This is a 10,000-ton bio-organic fertilizer project located in Germany. The pig cow chicken manure organic fertilizer manufacturing plant in Germany project will produce 5,000 tons of granular biomass organic fertilizer and 5,000 tons of powdered biomass organic fertilizer annually. The project mainly uses livestock and poultry manure and straw as the main raw materials, and the moisture content of livestock and poultry is very high, reaching 45%-70%.
Organic agriculture in Germany is developing rapidly. The government attaches great importance to the development of organic agriculture and has introduced a number of policies and laws and regulations to promote the transformation and brand building of organic agriculture. The client of this project is an agricultural company from Germany.
Based on the prospects of the organic fertilizer industry, the client invested in the construction of an organic fertilizer plant project. The organic fertilizer manufacturing plant in Germany project has a labor quota of 20 people, including 5 managers and 15 other employees.
The fermentation workshop works 365 days a year, and the organic fertilizer crushing, screening, granulation and packaging workshop works 300 days a year. It is a single shift system with 8 hours per shift.
Name:
Organic fertilizer factory
Country:
Germany
Date:
2023.11.19
Capacity:
4T/H
Pellet Size:
3-6mm
The install period:
30 Days
Control Mode:
Automatic
Guiding Price:
470,000 USD
Germany's organic fertilizer processing market has broad prospects, strong policy support, strong market demand, and advanced technology. It is an ideal choice for organic fertilizer processing.
The organic fertilizer manufacturing plant in Germany project occupies 15 acres (about 10,000 square meters). The entire plant area is divided into management area, raw material area, production area, pollution control area, product storage area, etc.
A new plant of 4,000 square meters will be built, equipped with a fire pump room, auxiliary roads, outdoor drainage, dedicated power access, etc. After the organic fertilizer production line project is completed, it will produce 10,000 tons of bio-organic fertilizer annually.
The project composition is detailed in the table below.
| Project Name | Single Project | Project Content | Project Scale | |
| Main Project | 1# Plant | 1 one-story steel structure plant, 80m long, 50m wide and 8m high, with straw crushing workshop, fermentation workshop, screening and granulation workshop, manure storage room, straw storage room and finished product warehouse | Straw Crushing and Temporary Storage Workshop: Located on the southeast side of 1# Plant, covers an area of 600m2, equipped with 1 silk kneading machine | Can form an annual production capacity of 10,000 tons of bio-organic fertilizer |
| Fermentation workshop: Located on the north side of 1# Plant. The fermentation workshop is a fully enclosed workshop with an area of 500m2 and equipped with 3 turning machine production equipment. The height of the project fermentation tank is about 3.0m. There are 3 fermentation tanks in the fermentation workshop: the length is about 20m and the width is 6m. The density of organic fertilizer is 800kg/m3, so the maximum stockpile is about 864t. The fermentation time is about 15d. | ||||
| Aging workshop, located on the west side of the fermentation workshop in the 1# plant, is a fully enclosed workshop with an area of 400m2. It is mainly used for the volatilization of the aging water of organic fertilizer after fermentation. The maximum storage amount of organic fertilizer at one time is about 400t | ||||
| Screening and granulation workshop: located in the south-central side of the 1# plant, with an area of 1350m2. There are 2 screening machines, 1 granulator and 2 packaging machines, which are mainly used for screening, granulating and packaging of fermented organic fertilizer. | ||||
| Auxiliary Engineering | 2# Office Area | 2 floors, brick-concrete structure, located on the west side of 1# plant, covering an area of 150m2. Mainly used for office work of factory employees. | Meet the office and living needs of the project | |
| Car wash platform | A car wash platform is set up in the southeast corner of the plant, 5m long and 4m wide | Meet the washing needs of feces transport vehicles | ||
| Storage and transportation engineering | Straw storage room | Located in the southeast side of the 1# plant, in the straw crushing temporary storage workshop, with a straw storage area of about 500m2. It is mainly used to stack the straw required for production, with a maximum storage capacity of about 400t; 0.2t/bundle of straw, with a diameter of about 1.2m. | Meet the raw material storage needs of the project | |
| Feces storage room | Located in the northeast corner of the 1# plant, a closed workshop in the workshop, with an area of 400m2. The storage materials mainly include cow dung, chicken dung and pig dung. The storage pit depth is 3.0m. The maximum storage capacity is 280t at one time. Other raw material storage area is located in the northeast corner of the straw crushing temporary storage workshop in the 1# plant. It mainly stores auxiliary materials such as soybean cake and multifunctional bacteria, with an area of about 50m2. Finished product area is located on the west side of the 1# plant, with an area of about 750m2. The finished product storage capacity is 375 tons at one time. It meets the finished product storage needs of the project. | |||
The product plan after the completion of this organic fertilizer manufacturing plant in Germany project is detailed in the table below.
| Serial number | Name | Annual output | Packing specifications | Moisture content |
| 1 | Powdered bio-organic fertilizer | 5000 tons | 0.1mm-0.5mm, bagged, 20~50kg/bag | 30% |
| 2 | Granular bio-organic fertilizer | 5000 tons | 3-4.5mm, bagged, 20~50kg/bag | 25% |
Bio-organic fertilizers shall comply with the relevant standards in "Bio-organic Fertilizers", as detailed below.
Powder products should be loose and free of odor; granular products should be free of obvious mechanical impurities, uniform in size, and free of rotten smell.
The various technical indicators of bio-organic fertilizer products shall meet the requirements of the following table. The product dosage forms include powder and granules. The following are the technical indicator requirements of bio-organic fertilizer products:
| Item | Technical Indicators | Item | Technical Indicators |
| Effective live bacteria count, billion/g | ≥0.20 | Fecal coliform count, individual/g | ≤100 |
| Organic matter (dry basis), % | ≥40 | Ascaris egg mortality, % | ≥95 |
| Water, % | ≤30.0 | Validity period, month | ≥6 |
| pH value | 5.5~8.5 |
| Item | Technical Index (mg/kg) | Item | Technical Index (mg/kg) |
| Total Arsenic (As) (dry basis) | ≤15 | Total Chromium (Cr) (dry basis) | ≤150 |
| Total Cadmium (Cd) (dry basis) | ≤3 | Total Mercury (Hg) (dry basis) | ≤2 |
| Total Lead (Pb) (dry basis) | ≤50 |
The main production equipment of this 4t/h organic fertilizer manufacturing plant in Germany project is listed in the table below.
| No. | Equipment name | Specification model | QTY | Equipment capacity |
| （1）Straw crushing and temporary storage workshop | ||||
| 1 | Straw shredding machine | HF-ZCJ-130 | 1 | 15t/h |
| （2）Manure stacking workshop | ||||
| 2 | Double-shaft mixer | JQZ-1000 | 1 | 50t/h |
| （3）Fermentation workshop | ||||
| 3 | Fermentation tank | 20m*6m*3m | 3 | 360t of compost per tank |
| 4 | Roulette turner | LP-5m | 3 | 45t/h |
| 5 | Light rail | 15#(including accessories) | 3 | / |
| 6 | Forklift | 30t | 6 | / |
| （4）Aging workshop | ||||
| 7 | Organic fertilizer raw material feeding port | 1.5mx3m | 1 | / |
| （5）Screening and granulation workshop | ||||
| 8 | Speed-adjustable feeding belt conveyor | DT500T | 1 | / |
| 9 | Vertical crusher | LP600 | 1 | 5t/h |
| 10 | Feeding belt conveyor | DT650 | 1 | / |
| 11 | Rotary screening machine | ZS1230 | 1 | 5t/h |
| 12 | Distribution board | / | 1 | / |
| 13 | Packaging machine | LCS-BZY | 1 | 2.5t/h |
| 14 | Organic fertilizer granulator | MZLH350 | 1 | 3-4t/h |
| 15 | Drum screening machine | GS150 x400 | 1 | 2.5t/h |
| 16 | Bucket elevator | HL315 | 1 | / |
| 17 | Packaging machine | LCS-BZY | 1 | 2.5t/h |
| （6）Other auxiliary equipment | ||||
| 18 | Loader | 30t | 2 | / |
| 19 | Forklift | 20t | 2 | / |
| 20 | Trolley | 1t | 15 | / |
| （7）Environmental protection equipment | ||||
| 21 | Vehicle washing platform | 4m*5m | 1 | / |
| 22 | Washing pool (taking into account the initial rainwater pool) | 6m*5m*5m | 1 | / |
| 23 | Bag dust collector | 20000m3/h | / | |
| 24 | Fan | / | ||
| 25 | Bag collector + biological deodorization tower | 50000m/h | 1 | / |
| 26 | Fan | / | ||
The following is the equipment capacity matching analysis table for this 4t/h organic fertilizer manufacturing plant in Germany project:
| Serial number | Equipment name | QTY | Capacity of a single device (t/h) | Annual operation time (h) | Maximum capacity | Project production capacity demand | Matchability analysis |
| 1 | Straw kneading machine | 1 | 15 | 384 | 6000 | 5000 | Conforming to |
| 2 | Twin-shaft mixer | 1 | 50 | 384 | 19200 | 17710 | Compliant |
| 2 | Fermentation tank | 3 | 288t/15d | 365 days | 20736 | 17710 | Conform to |
| 3 | Vertical crusher | 1 | 5 ... td> | 2400 | 12000 | 10352 | Meet |
| 4 | Organic fertilizer pellet machine | 1 | 2.5 | 2400 | 6000 | 5000 | Meet |
Notes:
The depth of the project fermentation tank is about 3.0m. The fermentation workshop is equipped with 3 fermentation tanks: the length is about 20m and the width is 6m. The density of organic fertilizer is 800kg/m3, and the maximum stockpile at one time is about 864t.
The fermentation time is about 15d, so the initial fermentation material volume of the project fermentation workshop is 17,710t. The fermentation tank of this project meets the fermentation capacity required for production.
The main raw and auxiliary materials and their usage for this 4t/h organic fertilizer manufacturing plant in Germany project are shown in the table below.
| Item | Name | Moisture content | State | Annual consumption (t) | Storage location | Maximum storage capacity | Maximum storage period | Packing method | Transportation method | Source |
| Raw material | Corn straw | 8~12% | Solid | 1500 | Straw stacking area | 400 | 28d | Bale | Vehicle transportation | Farmers/Straw Recycling Station |
| Wheat Straw | 8~12% | Solid | 3500 | Vehicle Transportation | ||||||
| Cow Dung | 45~55% | Block | 1000 | Manure Storage Pit | 280 | 15d | Vehicle Enclosed | Vehicle Transportation | Farmers | |
| Pig manure | 55~62% | Block | 3500 | Vehicle transportation | ||||||
| Chicken manure | 50~60% | Solid | 800 | Vehicle transportation | ||||||
| Soybean cake | 10~20% | Solid | 200 | Supplementary material room | 5 | 15d | Vehicle transportation | Bean products factory | ||
| Multifunctional bacteria | / | Solid | 2 | 0.05 | 30d | Bagged | Vehicle transportation | Market | ||
| Accessories | Microbial deodorant | / | Solid | 0.5 | 0.05 | 30d | Barrel | Vehicle transportation | ||
| Fermentation covering film | / | Solid | 0.2 | 0.02 | 30d | Bagged | Transport by Vehicle | Market | ||
| Accessories | Packaging Bags | / | Solid | 2 | 0.2 | 30d | Bagged | Transport by Vehicle | Market | |
| Energy | Water | / | / | 6882.7t/a | / | / | / | / | Municipal water supply | |
| Electricity | / | / | 600,000 kWh/a | / | / | / | / | Municipal power supply | ||
According to the information provided by the customer, the raw materials and auxiliary materials of this project are purchased directly from local sources. The raw materials purchased by the organic fertilizer manufacturing plant in Germany project - the moisture content of manure is 45%~62%, and the moisture content of non-fresh straw is about 10%. They are transported to the factory after being covered or sealed.
The livestock and poultry manure is transported by closed tank trucks and directly dumped into the closed livestock and poultry manure storage room after entering the factory, which shall not affect the environment along the transportation line.
The strains of this project are purchased finished products, and the strains are not cultivated in the factory. The raw materials of this project are stored in the factory room, and there is no raw material storage point outside the room. In addition, no chelating agent is used in the production process of this project.
The heat and carbon dioxide generated during the fermentation and composting process of the project require a large amount of organic matter, so this process is also a process of reducing the weight of organic fertilizer and organic matter.
The initial C/N (carbon/nitrogen) of organic materials is generally around 30, and it is generally controlled at around 18 after the composting is completed. Most of the organic matter is decomposed by microorganisms and dissipated into the air in the form of carbon dioxide, while a small amount of humus and humic acid remain in the soil.
The physical and chemical properties of the main raw and auxiliary materials of the organic fertilizer manufacturing plant in Germany project are shown in the table below:
| Raw material name | Physical and chemical properties |
| Straw | The straw of rice after threshing after maturity is also called rice straw. It is composed of a large amount of organic matter, a small amount of inorganic matter and water. The main component of its organic matter is cellulose carbohydrates, in addition to a small amount of crude protein and crude fat. |
| Livestock and poultry manure | The feed ingested by poultry is not completely digested and absorbed, and about 40%-70% of the nutrients are excreted from the body. Therefore, among all animal manure, poultry manure has the highest nutrient content. The main substance in livestock and poultry manure is organic matter, which is rich in nutrients, including 18.7% crude protein, 2.5% fat, 13% ash, 11% carbohydrates, 7% fiber, 0.23% nitrogen, 0.23% phosphorus, and 0.083% potassium. Livestock and poultry manure also contains 18 kinds of amino acids and a large amount of trace elements, and the vitamin content is also high. |
| Bacteria | It is a compound of many friendly strains of Bacillus, mold, yeast, actinomycetes, etc. It is a medium and high temperature aerobic bacterial agent that is good at decomposing crude protein, fat, cellulose, and lignocellulose. It can quickly heat up the fermented material, effectively kill harmful pathogens, insect eggs and weed seeds, etc., quickly disperse macromolecular nutrients such as nitrogen, phosphorus, and potassium in the fermented material, and convert them into small molecular fast-acting nutrients that are beneficial to crop absorption, and form a large amount of humus and trace elements. |
The material balance of the organic fertilizer manufacturing plant in Germany project is shown in the following table:
| Amount of materials invested in the project | Project Output | ||
| Name | Usage | Name | Output |
| Straw | 5000 | Powdered Organic Fertilizer | 5000 |
| Cow Dung | 1000 | Granular Organic Fertilizer | 5000 |
| Pig Dung | 3500 | Crushed Straw Dust | 3.345 |
| Chicken Manure | 800 | Straw Silk Feeding Dust | 0.05 |
| Soybean cake | 200 | Organic fertilizer crushing, screening and granulation dust | 3.7 |
| Multifunctional bacteria | 2 | NH3 | 1.7 |
| Water | 7560 | H2S | 0.17 |
| Volatile water | 8053.035 | ||
| Total | 18062 | Total | 18062 |
Based on the customer's raw materials, product requirements, and plant structure, we customized and designed the entire processing process for the organic fertilizer manufacturing plant in Germany project. The following is a detailed description of the process:
The stored straw (corn straw and wheat straw, etc.) purchased from the straw purchasing station has a moisture content of about 8%~2%. The straw has been compressed into blocks before entering the factory. After entering the factory, it is stacked in the straw stacking area.
The block straw is transported to the shredder via a conveyor belt. During this process, the straw is in a complete block and does not generate dust. The straw enters the shredder, and the compressed straw is dispersed and crushed into 2~5cm long straw silk by the blade and friction.
The customer signed a manure supply agreement with a local farm. The livestock and poultry manure was transported to the manure storage tank in the livestock and poultry manure storage room in the project plant area by a fully enclosed livestock and poultry manure and sewage transport vehicle equipped by the farm.
The manure was harmlessly treated and temporarily stored in the manure storage tank in the livestock and poultry manure storage room in the project plant area.
The chicken manure used in this organic fertilizer manufacturing plant in Germany project has a moisture content of about 50-60%, the pig manure has a moisture content of about 55-62%, and the cow manure has a moisture content of about 45-55%. The transport vehicle was washed on the washing platform in the project plant area after leaving the factory.
A small amount of leachate will be generated during the storage of livestock and poultry manure, so the project will flush the manure storage tank every 15 days according to the production batch. Deodorant is sprayed regularly in the manure storage room.
A mixer is set up in the manure storage room. According to the moisture content of the raw materials and the raw material ratio, the manure is first pumped into the mixer through a closed pipe, and then the crushed straw is transported to the mixer through a closed conveyor belt.
Then the soybean cake (purchased from the market, with a moisture content of about 10~20%) is put into the mixer. According to the input ratio and moisture content of the raw materials (compromise calculation), the moisture content of the mixed material is about 31%.
According to the customer's fermentation requirements, the moisture content of the fermentation mixed raw materials must reach 60%, so water needs to be added in this process to make the moisture content of the mixed material reach more than 60%.
The amount of water added in this process is about 7560t/a, which is transported to the mixer by the water pipeline. After the feeding is completed, the feeding port is closed and the equipment is started for mixing.
The mixed materials are directly transported from the livestock and poultry manure pile to the fermentation tank in the fermentation workshop through the discharge port by a closed conveyor belt. The multifunctional fermentation bacteria are sprinkled on the surface of the pile and fermented by high-temperature composting.
During the process, the materials are regularly turned by a turner to ferment, mature and degrade the materials. During this period, the fan is used to provide sufficient air through the aeration pipe to maintain an aerobic environment. The organic fertilizer manufacturing plant in Germany project fermentation workshop uses natural heating. The compost temperature is controlled at 70-85℃, and the fermentation cycle is 15 days.
When the pile temperature rises to 70℃, the turntable turner is used to turn the pile regularly, once a day. If the pile temperature exceeds 85℃, it is turned again and the temperature is controlled below 85℃. Turning can promote the evaporation of water in the solid fermentation material.
The water content after the water evaporates is about 30%, so no dust is generated during the fermentation process. The fermentation process can kill harmful microorganisms and insect eggs. The organic acid produced in the decomposition of organic matter absorbs free ammonia and stores nitrogen. Beneficial bacteria can also form mycelium and become part of the fertilizer.
The height of the project fermentation tank is about 3.0m, and the fermentation workshop is equipped with 3 fermentation tanks: the length is about 20m and the width is 6m. The density of organic fertilizer is 800kg/m3, and the maximum stockpile at one time is about 864t. The fermentation time is about 15d.
During the fermentation process of this organic fertilizer manufacturing plant in Germany project, fermentation odor G4 will be formed in the fermentation workshop.
Since the subsequent materials of this organic fertilizer manufacturing plant in Germany project are all transported by closed conveyor belts, the wheel-type turning machine in the workshop is used to turn the pile during the period, and the fermentation process is covered with a fermentation film.
In order to control the moisture content of the product, each batch of organic fertilizer after fermentation needs to be tested for moisture. If the moisture content is less than 30%, it will directly enter the granulation and screening workshop to produce finished organic fertilizer.
If the moisture content is higher than 30%, the fermented organic fertilizer needs to be sent to the aging workshop by a closed conveyor belt for aging treatment to further reduce the moisture content and make it more fully decomposed, so that the moisture volatilization is less than 30%.
After aging, the organic fertilizer is shoveled into the hopper by a forklift and conveyed to the crusher through a closed belt conveyor to crush the material to less than 8mm. The crusher is a fully enclosed equipment with a gas collection pipeline.
The granular material output from the crushing process has certain differences in particle size and needs to be screened and graded. The crushed material is transported to the screening machine through a closed conveyor belt. The selected rotary screening machine has low vibration, low noise, convenient screen replacement, and is equipped with a screen surface cleaning device.
Equipped with an automatic return system, the sieved granular materials are transported to the crusher through a belt elevator, and then crushed again and sent to the screening machine for further screening, which helps to improve the continuous operation capacity of the organic fertilizer production line.
The screened organic fertilizer is used to produce dust bio-organic fertilizer and granular bio-organic fertilizer according to market demand.
According to the information provided by the customer, it is estimated that 5,000 tons of powdered organic fertilizer will be directly packaged and stored as powdered bio-organic fertilizer each year; and about 5,000 tons of organic fertilizer will be packaged and stored as granular organic fertilizer after granulation, drying and screening.
The screened organic fertilizer is used to produce dust bio-organic fertilizer and granular bio-organic fertilizer according to market demand. According to the information provided by the customer, it is estimated that 5,000 tons of powdered organic fertilizer will be directly packaged and stored as powdered bio-organic fertilizer each year.
In addition, about 5,000 tons of organic fertilizer will be packaged and stored as granular organic fertilizer after granulation, drying and screening. The screened materials are sent to the fully enclosed organic fertilizer granulator and organic fertilizer dryer through a closed belt conveyor, so that the fine powder organic fertilizer can be continuously mixed, granulated, spheroidized, and densely dried in the machines, thereby achieving the purpose of granulation and drying.
Electric energy is used for heating and drying. After being processed by the spheronization machine, the granular organic fertilizer becomes spherical, with a sphericity of ≥0.7, a particle size generally between 0.3-3 mm, and a granulation rate of ≥90%.
The fertilizer pellet diameter can be appropriately adjusted by the material mixing amount and the spindle speed. Generally, the lower the mixing amount, the higher the speed, and the smaller the particles, and vice versa.
Granular biological organic fertilizer is transported to the drum screening machine by a bucket elevator. In the drum screening machine, particles with a particle size of 2.0 mm or more enter the next process, and particles with a particle size of less than 2.00 mm are returned to the organic fertilizer pellet making machine for re-granulation.
The granular organic fertilizer raw materials after granulation and screening are packed into woven bags through a packaging machine, which is the finished product and stored for sale.
In the early stage of building an organic fertilizer plant in Germany, the following aspects need to be considered:
Before building an organic fertilizer manufacturing plant in Germany, it is necessary to conduct sufficient market research to understand local organic waste sources, land fertility conditions, crop demand, farmers' needs and acceptance and other factors.
Through market research, the positioning and price of organic fertilizer products can be determined, as well as the potential of the sales market can be predicted.
Selecting a site suitable for building an organic fertilizer plant requires consideration of factors such as site rent, transportation conditions, water resources, environmental protection requirements, and safety requirements.
The selected site should be conducive to the collection, treatment and storage of organic waste, and must comply with relevant laws, regulations and standards.
Select suitable organic fertilizer equipment based on market research and site conditions. When selecting equipment, factors such as production capacity, process flow, equipment quality, and after-sales service need to be considered.
At the same time, it is also necessary to design suitable plants and facilities based on equipment and production needs.
Organic waste is the main raw material for the production of organic fertilizers, and a stable source needs to be found. When purchasing raw materials, it is necessary to consider factors such as the quality, price, transportation distance, and purchase volume of raw materials, and establish a long-term cooperative relationship with suppliers.
It takes a lot of money to build an organic fertilizer manufacturing plant in Germany. In the early stage, it is necessary to raise funds through various channels, such as self-raised funds, bank loans, government subsidies, etc. At the same time, it is also necessary to formulate a reasonable fund use plan to ensure the effective use of funds.
The construction of an organic fertilizer manufacturing plant in Germany requires various professional talents, such as project managers, engineers, technical workers, sales representatives, etc.
In the early stage, it is necessary to recruit and train corresponding personnel, and establish an effective management system and incentive mechanism. At the same time, it is also necessary to formulate a personnel training plan to improve the professional skills and management level of employees.
Before building an organic fertilizer manufacturing plant in Germany, it is also necessary to handle relevant procedures, such as industrial and commercial registration, tax registration, environmental protection approval, etc.
At the same time, it is also necessary to understand relevant laws, regulations and policies to ensure the legal operation of the enterprise. At this stage, it is necessary to actively communicate with the local government and relevant departments to ensure the smooth handling of procedures.
Since the production process of the organic fertilizer pellet plant may have a certain impact on the environment, an environmental impact assessment is required.
Before building an organic fertilizer plant, an environmental impact assessment needs to be conducted and corresponding environmental protection measures need to be formulated.
At the same time, it is also necessary to actively communicate with the local environmental protection department to ensure the effective implementation of environmental protection work.
Based on the results of the preliminary work, plant planning and design work is required. In the design, factors such as process flow, equipment layout, and logistics direction need to be considered to ensure smooth and efficient production.
At the same time, safety factors such as equipment safety and personnel safety need to be considered to ensure safety during the production process.
According to the design plan, construction is required. During construction, relevant laws, regulations and standards need to be observed to ensure the quality of the project. At the same time, it is also necessary to actively communicate with the local government and relevant departments to ensure the smooth progress of the construction process.
After the organic fertilizer manufacturing plant in Germany construction is completed, commissioning and acceptance work needs to be carried out. During commissioning, the operating status and effect of the equipment need to be checked to ensure that the quality and output of the product meet the design requirements.
During acceptance, the project needs to be quality inspected and evaluated to ensure that the quality of the project meets the relevant standards and requirements.
After the commissioning and acceptance are completed, operation management work needs to be carried out. In operation management, scientific management systems and processes need to be formulated to ensure the normal operation of the enterprise.
At the same time, a sound sales network and after-sales service system need to be established to improve the competitiveness of products and user satisfaction.
During the operation process, continuous improvement is required. In continuous improvement, it is necessary to constantly pay attention to market changes and user needs, actively introduce new technologies and management concepts, and improve the competitiveness of enterprises.
At the same time, it is also necessary to pay attention to continuous improvement in environmental protection and safety to protect the environment and the safety of enterprises.
In short, the construction of an organic fertilizer manufacturing plant in Germany requires comprehensive consideration of market, technology, capital, talents and other factors. Only by doing a good job in the preliminary preparations can the subsequent work be carried out smoothly.
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