Organic Fertilizer Production Line

Yes. Here are some examples for you to see. For more examples, please visit our Case Center to view the organic fertilizer plant construction projects we have done.

Richi Machinery manufactures and supplies every key processing machine in the organic fertilizer pellet production line. We also offer single machines for the production of organic fertilizer pellets, manure pellets, grow fast organic fertilizer pellets.

As a large fertilizer machinery manufacturer focusing on customer demands, depending on product quality and insisting on after-sales service, Richi Machinery is the most reliable cooperation partner for you! Engaged in providing a comprehensive array of hot-sale organic fertilizer & compound fertilizer making machines.

10,000 Tons per year Bio-organic fertilizer production line

• Orgainc fertilizer production line investment: 1,030,000 USD (the price of pellet line equipment accounts for 25%)
• Total construction area: about 8000m²
• Project content: fermentation workshop, mixing and packaging workshop, raw material warehouse, product warehouse, etc.
• Organic fertilizer raw materials: tobacco stem powder, livestock and poultry manure
• Application: Tobacco planting
• Organic fertilizer process: raw materials-compost fermentation-turning /aeration/continued fermentation-mixing-fertilizer granulation-packaging
• Main equipment: turner machine, mixer, organic fertilizer pellet making machine, cooling machine, screening machine, automatic packing scale, etc.

30,000 Tons/year organic fertilizer pellet manufacturing project

• Total orgainc pellet production line investment: 980,000USD (18% of the price of production line equipment)
• Total land area: 4640m²
• Organic fertilizer raw materials: cow dung, fermented bacteria, sawdust, tobacco foam
• Project content: raw material warehouse, batching workshop, packaging workshop, fermentation workshop and office building, etc.
• Application: Fruit tree planting
• Organic fertilizer making process: raw materials-turning/mixing-fermentation-granulation-packaging-products
• Main equipment: turner machine, fertilizer granulator, transfer vehicle, quality inspection equipment, electric control cabinet, packing scale, etc.

20,000 Tons/year bio-organic fertilizer production line project

• Total pellet plant cost: 1,120,000 USD (the price of pellet production line equipment accounts for 20%)
• Total land area: 2800m²
• Project content: raw material area, fermentation area, finished product area, hazardous waste area and office area, etc.
• Project nature: all newly built
• Application: Agricultural Planting
• Organic fertilizer raw materials: mushroom residue, organic mud, concentrated liquid, fermentation bacteria, sodium hydroxide, sodium hypochlorite
• Application: Agricultural Planting
• Process flow: raw materials-mixing-aerobic fermentation-second maturity-screening-product
• Main equipment: turning machine, organic fertilizer mixer, forklift, screening machine, etc.

Annual production of 20,000 tons of organic fertiliser pelletizing plant project

• Total project investment: 310,000USD (pellet production line equipment price accounts for 37%)
• Total land area: 1800m²
• Project content: organic fertilizer production workshop, raw material area, finished product area and office.
• The nature of the project: relying on the existing factory building, some new buildings will be built
• Organic fertilizer raw materials: chicken manure, straw, mushroom residue
• Application: Agricultural Planting
• Process flow: raw materials-crushing-mixing-cooling-granulating-sieving-packaging-products
• Main equipment: fertilizer crushers, belt conveyor, mixer, fertilizer granulator machine, fertilizer dryer, pellet cooler, screening machine, automatic packaging scale, etc.

60,000 Tons/year organic fertilizer making plant project

• Whole organic fertilizer production line cost: 1,030,000 USD (the pellet line equipment cost accounts for 25%)
• Total construction area: 6400m²
• Project content: high-tower granulation production workshop, extrusion granulation production workshop, fermentation workshop, raw material warehouse, product warehouse, etc.
• Organic fertilizer raw materials: humic acid, bacterial powder, loess, vitamins, water
• Application: Agricultural Planting
• Organic fertilizer production process: raw materials-compost fermentation-granulation-cooling-screening-packaging-products
• Main equipment: turner machine, batching system, metering system, belt conveyor, bucket elevator, organic fertilizer pellet machine, cooling machine, screening machine, packing, dust removal equipment scale, etc.

100,000 Tons/year orgainc fertilizer production line project

• Total project investment: 3,150,000 USD (the price of organic fertilizer pellet line equipment accounts for 40%)
• Total land area: 26000m²
• Project content: raw material warehouse, batching workshop, packaging workshop, fermentation workshop and office building, etc.
• Organic fertilizer raw materials: pig manure, rice straw powder, rice bran, multi-antibacterial preparations and N, P, K elements, etc.
• Application: Fruit tree planting
• Organic fertilizer process flow: raw materials-rapid composting-drying, turning, mixing-secondary fermentation-granulation-cooling-sieving-packaging-products
• Main equipment: turner machine, mixer, dryer, belt conveyor, grinder, pelletizer machine, grading screen, cooler, straw kneading machine, automatic packing scale, dust removal equipment, testing equipment, electric control cabinets, etc.

With the continuous improvement of environmental awareness, organic fertilizer production is receiving more and more attention.

As an organic fertilizer equipment manufacturer, we provide customers with a complete set of fertilizer equipment, including fermentation equipment, drying equipment, granulation equipment, screening systems, batching systems, etc. This part will focus on the advantages of organic fertilizer production lines.

Output and quality

Our organic fertilizer production line adopts advanced equipment and scientific configuration to ensure high output and high quality. The equipment of the entire production line has the characteristics of high efficiency and large production capacity, ensuring high output and good quality of pig manure organic fertilizer.

In addition, our equipment also has the advantages of high granulation efficiency and high turning efficiency, which can meet the different needs of customers.

Design and operation

The organic fertilizer production line is reasonably designed and easy to operate. We pay attention to the low dust, low noise and environmental protection performance of the equipment to ensure that the environmental impact during the production process is reduced to.

At the same time, the equipment layout is compact and the configuration is flexible, making it easy for customers to adjust according to actual needs. The entire production line is scientifically designed, and key components adopt new structural designs, which improves the stability and reliability of the equipment.

Automation and intelligence

Our organic fertilizer production line has a high degree of automation and fully automated operation, reducing customers' labor costs. The equipment adopts advanced technology and intelligent systems to achieve automated production and monitoring. This not only improves production efficiency, but also reduces operating and maintenance costs.

Energy saving and environmental protection

The organic fertilizer production line pays attention to energy conservation and environmental protection, adopts green and environmentally friendly production methods, and achieves clean production and zero pollution emissions.

The fully enclosed production system and automated environmentally friendly design make the entire production process more labor- and resource-saving. In addition, we also pay attention to the noise and dust problems of the equipment to provide customers with a comfortable production environment.

Maintenance and after-sales service

Our organic fertilizer production line equipment is easy to maintain and simple to operate and maintain. The replacement cycle of wearing parts is long, which reduces the customer's use and maintenance costs.

At the same time, we provide comprehensive after-sales service and machine maintenance guarantee to ensure that customers have no worries during use. The high degree of automation and convenient installation and maintenance extend the service life of the equipment and reduce the customer's overall investment cost.

Investment and Return

The organic fertilizer production line has the characteristics of low investment cost, low operating cost and stable product quality. Our equipment can meet a variety of production needs, has an intelligent production process, and can work continuously and with high intensity.

By improving production efficiency and reducing costs, the advantages of fast production, low investment costs, short cycles, and rapid returns have been achieved. At the same time, its compact structure and small floor space help save customers' investment costs.

customized services

We provide customers with customized services and quick-response technical support to ensure that the equipment meets customer needs. Digital processing and higher precision make product quality more reliable. The high-quality manufacturing process enables the machine to have a service life of more than twenty years, bringing higher added value to customers.

Safety and reliability

The organic fertilizer production line pays attention to the safety performance of the equipment, with stable structure and reliable performance. Modular design and advanced control system reduce labor costs and improve the stability of equipment operation.

The intelligent monitoring system and hydraulic control system realize remote control and a high degree of automation, ensuring unmanned operation on site.

In short, our organic fertilizer production line has obvious advantages in terms of output and quality, design and operation, automation and intelligence, energy saving and environmental protection, maintenance and after-sales service, investment and return, customized service and technical support, safety and reliability.

We are committed to providing customers with high-quality equipment and quality services to help customers achieve more efficient, environmentally friendly and stable organic fertilizer production.

The process of building an organic fertilizer production line can be divided into the following steps:

1. Scheme design: In the early stages of project startup, scheme design is required. Based on customer needs, RICHI will provide a series of technical solutions, including organic fertilizer production technology, equipment selection, production line layout, etc. Customers can choose the solution that best suits them based on their actual situation.
2. Equipment production: After determining the plan, RICHI Machinery will manufacture the equipment according to the requirements of the plan. These equipment include crushers, mixers, fermentation machines, screening machines, etc. Each piece of equipment is manufactured in strict accordance with quality standards to ensure reliable quality.
3. On-site installation: After the equipment production is completed, RICHI will send engineers to the customer's site to install the equipment. Engineers will accurately install the equipment according to the program requirements and debug the equipment to ensure normal operation of the equipment.
4. Production debugging: After the equipment installation is completed, production debugging is required. This stage requires detailed debugging and testing of the equipment to ensure that the performance and quality of the equipment meet the requirements. During the debugging process, if problems are found, RICHI engineers will deal with them in time.
5. Training service: After the production line debugging is completed, RICHI will provide equipment operation and maintenance training to the customer's staff to ensure that the customer can skillfully operate the equipment and do a good job in equipment maintenance and upkeep.

In general, the process of RICHI modular construction of organic fertilizer production lines is a rigorous process that requires a professional team and technical support. RICHI not only provides high-quality equipment, but also provides a full range of services to ensure that customers can successfully build organic fertilizer production lines.

The above is the process of building an organic fertilizer production line. However, in the actual construction process of organic fertilizer projects, many factors need to be taken into consideration, including raw material sources, production processes, equipment selection, product quality, etc.

• First of all, the source of raw materials is the basis for organic fertilizer production. High-quality raw materials can ensure the quality and effect of organic fertilizer. Common organic fertilizer raw materials include livestock and poultry manure, crop straw, urban organic waste, etc. These raw materials need to be classified, crushed, screened, etc. to facilitate subsequent fermentation and processing.
• Secondly, the production process is the core of the organic fertilizer production line. The production process of organic fertilizer mainly includes fermentation, decomposition, mixing, granulation and other steps.
• Equipment selection is also a link that cannot be ignored in the organic fertilizer production line. There are many types of equipment in the organic fertilizer production line, including fermentation tanks, compost turners, granulators, dryers, etc.
  The selection of equipment needs to be comprehensively considered based on factors such as production technology, raw material characteristics, and production scale. Reasonable equipment configuration can improve production efficiency, ensure product quality, and reduce production costs.
• Finally, product quality is the lifeline of an organic fertilizer production line. The organic fertilizer production line needs to establish a complete quality inspection system to conduct comprehensive testing and evaluation of raw materials, semi-finished products and finished products. At the same time, it is also necessary to comply with relevant standards to ensure the quality and safety of organic fertilizers.

In addition to the above aspects, the construction of organic fertilizer production lines also needs to pay attention to environmental protection and sustainable development. During the construction and operation of organic fertilizer production lines, effective measures need to be taken to reduce the emission of waste gas, waste water and solid waste and protect the surrounding environment.

At the same time, it is also necessary to rationally utilize resources, promote the development of circular economy, and achieve sustainable development of organic fertilizer production.

Choosing appropriate organic fertilizer production line equipment is an important link in agricultural production and is of great significance for improving fertilizer utilization efficiency, protecting the environment and promoting sustainable development. Here we will introduce how to choose suitable organic fertilizer equipment from the following aspects.

Understand the basic types of organic fertilizer equipment

There are many types of organic fertilizer production line equipment, including composting equipment, fermentation equipment, drying equipment, etc. Different types of equipment are suitable for different production scenarios and needs.

Before selecting equipment, you need to fully understand the performance characteristics, scope of application, advantages and disadvantages of various equipment, so that you can choose based on actual needs.

Consider production scale and demand

Production scale and demand are key factors in selecting organic fertilizer equipment. Generally speaking, the larger the production scale, the larger the required equipment scale. At the same time, various needs in the production process need to be considered, such as raw material types, processing techniques, product quality, etc.

Only by fully understanding the production needs and scale can we choose the most suitable organic fertilizer production line equipment.

Pay attention to the operating efficiency and stability of the equipment

The operating efficiency and stability of organic fertilizer production line equipment have an important impact on production efficiency and product quality. When selecting equipment, you need to pay attention to its energy consumption, processing speed, degree of automation, etc.

At the same time, it is also necessary to understand the maintenance requirements and fault rates of the equipment to ensure long-term stable operation of the equipment.

Consider the investment cost and return benefits of equipment

The investment cost and return benefit of the equipment are important factors to consider when choosing organic fertilizer equipment. Generally speaking, the higher the investment cost of equipment, the more powerful its performance and functions.

However, when selecting equipment, it is also necessary to comprehensively consider the cost performance and return benefits of the equipment to ensure a good return on investment.

Understand the service and support of equipment suppliers

When choosing organic fertilizer production line equipment, you also need to consider the service and support of the equipment supplier.

A good supplier should be able to provide comprehensive technical support, after-sales service, maintenance and other services to ensure that the equipment can be maintained and maintained in a timely manner during use.

To sum up, choosing the right organic fertilizer production line equipment requires comprehensive consideration of multiple factors, including equipment type, production scale and demand, operating efficiency and stability, investment cost and return benefits, as well as supplier service and support.

Only by comprehensively considering these factors can we choose the most suitable organic fertilizer equipment for ourselves and provide strong support and guarantee for agricultural production.

In the actual selection process, it is recommended to take the following steps:

• Clarify production needs and scale, and determine the type and scale of required equipment;
• Conduct research on organic fertilizer equipment on the market to understand the performance characteristics, scope of application, advantages and disadvantages of various equipment;
• Comparatively analyze the investment costs, return benefits and operating efficiency of different equipment, and select the equipment with the best price/performance ratio;
• Understand the service and support of equipment suppliers, and choose suppliers with good reputation and service guarantee;
• Before purchasing equipment, fully communicate and negotiate with the supplier to clarify the delivery date, installation and commissioning, after-sales service and other matters of the equipment;
• During the use of the equipment, operate and maintain it in strict accordance with the operating procedures to ensure long-term stable operation of the equipment.

Through the above steps, we can choose suitable organic fertilizer production line equipment to improve fertilizer utilization efficiency, protect the environment, promote sustainable development, and provide better support and guarantee for agricultural production.

• Civil construction
  Design the foundation of high - quality organic fertilizer pellet line;
• Manufacturer
  Fine production of all the organic manure production plant equipment, providing sophisticated equipment;
• Installation
  Professional installation team, guidance every step, 24 hours after-sales service;
• Training
  Training includes three stages, equipment manufacturing, installation, and commissioning;
• Produce
  Provide technical guidance to help customers complete production;
• Sale
  Provide sales network to help customers sell organic fertilizer products.

Organic fertilizer refers to a kind of fertilizer made from animal and plant residues or feces as the main raw material through fermentation, decomposition, granulation and other processes. It has the advantages of improving soil, increasing soil fertility, increasing crop yield and quality, and reducing chemical fertilizer pollution.

With the requirements of green agricultural development, the market demand for organic fertilizers is increasing day by day. However, it is also faced with problems such as insufficient supply of raw materials, high costs, and uneven quality.

In order to solve these problems, some enterprises and institutions have invested in the construction of organic fertilizer production lines, using advanced technology and equipment to achieve large-scale, standardized and automated production of organic fertilizers.

With the increasing awareness of environmental protection and the requirements of sustainable development, organic fertilizer production lines will be more widely used and developed. In the future, organic fertilizer production lines will show the following development trends:

• Intelligence and automation:
  With the development of automation and intelligent technology, organic fertilizer production lines will become more intelligent and automated, thereby improving production efficiency and reducing labor costs.
• High performance and environmental protection:
  The organic fertilizer production line will pay more attention to the balance between performance and environmental protection, thereby ensuring production efficiency while also reducing environmental pollution.
• Diversification:
  The organic fertilizer market will be more diversified in the future, which requires organic fertilizer production lines to have greater flexibility and versatility to meet the needs of different products.
• Policy and financial support:
  The government will increase its support for organic agriculture, which will also increase policy support and financial investment in organic fertilizer production lines, thereby promoting the development of organic agriculture.

In short, the organic fertilizer production line is one of the important ways to achieve sustainable development and promote agricultural development, and will be more widely used and developed in the future.

Richi Machinery offers process solutions to those organic fertilizer production facilities that turn waste into a cost-effective raw material containing beneficial components for plants.

The organic fertilizer production line is commonly used to process different fermented organic substance into organic fertilizer pellets. It adopts one-step molding technology. Animal manure and agricultural waste are recycled as the main raw materials, thus manure or dung waste is not only creating economic benefits for the enterprise, but also making a great contribution to environmental projects for mankind.

Organic fertilizer raw materials refer to the raw materials required for the production of organic fertilizer. Commonly used natural fertilizer varieties include green manure, human excrement, manure, compost, retting fertilizer, biogas fertilizer and waste fertilizer.

There are many organic fertilizer raw materials, which can be divided into the following categories:

• Agricultural waste: such as straw, soybean meal, cotton meal, mushroom residue, biogas residue, fungus residue, lignin residue, etc.
• Livestock and poultry manure: such as chicken manure, cattle, sheep and horse manure, and rabbit manure;
• Industrial waste: such as distiller's grains, vinegar grains, cassava residues, sugar residues, furfural residues, etc.;
• Domestic waste: such as kitchen waste;
• Urban sludge: such as river sludge, sewer sludge, etc. Comprehensive classification of organic fertilizer raw materials in China: mushroom residue, kelp residue, phosphorus citric acid residue, cassava residue, furfural residue, amino acid humic acid, oil residue, shell powder, etc., and peanut shell powder, etc.
• Development and utilization of biogas slurry and biogas residue. Biogas slurry and biogas residue have many functions such as fertilizing fields and improving soil, preventing diseases and pests, and increasing yields.

The location of the organic fertilizer production line is very important. Taking into account the environmental protection and impact during the transportation and fermentation of raw materials for organic fertilizer production, the following principles should be followed when selecting the location of an organic fertilizer factory:

1. Terrain:
   Fertilizer plants should be built on high, dry, flat, well-drained land and at least above the local historical flood line. The groundwater level should be below 3M to avoid the threat of flooding during the rainy season.
   
   The on-site area can be determined according to the management model and factory; it includes processing workshops, fermentation workshops, raw material warehouses, and finished product warehouses; the layout is determined according to the actual situation, and the layout is compact and reasonable.
2. The organic fertilizer factory should not be too far from the breeding farm:
   Chicken manure, pig manure, cow manure, duck manure and other livestock and poultry manure from farms are large in size and have high water content, making them inconvenient to transport. If the distance is too far, the transportation cost of the organic fertilizer factory will be too high.
   
   Plants should not be planted in the upwind direction, otherwise they will be easily infected with diseases and make it difficult for plants to prevent epidemics.
3. Away from residents' living and working areas:
   Organic fertilizer production lines will produce odorous gases during the production process and should not appear in residents' living and working areas, nor should they become the focus of living and working areas.
4. Close to the main raw material production areas:
   Reducing transportation costs and transportation pollution.
5. Social connections: Social ties refer to the connections between the fertilizer factory and the surrounding society.
   
   Therefore, the location of an organic fertilizer production line must comply with social and public health standards so that the fertilizer plant will not become a source of pollution to the surrounding environment and will not be polluted by the surrounding environment. Therefore, fertilizer plants should be kept away from residential areas.
6. Convenient water and electricity supply:
   The impetus for building an organic fertilizer plant is industrial power. Under normal circumstances, the application of the transformer needs to meet the consumption of the motor with a load of 200-300kw. However, the water consumption in the production process of organic fertilizer is very small, as long as there is normal residential water use.

As an organic fertilizer production line that can operate normally, the water source and power supply must be able to be supplied normally; water regulation in the fermentation workshop and granulation in the processing workshop require sufficient and regular water supply.

In order to meet the needs of production and processing, complete sets of processing equipment and some single machines also need stable power supply.

The planning and construction of organic fertilizer plants generally have the following characteristics:

• The office area should be as far away from the fermentation site as possible, and the public assistance area should be upwind; the fermentation raw material feed channel is independent, remote, and separated from the main channel of the enterprise.
• The fermentation raw material may be feces, and the odor source enters and exits the factory gate all day long, which is very inappropriate .
• The employee living area is separated from the fermentation site; the raw material area, fermentation equipment area, semi-finished product aging area, deep processing area and finished product area should be continuous and not far apart.
• In addition, there are two main links in the production of organic fertilizer, namely the pre-fermentation process and the deep processing and granulation process. The raw material fermentation process occupies a large area, and the fermentation method and fermentation equipment can be flexibly selected according to the purchased land area and investment funds.

It seems that based on our above introduction, do you have your own understanding of what aspects we need to pay attention to when building an organic fertilizer plant and how to select a site? We also hope that our article can be helpful to you who are preparing to build an organic fertilizer equipment factory!

The biggest difference between the organic fertilizer production line and the inorganic fertilizer production line is that the raw materials for the production of inorganic compound fertilizers are chemical raw materials nitrogen and phosphorus.

The raw material for organic fertilizer production is organic raw material, and the fermentation part is required for pre-processing, while inorganic compound fertilizer does not, so the equipment part of the organic fertilizer production line only needs to add the fermentation part in the early stage. The equipment in the early fermentation part includes a compost turner, forklift silo, screening machine, semi-wet material crusher and belt conveyor.

The inorganic fertilizer production line is also called the compound fertilizer production line. The main raw materials are the chemical raw materials nitrogen, phosphorus and potassium. Because of their different granulation methods, the configuration of the compound fertilizer production line is different depending on the production content and production content.

The main equipment includes the batching system, crushing system, and granulation system, drying system, cooling system, screening system, coating system, automatic packaging system, conveyor and auxiliary equipment (fans, dust removal systems and heating systems, etc.)

The main granulation methods include disc granulator, drum granulation, transfer steam granulation, converted urea melt spray granulation, ammonium acid granulation, ammoniation granulation, etc.

In order for customers to avoid waste in factory planning and equipment investment in the early stage, plan rationally, reduce investment, and put into production smoothly; Obtain the best high-quality fertilizer in production technology and fertilizer formula technology; obtain better results in management and sales benefit.

In order to better understand organic fertilizers and market prospects, make precise investments and quickly enter profit mode.

There are various raw materials for organic fertilizer production line. In the early stage, organic fertilizer raw materials need to be fermented. There are many factors that affect the fermentation effect, among which the more important ones are the following.

1. Moisture content:
   The moisture content of aerobic compost materials is generally maintained at 45-65%. If the water content is too large, the oxygen in the gaps between materials cannot meet the oxygen demand of microorganisms; if the water content is too small, the fluidity of soluble organic matter will become poor, preventing the supply of nutrients to microorganisms.
2. Oxygen amount and temperature:
   The actual ventilation time of aerobic composting is controlled based on the pile temperature measurement. In the early stage, the number of times of turning the pile can be reduced to help increase the pile temperature.
   When the temperature rises to about 70 degrees Celsius, the pile should be turned in time to prevent the pile temperature from exceeding 70 degrees Celsius. When temperatures are above 70 degrees Celsius, microorganisms are in a spore state and their activity is almost zero.
3. pH value:
   During the composting process, the Ph value of the material will change with the different fermentation stages, but it has the ability to adjust itself. Ph value between 5 and 8 has no effect on compost. If it deviates from this range, the materials must be adjusted, such as blending into finished compost. The Ph value at the end of composting is almost always around 8.5.
4. C/N ratio:
   Generally controlled at around 25. If it is not suitable, other materials should be added for adjustment.

Generally speaking, most organic fertilizer factories require laboratory testing equipment. At the beginning of the construction of an organic fertilizer plant, the design of the organic fertilizer laboratory should be taken into consideration in the planning stage.

In actual production work, many departments and agencies will conduct organic fertilizer testing, such as organic fertilizer manufacturers, third-party testing agencies, market supervision departments, agricultural input dealers, agricultural technology service stations, scientific research universities, etc. So what are the requirements for organic fertilizer testing? What instruments, glassware, and reagents are needed?

Generally, the instruments and equipment required for organic fertilizer testing are divided into four categories:

1. Sampling equipment

   Sampling equipment is relatively simple and relatively cheap. It is mainly an organic fertilizer sampler. There are many specifications to choose from. The general length is 1 meter and the diameter is 25mm. The operation is relatively simple and will not be described in detail.

2. Sample pre-processing equipment

   As an important part of organic fertilizer testing, sample pretreatment involves a lot of equipment and testing steps. Once errors or large deviations occur in this step, the testing results will be directly affected. Pre-processing includes sample grinding, screening, drying, weighing, dissolving, reaction, display and other steps.

   The instruments involved are: sample crusher, constant temperature drying oven, sample dividing machine, balance, electric furnace, water bath, standard sieve , distilled water, reciprocating oscillator, etc., which involve a lot of equipment and take a long time to detect.

3. Testing instruments

   Testing instruments are the core instruments and equipment of the entire testing process and are also crucial to the entire testing. Therefore, it is recommended that users choose to purchase from powerful manufacturers and brands. Common testing instruments are mainly organic fertilizer rapid testers, acidimeters, organic fertilizer moisture meters, etc.

4. Reagents

   Generally, the instrument comes with a standard configuration of reagents: nitrogen, phosphorus, potassium, and a complete set of organic matter. Trace elements, heavy metals, etc. can be selected according to different user needs. The reagents are labeled and named with Roman numerals.

   This is mainly to facilitate the user to perform step-by-step assay operations according to the instrument instructions. . Theoretically, each set of reagents can be used by users for more than 100 tests, which greatly reduces the cost of testing.

The above are the instruments, equipment and reagents used in organic fertilizer testing. The description of some commonly used glassware, such as test tubes, reaction bottles, measuring cylinders, etc., has been omitted.