Granular bio-organic fertilizer processing process
The processing process of the grainy bio-organic fertilizer is as follows: 1. ** Pretreatment of raw materials **: - The raw materials of the composts are transported to the storage yard, weighed, and sent to the mixing and stirring device. In this process, clean water must be used, and it cannot be mixed with the organic waste water produced in the factory. - Some raw materials, such as coal cinders, were crushed into coal cinders of a suitable size, and bamboo dregs and straws were respectively crushed and ball-grinded into bamboo dregs short fibers and straw short fibers of a suitable length and thickness. Mix an appropriate amount of coal cinders, bamboo dregs short fibers, straw short fibers, pig manure, and other raw materials (different formulas have different raw materials, and can also include livestock and poultry manure, crop straws, mushroom dregs, fruit dregs, medicine dregs, etc., such as cow and sheep manure, which has a high crude fiber content, can be directly used to pellet), and the mixed materials are fermented and decomposed under closed conditions. There was also the method of breaking the waste tortoiseshell pieces into tortoiseshell grains of suitable size, and soaking the tortoiseshell grains with functional bacteria. 2. ** Granulation **: - The new type of organic fertilizer rapid crystallizer can be used. It uses the advanced technology of squeezing and rounding machine to mix a variety of organic fertilizer raw materials evenly and add trace elements to quickly pellet. This equipment is suitable for the pellet of various organic fertilizer raw materials. It can directly pellet the cattle and sheep manure with high crude fiber content without adding any binding agent. There is no temperature in the body during pellet, and it can produce organic and mineral compound fertilizer, bio-organic fertilizer, etc. It can also be made into fertilizer granules of appropriate size by using a plate type crystallizer or a drum type crystallizer. 3. ** Post-processing **: - This included drying and cooling. For example, the fertilizer granules were dried at a suitable temperature, and after drying and cooling, the granules of organic fertilizer were produced. In some cases, the high heat generated during the pellet process only needs to be cooled. Read more exciting novels for free
The explanation of bio-organic fertilizer
Bio-organic fertilizer is an organic fertilizer or organic micro-coated fertilizer processed from organic solid waste (including organic waste, straw, livestock manure, cake, agricultural and sideline products, and solid waste generated from food processing) after being fermented, detoxified, and completely decomposed by microorganisms. Its product categories include farmyard fertilizer (such as manure, marsh residue, etc.) and commercial bio-organic fertilizer (i.e., organic micro-coated compound fertilizer produced after the commercial production of farmyard fertilizer). Bio-organic fertilizers had many advantages. Compared with chemical fertilizers, bio-organic fertilizers had more complete nutrients, could improve soil, improve product quality, improve crop root-zone microorganisms, and thus improve plant resistance to pests and diseases. They could also promote the utilization of chemical fertilizers to improve the utilization rate of chemical fertilizers. Compared with the refined organic fertilizer, the bio-organic fertilizer was completely decomposed without burning the roots or rotting the seedlings. After high temperature decomposition, it could kill most of the pathogenic bacteria and eggs to reduce pests and diseases. Adding beneficial bacteria could reduce the occurrence of diseases. The nutrient content was high and the odor was light. Compared with the farmyard fertilizer, the bio-organic fertilizer was completely decomposed, and the death rate of eggs reached more than 95%. It was odorless and convenient to apply evenly. Compared with biological bacteria fertilizer, biological organic fertilizer contained functional bacteria and organic matter, which could improve the soil and promote the release of fixed nutrients in the soil. Moreover, the organic matter provided a suitable living environment for the functional bacteria, which was easy to survive after being applied to the soil. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
The difference between organic fertilizer and bio-organic fertilizer in northwest China
The organic fertilizer mainly comes from plants and (or) animals. It is a carbon-containing material that is applied to the soil to provide plant nutrition as its main function. It is processed by biological matter, animal and plant waste, and plant residue to eliminate toxic and harmful substances. It is rich in a large number of beneficial substances, including a variety of organic acid, peptides, and rich nutrient elements such as nitrogen, phosphorus, and potassium. It can provide comprehensive nutrition for crops and has a long fertilizer effect. It can increase and update soil organic matter and promote the reproduction of microorganisms. It could improve the physical and chemical properties and biological activity of the soil, which was the main nutrient for the production of green food. Bio-organic fertilizer refers to a type of fertilizer that has both the effects of a biochemical fertilizer and an organic fertilizer. It is a compound of specific functional microorganisms and organic materials that are mainly derived from animal and plant residue (such as livestock manure, crop straws, etc.) and have been harmlessly treated and decomposed. After the beneficial microorganisms enter the soil, they form a symbiotic relationship with the microorganisms in the soil, which suppresses the growth of harmful bacteria and transforms them into beneficial bacteria. They interact and promote each other to play a cooperative role in the group. The beneficial bacteria produce a large number of metabolism products in the growth and reproduction process to promote the decomposition and transformation of organic matters. It can directly or indirectly provide various nutrients and stimulating substances for crops, promote and regulate the growth of crops, and recover agricultural waste. It can reduce environmental pollution, is safe for people, livestock and the environment, and is non-toxic. It is an environmental friendly fertilizer. Whether it was in the northwest or other regions, the difference between organic fertilizer and bio-organic fertilizer was mainly that bio-organic fertilizer contained the essential feature of specific functional microorganisms. There were differences between the two in terms of source, mechanism of action on soil and crops, and environmental benefits. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
What are the processing techniques of the organic fertilizer?
Granular bio-organic fertilizer processing technology mainly includes the following: 1. ** Traditional Craftsmanship ** - ** Pre-processing **: - After the raw materials of the composts are transported to the storage yard, they are weighed and sent to the mixing and stirring device. They cannot be mixed with the organic waste water produced in the factory and domestic waste water. Clear water must be used. According to a certain ratio (such as chicken manure: cassava dregs or mushroom dregs: straw = 6:2:2), the raw materials were mixed, and the organic biological fermentation compound bacteria was added (1 - 2kg per ton of raw materials). When the ingredients were mixed, the brown sugar was dissolved in water, and then the organic fertilizer fermentation bacteria was added and stirred evenly. Then, the diluted liquid was evenly sprinkled on the raw materials and stirred evenly with a stirring machine. The raw materials of the composts should be soaked in water in advance, and the water used to dilute the biological fermentation bacteria should be drinking water without disinfectant. After processing the raw materials, the moisture content of the organic fertilizer should be roughly adjusted to 60% - 65%, and the carbon-nitrogen ratio should be 20 - 30. - ** First Ferment **: - The mixed raw materials were sent to the primary fermentation workshop to be piled into a fermentation pile, and the pile was turned over once every two days to supplement water and nutrients. The fermentation temperature was controlled at 50 - 65 ° C, and the fermentation period was eight days. - ** Post-processing **: - Sieve the finished product of the composts, and process the undersized products according to the moisture content. After the sieve was made into granules, it was sent into a drying machine, and various kinds of impurities were added according to the ratio, then stirred and mixed to make the finished product, which was then split and stored in the warehouse. The oversieved material was returned to the crushing process for reuse. 2. ** Another Traditional Craftsmanship ** - ** Mix raw materials evenly **: - The main ingredient is livestock manure. The ingredients (straws, waste tobacco leaves, planting and processing wastes, etc.) are crushed, and organic biological fertilizer is added. Phosphorus ore powder, potash ore powder, etc. can be added appropriately to adjust the nutrients, carbon-nitrogen ratio, carbon-phosphorus ratio, pH value, etc. of the materials. After the treatment, the moisture content of the raw material was controlled to be 60% - 65%, and the C/N ratio was 20 - 30. The production of bio-organic fertilizer requires the addition of beneficial bacteria and functional bacteria when the material temperature is less than 40 degrees after the high temperature period of fermentation. Paddle-type overturning machine can control the materials in the tank in sections. Its mixing, fermentation, stirring, and drying functions can simplify the production process, such as mixing ingredients, fermentation, aging (decomposition), and drying, reducing material handling. - ** Fermenting **: - The organic fertilizer raw materials were fermented using an aerobic fermentation process. The materials were turned over by a paddle type turning machine. Each turn moved backward about 2.2 meters. The turning machine could be used as a stirring machine. The chicken manure, the cassava dregs, and the 0.15% organic material decomposing agent were evenly stirred, and stacked into a stack of 60 - 80cm high strips. Every 2 - 3 days, the stack was turned over by a turning machine, and the fermentation temperature was controlled below 70 ° C. After about 20 days, the odorless effect was achieved, and the fermentation was completely decomposed. 3. ** An improved process (involving specific materials)** - ** Material preparation **: - The coal cinders are crushed into coal cinders with a grain size of 70 - 150 mesh, the bamboo dregs and the straws are respectively crushed and ball-grinded into bamboo dregs short fibers and straw short fibers with a length of 1 - 1.5mm, and a proper amount of coal cinders, bamboo dregs short fibers, straw short fibers and pig manure are mixed. - ** Fermented **: - The mixed materials were fermented and decomposed under closed conditions. - ** Preparing and drying the pellets **: - The waste tortoiseshell blocks after the glue is boiled are crushed into tortoiseshell granules with the grain size of 20 - 30 mesh, the tortoiseshell granules are soaked with a functional bacteria agent and then used as an agglomerating material, a proper amount of agglomerating material and decomposed materials are made into fertilizer granules with the grain size of 4 - 5 mesh through a plate agglomerating machine or a drum agglomerating machine, and then the fertilizer granules are dried at a suitable temperature to obtain the finished product. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
An application to purchase a bio-organic fertilizer grinder
#Bio-organic fertilizer grinder purchase application Dear [Department/Person in Charge], With the continuous development of our company, the demand for the production of bio-organic fertilizer is increasing day by day. In order to improve the production efficiency and quality of bio-organic fertilizer, we are now submitting an application to purchase a bio-organic fertilizer grinder. ##1. Reason for purchase 1. ** Production requirements ** - In the production process of bio-organic fertilizer, the crushing of raw materials was a crucial step. At present, with the increasing demand for bio-organic fertilizers in the market, the existing crushing equipment could no longer meet the growing production tasks. Its processing capacity was limited, causing the production progress to lag behind and affecting the timely supply of products. - From the perspective of raw materials, the raw materials of bio-organic fertilizer include but are not limited to various crop straws, livestock manure fermented products, etc. The characteristics of different raw materials (such as humidity, hardness, fiber content, etc.) vary greatly. It is difficult for the existing equipment to efficiently crush these raw materials with different characteristics, thus affecting the efficiency of the fermentation and subsequent production processes. 2. ** Requirements for improving product quality ** - A good crushing effect had a direct impact on the quality of the bio-organic fertilizer. Uneven crushing would lead to incomplete fermentation, affecting the nutrient release and effectiveness of the fertilizer. The new bio-organic fertilizer grinder could provide a more stable and finer grinding effect, which would help improve product quality and enhance the competitiveness of products in the market. ##II. Equipment Selection and Benefits 1. ** Equipment Selection ** - After researching all kinds of bio-organic fertilizer grinders in the market, we have initially selected the specific brand/model of the grinder. This equipment had outstanding performance among similar products. 2. ** Equipment advantage ** - ** Processing capacity **: It has a high production capacity, which can meet the current and future expected production scale growth needs of our company. For example, it can process [X] tons of raw materials per hour, which is an increase of [X]% compared to our existing equipment. - ** A wide range of applicable raw materials **: It can effectively crush materials with a water content within [specific water content range]. It can be used to crush materials such as high-humidity livestock manure fermented products and straw with high fiber content. - ** Good crushing effect **: Unique design such as multi-layer chain + multi-layer blade is adopted, which can make the crushing particle size of the material reach the specific particle size requirement, which can meet the requirements of the subsequent processes such as granules in the production of bio-organic fertilizer. At the same time, the internal structure of the equipment was designed reasonably, which could reduce the phenomenon of material sticking to the wall and ensure the continuity of production. - ** Energy-saving and environmental protection **: In terms of energy consumption, compared to traditional equipment, this grinder can reduce energy consumption by [X]%. In addition, the noise and dust pollution generated during the operation were low, which met the environmental protection requirements. ##III. Analysis of the budget and costs 1. ** Equipment purchase budget ** - The purchase price of the bio-organic fertilizer grinder was estimated to be [X] yuan. This budget included the purchase cost of the equipment itself, transportation costs, and related costs for equipment installation and testing. 2. ** Cost Analysis ** - ** Short term cost **: Although the purchase of equipment requires a one-time investment, in the short term, after the new equipment is put into use, due to the improvement of its processing capacity, it can reduce the overtime time and the additional costs that may be incurred due to production delays. It is estimated that within [specific time period] after the equipment is put into use,[X] yuan of short-term cost can be saved. - ** Long-term cost **: From a long-term perspective, the maintenance cost of this equipment is relatively low. Its main components have a long service life and are easy to replace. It is estimated that the annual maintenance cost is about [X] yuan. At the same time, due to the energy-saving characteristics of the equipment, the energy cost will also be significantly reduced after long-term operation. It is estimated that the energy cost can be saved by [X] yuan per year. ##IV. Anticipated Benefits 1. ** Production efficiency ** - After the new bio-organic fertilizer grinder is put into use, it is estimated that the daily output of bio-organic fertilizer will increase by [X]%, and the production cycle will be shortened by [X] days, thereby improving our market supply ability and better satisfying customer orders. 2. ** Quality Benefits ** - With the optimization of the crushing process, the quality of the bio-organic fertilizer would be significantly improved. This will help improve the market reputation of our products, enhance customer satisfaction, and further expand our market share in the bio-organic fertilizer market. To sum up, the purchase of bio-organic fertilizer grinder is of great significance to the production of bio-organic fertilizer in our company. Please approve the purchase application from the relevant department/person in charge. [Request Department] [specific date] <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
How to use bio-organic fertilizer correctly?
The correct use of bio-organic fertilizer is as follows: 1. ** Selection of fertilizer method ** - ** Sowing **: Combined with deep ploughing, or evenly apply bio-organic fertilizer in the area where the roots are concentrated and in the soil layer that is kept moist, so that the soil and fertilizer are mixed. - ** Strip fertilizer method **: For grapes, kiwifruit and other crops or fruit trees, when drilling, you can open a ditch or open a ditch 5 cm away from the fruit tree to apply fertilizer before sowing. - ** Ring-ditch method **: For young fruit trees such as apples, peaches, oranges, etc., a circle of ditches is opened around the trunk 20 - 30 cm away from the trunk, and then covered with soil after fertilizer. - ** Radial-shaped furrow application **: Apple, peach, orange and other mature fruit trees, 30 cm away from the trunk, according to the extension of the fruit tree root system, open 4 - 5 50 cm long furrows around, cover with soil after fertilizer. - ** Hole application **: sow or transplant crops such as corn, cotton, and tomatoes, apply fertilizer to the sowing holes, and then sow or transplant. - ** Root soaking method **: For transplanted crops such as rice and tomatoes, prepare a fertilizer suspension with bio-organic fertilizer and 5 parts of water. Soak the roots of the seedlings before planting. - ** Seed fertilizer covering method **: After sowing, cover the seeds evenly with bio-organic fertilizer. 2. ** Watering after fertilizer **: After using the bio-organic fertilizer, water must be poured immediately. Not only the surface layer of the soil should be wet, but sufficient water can provide the necessary factors for the growth of the bacteria, promote the growth, reproduction and metabolism of the bacteria, so that the plants can grow better and reduce the invasion of pests and diseases. 3. ** Soil moisture content when applying fertilizer **: When applying fertilizer, the soil moisture content should not be too high. 4. ** Regarding fertilizer mixing **: It is not recommended to mix it with fertilizer. 5. [** Duration of fertilizer application **: It needs to be applied year after year.] 6. ** Fermenting time **: Bio-organic fertilizer can be used throughout the entire growth cycle of the plant and is helpful to all stages of plant growth, unlike some ordinary fertilizers that need to be applied strictly according to time (for example, if ordinary base fertilizer is used when the plant is blooming, it may cause adverse effects to the plant, but bio-organic fertilizer will not). <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Bio-organic fertilizer prilling equipment structure
The following are the structural features of some of the bio-organic fertilizer granules: 1. ** Double Roll Pressing Granulator **: Can be used to pellet a variety of raw materials, including livestock manure, kitchen waste, etc. There was no mention of the specific structure. 2. ** New type of organic fertilizer fast pellet machine **: - ** In terms of structure **: The structure is exquisite. It consists of feeding, compression molding, discharge, and control. It was a high-precision die with a four-rod squeezing structure. This structure was compact, small in size, and easy to install. 3. ** Disc Pelletizer for organic fertilizer **: - ** Machine frame **: It is the body frame of the transmission part and the rotating part of the entire machine. Due to the high demand for support, the frame is made of carbon channel steel to meet the quality certification and technical requirements. - ** Adjusting part **: The pellet plate is an important part of the entire machine. It is installed on the adjusting part. It is made of high-quality carbon steel plate and channel steel. It has passed the quality certification and meets the requirements of the machine. - [Transmission part: The transmission part is very important.] The motor is installed on the adjustment frame and has reliable quality. The motor drives the belt wheel and belt. The decelerator and the small gear are driven by the small gear. The big gear on the pellet plate makes the pellet plate work. Gears of different size were hardened by high-frequency quenching, and their service life was twice that of the original gear. The whole ball-making plate was fixed on the driving shaft of the adjusting plate, and the connecting part of the column head was designed with a conical matching design. 4. ** organic fertilizer squeezing and pellet unit **: - The fixed part of the main machine is composed of a central heating template. There are enough mold holes to ensure the output. There are heating channels in the corresponding positions. Steam or hot oil is used to heat and keep the mold holes from being blocked. - The equipment was made of stainless steel, with a general size of 20 - 40 cubic meters. It was composed of a U-shaped container, a spiral belt, a stirring blade, and a transmission component. The U-shaped long cylinder structure ensured that the mixed materials (powder, semi-fluid) had little movement resistance in the cylinder. The positive and negative rotating spiral belts are installed on the same horizontal shaft. The outer spiral gathers materials from both sides to the center, and the inner spiral sends materials from the center to both sides, so that more vortexes are formed by the flow of materials, which speeds up the mixing speed and improves the mixing equality. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Tai 'an City Bio organic fertilizer bidding
The following is the situation related to the bidding of bio-organic fertilizer in Tai 'an City: - 2023 Tai 'an High-tech Zone Liangzhuang Town 10,000 mu High-standard farmland construction project (transformation and upgrading) Bio-organic fertilizer purchase: - The budget was 2.01 million yuan, and the highest price was also 2.01 million yuan. - Potential bidders should receive the bidding documents through the system on the Tai 'an City Public Resource Trading Platform (website: <anno data-annotation-id ="00000000 - 4fd2 - 4f10 - 8f118f1111123"></anno></anno></anno> and submit the response documents before 09:00 on October 17,2023 (Beijing time). - In terms of the qualification requirements of applicants, they must meet the provisions of article 22 of the "Government Purchasing Law of the People's Republic of China" and implement government procurement policy requirements such as promoting the employment of disabled people, the development of small and medium-sized enterprises, and the development of prison enterprises. The specific qualifications of this project require that the bidding supplier must be an organic fertilizer manufacturer. The manufacturer must have a "fertilizer registration certificate" issued by the national agricultural department within the validity period and a bio-organic fertilizer test report issued by an authoritative organization. The supplier must not be listed on the list of dishonesty by the relevant credit websites. The consortium bid is not accepted. - 2023 Xintai City Shilai Town 8,500 mu high standard farmland construction project (transformation and upgrading) goods procurement and installation bid section II (second bidding for bio-organic fertilizer procurement): - The budget was 1.7 million yuan. - Potential bidders should register and bid on the Shandong Province Government's Public Purchasing Information Platform (<anno data-annotation-id ="33333348 - 4110 - 4448 - 4418 - 8888 - 999999999999"></anno>), register on Xintai City's Public Resource Trading Network (xxx.com.mn), download the procurement documents through Xintai City's Public Resource Trading Network after successful registration, and submit the bidding documents before 2023 - 10 - 31 08:30:00 (Beijing time). - The qualification requirements of the applicants include meeting the relevant provisions of the government procurement law and being an independent legal entity registered in the territory of the People's Republic of China. If the bidder is a producer, it must provide the "fertilizer registration certificate" issued by the agricultural department within the validity period and other relevant indicators. This project is specially reserved for small and medium-sized enterprises, and large-scale enterprises are not accepted to participate in the bidding.(Welfare units for the disabled and prison enterprises are regarded as small and micro-enterprises). If they are listed on the list of dishonesty by relevant credit websites, they are not allowed to participate in the bidding and do not accept consortium bids. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
How to identify the quality of the particle bio-organic fertilizer
To identify the quality of the pellet bio-organic fertilizer, one can start from the following aspects: ** 1. Check the packaging specifications ** 1. ** product registration certificate **: The top right corner of the product package should have the registration certificate number of the Ministry of Agriculture (provincial departments do not have the right to register). The correct way to express the certificate number is: "Microbiological fertilizer (registration year) Lin Zi (number)" or "Microbiological fertilizer (registration year) Zhunzi (number)". 2. ** product technical index **: The upper part of the package should be checked to see if there is a technical index of effective viable bacteria count (cfu), which is expressed as effective viable bacteria count (cfu)> 20 million/g (when registering, the Ministry of Agriculture is only allowed to label> 20 million/g, 50 million/g, and must reach this value on the last day of the shelf life). Some companies label too high a value, which is not in line with scientific reality. 3. ** Validity Period **: The product's validity period should be checked at the bottom of the back of the package. The standard requirement is more than 6 months. If the validity period is too long, the user may not be responsible. ** 2. Check the appearance of the fertilizer ** 1. ** Water content judgment **: Grab a handful of fertilizer and observe if the material is damp under the sun. Throw it to see if it is dusty. It is not a normal product if it is agglomerated or dried into ash. Because the special function of bio-organic fertilizer is to rely on "special functional microorganisms", if the water content is too high or too low, it is not conducive to the survival of the bacteria. 2. ** Material and smell **: When observing the fertilizer under light, you should be able to see traces of various raw materials or smell the special smell of the raw materials. The organic fertilizer carrier used in the bio-organic fertilizer is composed of a variety of organic nutrients. ** 3. Effect Test ** 1. ** Freezing and Thawing Test **: Take a small amount of the product and add a little tap water to make it into a dough, put it in the refrigerator to make it into ice cubes, and melt it in the sun the next day. After repeated freezing and melting for at least three times, the bacteria in the fertilizer will freeze to death. Then, test the frozen and melted fertilizer and the raw fertilizer in the same field or small pot (dosage according to the instructions). Observe and compare the difference regularly. If the difference is not obvious, It meant that the "special function bacteria" in the bio-organic fertilizer product was not strong or the quantity was not enough, or even non-existent. However, even if the growth effect of the original product and the freeze-thaw product was good, the difference was not obvious. It might be that the manufacturer added growth-promoting substances instead of functional microorganisms. The effect of this fertilizer was limited and could not be used as a high-quality bio-organic fertilizer. ** 4. Impurity and fertilizer efficiency judgment (water solution observation method)** Take 30 - 50 grams of bio-organic fertilizer, put it into a glass or transparent cup, pour 100 ml of water, stir it with a glass rod or a thin wooden stick for 1 minute, and put it in a bright place for 10 minutes. The impurity content could be distinguished by observing the settling in the cup. The light gray area at the bottom of the cup was silt, the brown part in the middle was organic material, and the top layer was grass, tobacco, etc. The degree of maturity and fertilizer efficiency were distinguished by observing the water solution. The lighter the color of the water solution, the worse the fertilizer efficiency (light color and light yellow had low fertilizer efficiency; brown had good fertilizer efficiency). The water solution completely turning brown within 1 hour indicated that the organic fertilizer was over-decomposed, and the fertilizer efficiency had a quick effect but no aftereffect, and the crops would lose their strength in the middle and later stages of growth. After 1 day, the water solution did not change much, and the light color indicated that the organic fertilizer had poor fertilizer efficiency. After the water solution slowly turned dark for 1 day, it completely turned brown, indicating that the organic fertilizer had a good fertilizer efficiency. ** 5. Experience Judgement Method ** 1. ** Loose appearance and color **: High-quality bio-organic fertilizer is generally made of high-quality chicken manure. It has high nutrients and is relatively loose. Its color is dark brown. Low-quality bio-organic fertilizer is generally black and not loose enough. 2. ** Water Dissolution **: The authentic organic fertilizer will dissolve in water in a short time, and the color will be grayish-black, but there will be no impurities. Fake organic fertilizer will have a lot of impurities that are not dissolved in water. 3. ** Fire test **: Put a small amount of organic fertilizer on an iron plate and place it on a fire source. In a short period of time, the real product will smoke and scorch, leaving little residue. Fake products will leave a lot of residue. In addition, according to the national "Bio-organic fertilizer" implementation standards, the pellet product should have no obvious mechanical impurities, uniform size, and no rotten smell. When purchasing, you should also check whether there is a product approval certificate number, or verify the authenticity of the number, whether the content of the certificate number is consistent with the content of the labeled ingredients, and whether the label is legal and compliant. The bio-organic fertilizer could also be soaked in water, crushed and stirred evenly by hand, and then placed for a while. If the fertilizer quickly separated from the water and settled, it meant that there was more soil in the fertilizer and it was not a good fertilizer. Then, look at the color change of the water. If the color of the water was very light after a period of time, it meant that the protein in the fertilizer was very little and the fertility was poor. If the water turned brown or dark brown, it meant that the protein in the fertilizer was relatively high and the fertility was relatively strong. Carefully smell the smell of the bio-organic fertilizer. Good organic fertilizer is fully decomposed and fermented, so it has a special fermented taste. The taste of good raw materials will be stronger. Take a handful of bio-organic fertilizer and use your thumb and index finger to roll it back and forth to feel the feel. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Where can I buy Beijing chicken manure bio-organic fertilizer?
You can buy chicken manure organic fertilizer from Xiao Zhang's organic fertilizer store in Beijing, Chang Xiaohui's agricultural goods store, or you can buy it from Huinong Network, a professional online wholesale market for chicken manure in Beijing. In addition, Zhengding County had a Beijing organic fertilizer factory that sold large quantities of chicken manure, organic fertilizer, bio-organic fertilizer, bacteria, and organic fertilizer all year round. There were also relevant sales outlets in Jinnan District of Tianjin City. He could also consider buying chicken manure, dried chicken manure, chicken manure blocks, etc. from the factory in Zhengding County. In Beijing City's Daxing District, Fengtai District and other places, there were also merchants who sold chicken manure fertilizers for potted plants, flowers, fruits and vegetables as base fertilizers. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
organic fertilizer disinfectant
The following are some products and methods related to the fermentation of organic fertilizers with sterilization effects: - Youjunkang organic fertilizer starter: During use, it has the effect of raising temperature, removing odor, eliminating pests, weed seeds, and increasing nutrients. It indirectly plays a role in sterilization. - Rapid fermentation tank for organic fertilizer: It uses advanced fermentation technology. In the process of rapid fermentation of organic fertilizer, it can ensure that the organic fertilizer meets the national standards through strict quality control system. To a certain extent, it can suppress harmful bacteria. It is suitable for the fermentation of chicken manure, pig manure, cow dung, sheep manure, quail manure and other raw materials. - On the market, there were products such as fermented organic fertilizer inoculants (livestock manure organic fertilizer inoculants for fruits and vegetables, soil improvers, straw microorganisms) and 32.3 yuan microorganisms inoculants (B. subtils water fertilizer inoculants, EM bacteria). These inoculants helped to ferment organic fertilizers, and the beneficial microorganisms in some products could suppress harmful bacteria during the fermentation process. - Self-made fermented liquid: Use 1 kg of brown sugar and 25 grams of yeast powder for making noodles to melt in warm water, add 10 kg of clear water, and put it in a place with a temperature of 20 - 35 degrees to ferment for about a week (success is achieved when there is a fragrance of wine). When fermenting organic fertilizer, it can improve the soil environment and reduce soil pests and diseases. If possible, it would be better to add 0.2% of B. subtils or EM bacteria solution. - [em] Compost fermenting bacteria: When fermenting vegetable leaves and weeds to make organic fertilizer, it can achieve heat and odor removal, eliminate bacteria eggs and weed seeds, thereby improving fertilizer efficiency and improving soil. - Compound organic fertilizer starter: It can be used to ferment farmyard fertilizer. During the fermentation process, it suppresses harmful bacteria through the action of beneficial microorganisms. It was sold in general agricultural stores or online. When using these starter cultures or related fermentation methods, they can be selected according to actual needs, such as the type of fermentation raw materials, the scale of fermentation, and other factors. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>