granulator for making organic fertilizer granulator, drum dryer, fertilizer cooler, coating machine, rotary screening machine and other accessories.
Bio fertilizer vs other types of fertilizer
1. The price of bio organic fertilizer production line or bio organic fertilizer factory is not only applicable to the production of pure organic fertilizer, but also applicable to bio organic fertilizer if functional biological bacteria / fungi are added; while nitrogen fertilizer is applicable to NPK fertilizer, organic and inorganic fertilizer; phosphorus and potassium are added.
2. The particle size of organic fertilizer can be adjusted according to the needs of customers. I plant to provide a variety of bio organic fertilizer granulator, such as new organic fertilizer granulator, disc granulator, double roller pressing granulator and bio organic granulator sx. Fertilizer spherical particles, etc. Customers can use our fertilizer granulator to produce different shapes of particles.
4. High degree of automation and high precision. The batching machine system and packing machine are controlled by computer to realize automation.
5. High quality, stable performance, easy operation, high automation and long service life. We design and manufacture fertilizer machine with full consideration of user experience.
Detailed process to make bio fertilizer
Raw material fermentation
1. Raw material fermentation for the cost of bio organic fertilizer production line. Organic composting vehicle is used for fermentation and composting of animal, poultry manure, sludge, sugar filter sludge, oilseed residue, straw and other organic wastes. Materials can be mixed and mixed. During the fermentation process, the fermentation lasted for 7-10 days. The temperature should be 60-70 and the moisture should be 40-50%.
Raw material mixing
2. The cost of raw material mixer of bio organic fertilizer production line is high, and the fermented material is mixed evenly in the fertilizer mixer, which improves the uniformity of fertilizer nutrient distribution and the fertilizer nutrient utilization efficiency, and is also conducive to further granulation. Suitable for feed, concentrated feed and additive premix.
3. Material granulation cost of biological fertilizer production line
The evenly mixed raw materials are sent to an organic fertilizer granulator or an organic fertilizer granulator for granulation. The granule shape of organic fertilizer granulated by fertilizer granulator is spherical. Generally, it is a fertilizer polishing machine based on flat die design, which is used to grind the particles into spheres. More detailed info about granulation equipment go to https://fertilizergranulatorfactory.com/
Bio-organic fertilizer drying
4. Organic fertilizer drying and cooling machine in the process of bio organic fertilizer manufacturing
The purpose of the drying process is to dry the moisture of the granules, increase the fertilizer strength and facilitate storage. After drying, the particle temperature is 60-80 ℃. Due to too much heat, fertilizer particles are easy to agglomerate, so it needs to be cooled in a drum cooler to reduce the temperature. After cooling, the particle temperature is 20-40 ℃, which is convenient for storage and transportation.
Coating & packaging
5. Double organic fertilizer grading or coating packaging process
The cost of an organic fertilizer plant ranges from hundreds of thousands to millions. If you want to produce powdered organic fertilizer processing, you only need to invest in fermentation equipment, crusher and screening machine. The amount of investment exceeds 60000 yuan. If the production of granular organic fertilizer, need to add organic fertilizer granulator, dryer, annual output of 10000 tons of organic fertilizer production, generally do not need cooler. The investment is about 200000 yuan.
Construction sites requirements
Construction sites can be large or small. Generally speaking, the total site needs 3 to 5 mu.
Iterms included in the organic fertilizer production
1. Automatic conveyor: belt drive, automatic feeding, prevent wall adhesion;
2. Trough tipper: aerobic fermentation, multi-purpose, crushing materials;
3. Drum projector: sealed, with Daba, non stick wall;
4. Vertical crusher: manganese steel blade, strong wear resistance, large output;
5. Extrusion granulator: low moisture content, no need to add any adhesive, wide applicability, low production cost, no drying, no harmful bacteria damage
Cost in post treatment in organic fertilizer manufacturing
6. Cooler: it can greatly improve the cooling speed, reduce labor intensity, increase output, further remove part of water, and reduce the temperature of fertilizer particles. The equipment has compact structure, high cooling efficiency, reliable performance and strong adaptability;
7. Automatic packaging machine: the machine adopts the latest microcomputer controller, with automatic error correction, volume alarm, fault diagnosis, material contact made of 304 stainless steel, long service life, reserved printer interface, which can print production data such as package number, total weight, etc., the control cabinet adopts sealed form, the organic fertilizer equipment is suitable for harsh dust environment, and the fastening parts are all made of stainless steel Made of durable.
The formula of organic-inorganic compound fertilizer refers to the content ratio of organic matter nitrogen, phosphorus and potassium and the addition amount of other elements in organic compound fertilizer. Because organic-inorganic compound fertilizer is often used as basic fertilizer, it actually refers to the ratio of organic matter to nitrogen, phosphorus and potassium in basic fertilizer.
Therefore, two parts should be paid attention to when determining the formula of compound fertilizer in the process of organic fertilizer manufacturing. The first step is the ratio of organic matter to inorganic fertilizer, and the second step is to determine the proportion of various fertilizers in inorganic fertilizer. Detailed info intro, go to https://compostturnermachine.com/compost-line/
How to select raw matewrials
Organic inorganic compound fertilizer is a compound fertilizer formed by adding inorganic fertilizer on the basis of organic materials. Therefore, it is necessary to select the appropriate ratio of nitrogen, phosphorus and potassium to determine the formula of organic matter content of organic-inorganic compound fertilizer. In raw materials selection and disposal, welcome to https://compostturnermachine.com/compost-materials/
Raw materials proportions
Granulation equipment of organic and inorganic compound fertilizer
This machine is suitable for compound fertilizer plant. The machine has been used by many fertilizer manufacturers and the quality of the products has been guaranteed. It can press the powder material directly into the particles under normal humidity. It is suitable for single element fertilizer and multi-element compound fertilizer, such as ammonium bicarbonate, urea, ammonium chloride, ammonium phosphate, potassium chloride, etc. the particle strength is high, no drying equipment is needed, and the production cost is greatly reduced.
Jordan organic fertilizer production line is a chicken manure organic fertilizer production line. Chicken manure production line, also known as bio organic fertilizer production line, is a set of production equipment which takes fresh chicken manure as raw material and produces natural organic chicken manure fertilizer through a series of processing.
There are two steps in the processing of commercial organic fertilizer in chicken manure production line: early fermentation treatment part and deep processing granulation part. The equipment needed for biological fertilizer production includes composter, organic fertilizer granulator, fertilizer crusher and screen machine, horizontal mixer, disc granulator, rotary dryer, cooler, screening machine, coating machine, packaging machine, conveyor and other equipment.
More than 65% of the fermented rotten chicken manure is ground by the conveyor belt, and the raw material is crushed and mixed with the raw material mill through the electronic measurement (NPK). The good material is crushed by the belt conveyor and granulated by stirring drum. In the drum granulator, under the condition of water and steam, the raw material temperature rises and the viscous material is sticky Itself is triggered.
Under the continuous rolling of the roller granulator, the material gradually rolls into a ball, and at the end of the granulator, the material enters into the pelletizing plate through the belt conveyor. Within the range of the granulation plate, the particles are continuously high and high, and continuously roll and circulate under the gravity. The strength of the particles is further enhanced, and the appearance of the particles is more round. With the increase of the particles in the pelletizing plate, the particles are gradually increased. NPK fertilizer manufacturing process is very similar to Jordan’s organic fertilizer production line.w
Reducing and reusing is really possible with organic gardening. But organic fertilizer plays an important role. Because the fruits, vegetables and gardens are harvested from the soil. You need to maintain soil nutrients for your fruits and vegetables and crops.
Time to use organic fertilizer
Most garden soils contain the most basic necessities. But it may not be enough. More is needed to fully develop.
When nutrition is needed for crop growth
Brass, potatoes and some other plants are more demanding – compost or dry manure is essential – poultry manure particles and buttons continuous planting season
Organic fertilizers are very useful because supplements see particles of poultry manure again
Lawns, shrubs, hedges, trees… Garden compost and manure is still a great supplier – find more lawn and shrub fertilizer here.
When growing on thin fertile soil
Work in manure – continue to use organic fertilizer to make compost of better quality, and plant cloves and beans as green fertilizer digs. Check out the organic base fertilizer and decarbonized rock dust link here.
Some products cannot use organic fertilizer. You must consider the following:
Where does organic fertilizer come from? For example, are algae threatened by commercial development? Will mining calcified seaweed destroy marine life? Does your fish fat come from fish waste?
Do manufacturers use important resources or are they involved in pollution? For example, burning carbon from natural gas used to produce chemical nitrogen,
How can you do this? Transporting large amounts of fresh manure?
Is it excessive or wasteful? The use of urea has attracted many supporters, but they are all considered bad for organic gardening, are soil structural microorganisms destroyed?
Why people are keen on carbon based fertilizer production?
Organic carbon fertilizer based on high-quality lactic acid and semi acid can promote the formation of soil aggregate structure, reduce soil bulk density, increase exchange capacity, adjust soil pH value, and contribute to improving soil moisture, fertilizer, heat preservation and ventilation capacity. Carbon based fertilizer can fundamentally improve the problems of soil hardening and soil fertilizer reduction.
In addition, humic acid is a kind of high molecular compound with multi-functional groups, which can provide sufficient carbon source and energy for soil microorganisms, promote the metabolism and reproduction of microorganisms, increase the retention of soil microorganisms, enhance the activity of soil microorganisms, and improve the soil environment.
Whether it is bamboo biochar, straw charcoal, or tobacco stem charcoal, the premise must be biomass charcoal. Fertilizers that are not in harmony with biomass charcoal can not be called true carbon based fertilizers. Carbon based fertilizer produced by sx organic fertilizer manufacturing technology is a kind of high quality fertilizer.
The emphasis of carbon based fertilizer is biochar, so the main function must be attributed to biochar. According to the porosity and strong adsorption capacity of biochar, the following points can be summarized:
1. Maintain soil moisture;
2. Increase microbial activity;
3. Lock nutrients in the soil;
4. Promote plant growth;
5. Establish lasting fertilizer efficiency.
Manufacturing technology of carbon based fertilizer
At present, carbon based fertilizer is also slowly circulating in the market, and its effect has been verified by many agricultural producers. The effect of carbon based fertilizer on improving soil and crop quality is significant. Carbon based fertilizer products also began to diversify gradually. Biochar can be processed into different types of carbon based fertilizer granules through the granulation process of disc granulator, flat mold granulator and roller granulator.
However, no matter what type of carbon based fertilizer, the ultimate goal is the same. Because of its porous characteristics and strong adsorption capacity, biochar is skillfully combined with various organic matter nutrients, inorganic nutrients and beneficial microorganisms to improve soil aggregate structure, enhance soil moisture and fertilizer retention capacity, enhance microbial activity and improve fertilizer utilization rate.
What are the phases of maturation and development in natural manure creation line?
1. In the beginning phase of stacking: when the temperature of the reactor ascends to around 50 ℃, it is called warming stage. The reactor temperature scope of 25 ~ 40 ℃ is reasonable for some moderate temperature microbial exercises.
2. High temperature stage: following 2 ~ 3 days, the reactor temperature ascends to 50 ~ 60 ℃, which is called high temperature stage. As of now, countless thermophilic microorganisms supplanted the first mesophilic microorganisms, and humification measure was done simultaneously.
How to pass judgment on the fruition of aging in natural manure creation line?
3. Cooling stage: the reactor temperature continuously dips under 50 ℃, which is called cooling stage. As of now, the species and amount of microorganisms in the reactor are more than those in the high temperature stage. In this stage, the decomposable natural material grid in the reactor diminishes pointedly, and humification is predominant.
4. The gathering of humus in the fertilizer expanded essentially. The stacking materials ought to be compacted and covered with soil, so the anaerobic cellulose disintegrating microscopic organisms can likewise overwhelmingly decay cellulose, and gradually complete the later development.
Organic fertilizer equipment is a popular mechanical equipment in chemical fertilizer processing market. With the rapid development of science and technology, the transformation and renewal of organic fertilizer production equipment is also very rapid.
What kind of organic fertilizer pelletizer is suitable for? Bio organic fertilizer spherical granulator is a new generation granulation equipment designed on the basis of absorbing, digesting and utilizing the advanced granulator principle at home and abroad. Through repeated experiments and development, the problems of high temperature sterilization and drying of chemical fertilizer have been overcome.
The new type of organic fertilizer granulator has the characteristics of reasonable design, simple structure, high temperature resistance, bacteria resistance, smooth particles and so on. Because the organic fertilizer particles are easy to loose and not easy to form balls, the moisture content of the particles is low and dry.
Organic fertilizer granulator is used to ferment various organic materials. In order to break the traditional granulation process of organic materials, the raw materials before granulation do not need to be dried and ground, and the treatment of spherical particles can save a lot of energy.
SX fertilizer equipment company specializes in the production of fertilizer granulator, new environmental protection and energy saving drum dryer, BB fertilizer equipment, double roller granulator and mold, fertilizer granulation equipment, compound fertilizer equipment, NPK fertilizer production line, metering and packaging equipment, automatic granulation system, dry powder granulator, biological organic fertilizer equipment, organic compound fertilizer equipment, disc granulator, drum granulator, urea crusher Electronic belt, etc. It is suitable for NPK compound fertilizer, organic inorganic compound fertilizer, organic fertilizer and bio organic fertilizer.
The application of organic fertilizer can improve the soil structure, but its effective nutrient content is low and the fertilizer efficiency is slow. Biological fertilizer can enhance soil fertility, stress resistance and disease resistance, but the biological fertilizer itself does not contain nutrients.
According to the advantages and disadvantages of chemical fertilizer, traditional organic fertilizer and biological fertilizer. Zhengzhou SX chemical fertilizer plant has developed a new type of compound biological fertilizer, which has the functions of biological bacteria activating soil and transforming soil nutrients. We also designed the production method of biological fertilizer.
Benefits of applying biological fertilizer
Biological fertilizer has the characteristics of organic fertilization, soil improvement and rapid effect of inorganic nutrients, which can improve crop quality.
2. Biological fertilizer can increase the nutrient content of nitrogen, organic matter, soluble phosphorus and soluble potassium in soil, increase the number and quantity of beneficial microorganisms in soil, and enhance the function of disease resistance, drought resistance and metabolism of crops.
3. Biological fertilizer has a positive effect on increasing crop yield, improving crop quality and increasing agricultural economic income.
Production technology of pellet bio fertilizer
Due to the advantages of powder fertilizer, such as convenient agglomeration, uneven volume, unfavorable mechanized application, inconvenient transportation and storage, and serious use of biological fertilizer, granulation of biological fertilizer is an urgent need in actual production. The pan type fertilizer granulator is more suitable for the production of biological fertilizer.
Production of biological fertilizer with Pan fertilizer granulator
The effects of production formula, grinding fineness and water content of powdered fertilizer on granulation effect of compound biological fertilizer were studied. The fermented organic fertilizer was crushed and screened, and then mixed evenly with a certain proportion of inorganic fertilizer, and granulated by a pan fertilizer granulator. The pan type fertilizer granulator is equipped with spraying device, which can evenly add water to the material. In the process of biological fertilizer production, granulation is carried out according to the appropriate parameters, so as to improve the production efficiency.
Biological fertilizer granules are dried and screened to obtain the fertilizer we need.
Slow release controlled fertilizers release nutrients slowly in the soil to meet the nutrient requirements of the whole crop growth period. In the process of NPK fertilizer production, slow release and control of fertilizer are realized by granulation and coating.
Slow release fertilizer means that the release rate of available nutrients in plants is lower than that of fast fertilizer after fertilization in soil. Controlled release fertilizer refers to the regulation of nutrient release according to the set release mode and nutrient absorption law of crops. Release not only refers to the release period of fertilizer, but also refers to the release rate of nutrients in fertilizer, which conforms to the law of crop fertilizer demand.
Ideally, controlled release fertilizer can artificially control the supply and release rate of nutrients according to the nutrient requirements of different stages of crop growth. That is to say, nutrients can be released when crops need them and retained in the soil when they are not needed, so that a single application can meet all stages of crop growth.
NPK fertilizer production line processing slow release controlled fertilizer
NPK fertilizer production line can slow release and control fertilizer through fluidization treatment. The main production processes are: batch processing, mixing, granulation, drying, cooling, screening, coating, packaging. Fertilizer granulator is the key to slow release and control fertilizer processing. It determines the size, shape and hardness of fertilizer particles. Fertilizer granulator determines the appearance of the product, and the physical shape of the product also affects the fertilizer effect.
Rotary drum granulator is usually used for slow release and controlled fertilizer production for granulation. The roller granulator has the advantages of large production capacity, low production cost and spherical particles meet the production requirements of slow release fertilizer. The final stage of NPK fertilizer production and processing is coating. After particle coating, it becomes slow release fertilizer.
There are many kinds of organic fertilizer, and bio organic fertilizer is the leader. Biological fertilizer is a kind of fertilizer which combines microbial fertilizer and organic fertilizer.
Bio organic fertilizer products not only contain high organic matter, but also contain microorganisms with specific functions. The microorganisms contained in bio organic fertilizer products should have certain fertilizer functions, such as improving soil fertility, producing and assisting crops to absorb nutrients, activating insoluble compounds in soil for absorption and utilization of crops, or producing various active substances, disease resistant and disease resistant substances.
Biological planting can stimulate and regulate crop growth, reduce or reduce the occurrence of plant diseases and insect pests, and improve the quality of agricultural products.
Biological fertilizer plant mainly includes fertilizer granulator, crusher, mixer, drum machine, etc. Compared with common organic fertilizer, biological fertilizer production technology content is higher.
In addition to adding microbial agents to promote the maturity and decomposition of organic materials in the decomposition process, so as to achieve the purpose of directional decomposition and deodorization, microorganisms with specific functions need to be added in the production of microorganisms to improve the effect of products.
Fertilizer manufacturers will remind you that biological fertilizer is different from ordinary organic fertilizer in the production process. In the biological fertilizer plant, there is no difference from the ordinary organic fertilizer production equipment. The only difference is how to protect functional bacteria, improve the survival rate of bacteria in the production process, so as to maximize the efficiency of fertilizer.
Biological fertilizer plant
The following five points should be paid attention to when processing biological fertilizer production plant
(1) When processing and producing fertilizer, the drying temperature should not exceed 80 ° C, otherwise the number of active bacteria in biological fertilizer will be affected.
（2） When storing and transporting biological fattening, it is necessary to avoid damp or rain;
(3) In the process of biological fattening, direct sunlight should be avoided.
(4) The physical, chemical and biological factors of soil must be taken into account when using biological fertilizer.
(5) Biological fertilizer cannot be used together with pesticide and physiological acid fertilizer.
The advantages of organic and inorganic fertilizer process for sodium glutamate wastewater are as follows
The role of organic fertilizer in improving soil structure, soil fertility, improving soil biological activity, promoting crop growth and improving crop quality has been gradually recognized. Making full use of the waste liquid of glutamic acid to produce organic and inorganic fertilizers can not only be converted into waste, but also help to prevent pollution and protect the ecological environment. The transformation of various wastes into treasures and comprehensive utilization of resources are the concrete embodiment of implementing the scientific outlook on development and realizing circular economy. The waste liquid from glutamic acid production is a high quality raw material for organic fertilizer processing.
Main components of glutamic acid wastewater
In the production of 1 ton sodium glutamate, about 20 tons of high concentration organic waste liquid should be discharged, including N13% ~ 16%, K2O2% ~ 5%, and most of the rest are organic substances, which contain 4.5% ~ 5.0% of various amino acids.
Processing technology of sodium glutamate wastewater from organic fertilizer production equipment
1. After precipitation and concentration, the waste liquid of sodium glutamate is put into the waste liquid storage tank, and the organic waste liquid is heated to the evaporation temperature by the heat provided by the steam boiler.
2. It is pressurized by the mud pump and sprayed on the material curtain of the granulator through the atomizing spray gun. At the same time, some qualified raw materials such as urea, monoamine phosphate, potassium chloride and fillers are transported to the relevant weighing equipment.
3. The material is delivered to the organic fertilizer granulator, in full contact with the organic droplets in the waste liquid storage tank, and saturated steam is introduced at the same time. Due to the friction caused by the rotation of the granulator, organic droplets form a rolling material bed. The extrusion pressure produced by rolling and the cohesive force provided by the drop of organic matter make the material aggregate into balls.
4. Transfer to the rotary drum dryer, heat exchange with the heat of the hot gas furnace; in order to prevent the organic matter content from decreasing due to high temperature carbonization, the temperature during drying must be controlled at 200 ~ 230 ° C.
5. Transfer to the thermal screening to sort the particles, and the small particles directly return to the organic fertilizer granulator, as the core, continue to participate in the agglomeration of particles into balls.
6. The screened semi-finished products are transported to the rotary chiller to cool the fertilizer through natural cold air or forced cold air. Large particles are crushed by a pulverizer and returned to the granulator to continue to participate in the formation of the ball.
7. Select qualified products and send them to chemical fertilizer coating machine for coating treatment.
Fertilizer coating machine fattening device particles
8. Transfer to automatic packing scale for weighing, packaging and storage.
9. Drying, cooling and workshop dust are discharged after cyclone, labyrinth dust chamber and wet washing.
SX equipment factory designed and manufactured a new type of organic fertilizer granulator, which is used to granulate various organic matters after fermentation. Before granulation, raw materials are not dried and crushed, and spherical particles can be directly batch processed to save a lot of energy.
Organic fertilizer granulator is an important equipment for organic fertilizer production. According to the added raw materials, special organic fertilizer granules suitable for oil palm, wheat, banana and other crops can be produced. If the granular organic fertilizer produced is not good, it will directly affect the texture and effect of organic fertilizer.
What details should be paid attention to when the organic fertilizer is produced by the organic fertilizer granulator?
1. The organic fertilizer granulator should be equipped with two powder bins for granulation, so that the granulator does not need to stop when changing the formula.
2. Before the organic fertilizer raw material enters the organic fertilizer granulator, an efficient iron removal device must be placed to protect the granulator from other impurities in the raw material.
3. The granulator of organic fertilizer should be placed on the cooler, and the crusher should be placed under the cooler
5. The finished granular organic fertilizer should be packed and put into the finished product warehouse. Pay attention to the preservation of the environment to avoid the influence of organic fertilizer.
The above are some details that should be paid attention to during the operation of fertilizer granulator. These technologies not only save a small amount of power input, effectively reduce the cost, but also improve the efficiency of the task, improve the speed, and achieve satisfactory results.
In cement, pulverized coal, chemical fertilizer and other industrial production fields, the granulation of powder or small non cohesive materials cannot be separated from the disc granulator.
Disc granulator has an irreplaceable role. Its rationality and advanced nature make it not only popular in fertilizer industry, but also talent shows itself in similar granulator equipment, and its application field is broader.
Structure of Pan fertilizer granulator
The structure of disc granulator is mainly composed of main body, main reducer, motor and transmission part.
Compared with the traditional equipment, the disc granulator is more scientific and unified, and can complete its own granulation work. High strength glass fiber, integrated arc design structure and three discharge outlets are designed to meet the needs of large-scale or large-scale granulation and ensure high granulation rate.
These structural optimizations improve the performance of the pan granulator to a new height, with the characteristics of uniform particle size, stable operation, weight and height reduction, which is convenient for operators to use.
The machine only needs a few people to complete all the work, effectively reduces the labor intensity, has strong flexibility, is suitable for NPK fertilizer production line, and can meet the needs of large material granulation.
Powdery organic fertilizer is a kind of organic fertilizer without granulation and drying, which occupies the absolute main market share. Compared with granular bio organic fertilizer, powdery organic fertilizer has the advantages of less investment, lower production cost, less nutrient loss in the process of processing, lower price and less ecological pollution, which is generally accepted by the plantations and fruit and vegetable bases.
However, the powdered organic fertilizer has not been treated by disc granulator equipment, and its shape is not beautiful enough, so it is not suitable for machine seeding and application.
Equipment for powder organic fertilizer production
The production of powdery organic fertilizer is relatively simple. The main production machine has the following five parts: organic fertilizer steering machine, forklift, distributor, pulverizer and screening machine (drum cutter or vibrating screen machine).
How to configure a powder fertilizer production line?
It is necessary to connect equipment and equipment with belt conveyor to form a complete organic fertilizer production line
1. The belt conveyor above the crusher is connected with the screened raw materials.
2. The belt conveyor above the screening machine is connected with fermentation raw materials.
3. The belt conveyor under the sieve machine connects and screens the finished products, and sends the finished products to the processing site for weighing and packaging.
4. The warehouse needs a conveyor for loading.
There are many kinds of organic fertilizers on the market now. How to choose organic fertilizer scientifically and reasonably? If you want to buy high quality organic fertilizer, you should combine the following principles.
Top Three Ways to Choose Quality Processed Organic Fertilizer Products
First: What’s the organic fertilizer composed of?
1. Organic fertilizer must be decomposed completely before application. Like regular and qualified company products, all products adopt the most advanced organic fertilizer decomposition technology. Through the long-term fermentation of fermentation bacteria, bacteria can be completely killed and completely decomposed.
High quality organic fertilizer should contain a variety of beneficial microorganisms, which can continuously release nutrient elements and plant growth hormone needed by plant growth. High organic matter content can increase soil unity and particle structure, and improve soil fertility, moisture and heat preservation ability. The results show that the effect of fertilizer is long, the nutrition is released evenly and the effective period is long. Improve the micro ecological environment of crop roots and promote root growth.
Recovery and utilization of exfoliated organic fertilizer
Urban landscape greening produces a lot of defoaming every day. Exfoliation is a good organic fertilizer material with low price. The nutrient content in the leaves is quite high. Application of fallen leaves as organic fertilizer can improve soil, increase soil organic matter content, improve soil additive conditions, improve soil fertilizer and water-saving capacity, and regulate soil pH.
According to the determination, apple leaves contain 3% – 6%, 0.2% – 0.3% phosphorus, 2% potassium and many trace elements; pear leaves contain 2% – 2.2% nitrogen, 0.1% – 0.25% phosphorus and 1.2% – 2.6% potassium. After the whole fruit stage, the nitrogen content in the leaves of the whole tribe in each mu pear orchard was equivalent to 98 kg ammonium bicarbonate, 12 kg super phosphate and 20 kg potassium carbonate.
These organic fertilizers are rich in organic matter and can be used to grow flowers, grass and vegetables. Stacking fallen leaves on tree roots can also improve soil poverty. If all the tribal leaves of the tree are used as organic fertilizer, then the tree does not need additional fertilizer.
According to the actual content of raw materials, adding appropriate amount of high nitrogen material, adjusting C / N ratio and microbial agent, accelerated the composting process. The recycling of exfoliated organic fertilizer reduces the amount of chemical fertilizer applied, improves the quality of green soil, and realizes the recycling of garden material metabolism.
Dried Chicken Manure Has Commercial Value Although It Greatly Lessens the Nuisance That Wet Litter Can Cause
Poultry farmers are usually beset with all the problem of poultry litter that can be quite a nuisance. It releases a high level of ammonia that triggers the environments in the hen houses being poor, and bring about distress on the list of birds, the workers in the home and even to neighbors. Ammonia gases harm the environment and fall foul of laws that require their release to get minimized. Additionally, wet poultry litter also attracts flies and this is often a big nuisance to farmworkers and others within the vicinity.
All of these problems ensure it is important to look at ways to reduce these difficulties and to figure out ways to dry the poultry litter so that it is simple to dispose of, and in addition give it a great deal of commercial value. It is actually easy to install these drying systems in the poultry house itself, but these can certainly produce a large amount of dust and may have limited capacity as space inside hen houses has limitations, which is better useful for the poultry that is certainly a part of money-producing business.
It is usually far better dry the manure beyond the poultry. The chicken manure created in your house should be cleared regularly each day so that dust and ammonia in it is kept at reasonable levels. Poultry manure may be dried all through the year in dryers and then transformed into a form of organic fertilizer which includes an assured market in garden supply centers and provides an excellent fertilizer that may be organic and has no chemicals. The countless process dryer systems that could be safely installed in areas alongside poultry houses is not going to only dry the manure minimizing all of its polluting problems but may also pelletize them to make sure they are convenient for just about any further use.
Most equipment useful for drying and pelletizing chicken manure essentially uses perforated plates which are often made from galvanized and powder-coated steel. Perforation portion of these plates helps keep 35 percent in their surfaces open to ensure the drying process created by blowing air is faster. The plates will be in constant motion when they move throughout the current of forced air, and some machines tilt the plates allowing dried manure to fall off on the plates below that are in constant motion and additional the drying process.
Air that may be blown into these dryers are at high-pressure and allows the manure to be dried to 80-85% within 72 hours. This can vary dependant upon the ambient humidity. The drying process also reduces the production of any fine dust to your large extent. Capacities of drying plants should be to ensure that they must be able to dry all of the manure that the layers inside a house can cause within 3 or 4 days and get extra capacities built in.
These systems will not require a lot of energy. The drying of your chicken manure greatly reduces odor, ammonia and also the problems of flies, while producing products that can be easily available in bags and containers as fertilizers for crops.
In the majority of rural areas, cow dung or simply just cattle manure can be used widely in gardens. However, in comparison to others, cow manure isn’t actually loaded with nitrogen, nevertheless it comes with an extremely higher level of ammonia which can damage plants and burn them. Plants could be burned when cow manure is used directly to them. Our article goes into more details on how to make fertilizer from cow manure.
A effective and safe approach to use cow manure on plants is to compost it and you’ll essentially reap benefits in that way. Cow manure is literally comprised of nutrients and organic materials. However, they generally do contain just around 3% nitrogen, 2% phosphorous and of course the famous 1% potassium. So that as we’ve said before, it can actually contain quite a top level of ammonia as well as a group of dangerous pathogens.
Because of the above reasons, cow manure ought to be composted or aged to ensure that it can be safe for usage as being a fertilizer. When properly composted, you’ll have the ability to make use of cow manure without worrying about weed seeds, pathogens and ammonia. And you’ll be able to easily add the compost to your soil and reap the organic benefits that come with it. However, due to the moisture holding capabilities, you’ll also be able to water your plants significantly less.
Once you water your plants less, the fresh roots can readily use nutrients and water every time they should need them. And you’ll additionally be enhancing the aeration to your plants since heavily compacted soil will probably be easily separated. Composted manure also includes the beneficial bacteria that is required for converting your nutrients into an readily available form for the plants plus they prevent burning.
In relation to the composting process, you’ll have to firstly select a location that may be suitable for developing a pile that may be roughly a 4-foot square. It’s also good to bear in mind that you’ll also have to turn the pile so ensure you have sufficient room. Next you’ll need to spread about 3 inches of dry organic material layer onto the square area. Then you’ll spread roughly 2 inches of cow manure.
You’re gonna should continue layering until your pile is around 4 feet in height. Then you’ll must water your pile to make sure that it is actually completely damp even at the bottom. After you’ve dampened your pile, you’ll should give a layer of soil. About every three days or so, you’re likely to have to turn your compost pile as a way to allow the flow of air involved with it.
You’ll also need to ensure that your pile stays moist. And you’ll have to periodically examine the temperature when you turn it to help keep the temperature at its optimum level. After the composting process is completed, you’ll see that it must be dark brown, having an earth smell in fact it is quite crumbly.
While we conclude we have now just considered the best way to compost cow manure to make it into fertilizer. So we have likewise discussed the numerous benefits associated with cow manure fertilizer. So, understand that you can’t apply fresh cow manure until you’ve composted it!
Should you be looking for the simplest way to mix compost you need to ensure that you just select a machine that will assist you to mix the compost the ideal. The proper machine is going to help you mix your compost without difficulty and you could easily mix what you must mix if you choose this machine. Mixing your compost is extremely important. You should make positive that you mix the compost properly if you wish the compost in the future out the proper way.
You can actually create the compost mixing line by investing in the best materials for your business. You must choose a line that will are best for your needs. The appliance is going to help you in many ways. It might blend and pulverize the materials hence they are ready to be used in the machine.
The mixer machine will almost certainly do a great job of mixing the compost. This makes it super easy to handle the compost and it also utilizes a special rotor to ensure that the compost will be blended properly. When the compost is going to be mixed the actual way it should certainly you need to use a good compost blender.
The blender won’t cause residue and contains a rotor that has a professional design. The rotor decreases the reside plus it pulverizes with ease. The blender features a double shaft type and single shaft type. The organic compost production line is a great investment and you could make plenty of great compost with this particular machine.
When you are interested in a compost machine you will need to pick the best size of the equipment. There are 2 types to choose from and you will have to choose which machine will be the very best for your needs. The mixers have different production capacities and you will have to choose which capacity will probably be the ideal to suit your needs.
In case you have a lot of waste you need to mix you need to go with a piece of equipment that has a higher capacity. It can be difficult trying to choose the machine that is the best for your expections so be sure that you select the right situation for your requirements. The ideal mixer will fit your purposes and make it the lot easier to deal with your various issues.
The pan mixer is an excellent choice because this machine is made up of mixing plate, discharge port, and arm. It is possible to use and it may work for many years without causing any problems. It is going to stir the compost quickly and a great job overall of keeping your compost mixed.
The mixer is a great deal and this will direct you towards a number of ways. The mixer will help you cope with all of your needs and it won’t take very long to get going when you use it. The mixer is a superb deal and can assist you often. Want to choose a per-matched blender for your compsot business, go to https://compostturnermachine.com/compost-mixer/
Everywhere you can find cows, you can be certain of just one thing, there will also always cow manure. As beef and dairy farming intensified, industrialized and specialized, the need to find urgent solutions for cow dung environmental pollution problems became real. Because of this, many machines were inverted to turn cow dung into powder fertilizer.
Let’s take into account the fact than an average beef cattle unit produces around 10.5 a great deal of manure annually, plus an average dairy cow unit produces over 15.4 a great deal of manure annually. To get things into perspective, a city with 410,000 residents produces less waste when compared to a single dairy farm comprising 2,500 animals. Cow dung pollution is a huge global problem. In certain countries, pollution from cattle manure exceeds industrial pollution. Many individuals wrongly feel that animal waste is “natural” so it’s not dangerous, but that is certainly far from the truth.
Fortunately, cow dung can be changed into a great organic fertilizer powder. It includes each of the nutrients plants need to thrive and it’s rich in organic matter. The NPK profile of cow dung is 1% potassium, 4% nitrogen, and two% phosphorous. Other constitutes of cow dung besides micronutrients and organic matter are various enzymes and microorganisms. To be able to convert cow dung into fertilizer, specialized machines are often needed. The fertilizer produced can vastly improve soil structure and fertility. What’s more, the fertilizer can promote healthy microbial growth which will help prevent common root diseases and rot.
Cow manure is a good organic fertilizer, however if you put fresh cow dung onto the soil, the vast amounts of ammonia produced could cause a horrible odor and burn crops. Furthermore, unprocessed cow dung may be loaded with salt, based on the diet the cattle were fed, which happens to be not perfect for crop growth. To produce a nutritious fertilizer, cow dung needs to be composed. Natural fermentation of cow dung can take a long time, but fortunately, now there is a variety of modern composting machinery in the market designed to accelerate the procedure.
Cow dung must be fully fermented before it is used on agricultural soil. Otherwise, it is going to cause soil temperatures to increase, that may damage crop root systems. Furthermore, fresh cow dung is full of parasitic organisms and pathogens, which may be damaging towards the surrounding environment and water supplies.
To turn cow manure into a safe organic NPK powder fertilizer, it should be fully decomposed. The easiest method to compost cattle waste is to buy the best cow dung fertilizer machines, like self-propelled compost turners, hydraulic windrow turners, and dewatering machines.
High-grade NPK compound fertilizer is in high demand which is relatively cheap to create. By producing powder fertilizer from cow dung, you can help to handle the mounting global environmental pollution problems associated with mounting animal waste. What’s more, with all the right equipment, powder fertilizer might be processed further into granules or pellets. Granules are simpler to store and transport. Look into the latest granulation machines to perform your cow dung fertilizer production line.
With regards to increasing your overall manure management, there has been a series of new and improved technologies which are now being employed throughout the industry. In simple terms, these specialised tech solutions are now serving in order to even successfully reduce the pollution that is certainly created in water ways due to misused manure. However, to be able to properly implement these techniques, a series of management issues needs to be firstly applied. Our article enters into some important points for managing and selling manure.
Only if manure is effectively managed then the benefits of its use can be captured. This simply just implies that it is going to finally be easier to include it with farming systems while making sure the water pollution remains reduced or rather controlled. When biological decomposition occurs, some by-items are produced and as a result of techniques that manure is treated or perhaps stored, the by-products may also be controlled. This allows the farmer to produce a highly marketable product, in addition to manage the nutrients in the manure along with any odors.
Since microorganisms make the potentially profitable waste elements, it really is necessary to provide you with the perfect environment to allow them to thrive. So, if you carefully handle, treat or store your manure inside a desired environment, this encourages the microorganisms to make by-products which are good for you. Additionally, farmers may use biological manipulation to generate the perfect by-product based on their market.
If manure is mixed with a material that may be abundant in carbon as well as enough air, the manure may be easily converted into compost within a case where all the air has become eliminated and heat is added, you’ll have the ability to create biogas, in addition to a stable effluent. However, biologically manipulating your manure is a reasonably challenge with regards to the environment and frequently the type of animal plus the feed that they are fed along with a management system all play a huge role within the microbial activities that occur. Additionally, these activities are greatly affected by the solids content.
People that have a higher solids content are fantastic for undergoing aerobic activity. And if you’re employed to adding bedding along with water and even waste feed, this will likely also affect the microbial activity. Based on the pH values associated, this may also affect those who be involved in creating methane. And as we’ve said before, the meals intake also plays a crucial role in management since higher protein diets build a pretty intense odor.
When it comes to selling, probably the most recommended techniques for selling is usually to simply fill sizable bags and then sell to farmers. You’ll simply must collect the poop when it is fresh and add them to a trusty container for your manure to form. And so they even produce a pretty decent profit dependant upon the animal the manure has come from. However, in order to use the markets by storm, you’ll also have to put a little effort into how you will advertise your product don’t forget to get creative.
Since we conclude we have now just discussed many ways for managing your manure. And that we have likewise given some guidelines on how to produce a profit yourself. Remember, you ought to never apply fresh manure to fruits or vegetables that are eaten raw given that you can generate an E. coli outbreak!