How to Make Spent Mushroom Substrate Into Fertilizer

Spent mushroom substrate (SMS), is the leftover material from the cultivation of mushrooms. It can be repurposed into a valuable fertilizer or soil conditioner. Here’s how you can turn spent mushroom substrate into fertilizer:

Materials and Equipment:

Spent mushroom substrate (SMS)
Composting machine
Water source
Organic matter (optional)
pH testing kit (optional)

Mushroom waste compost making

Mushroom waste compost making


Collection and Handling:

Collect the spent mushroom substrate from your mushroom cultivation operation. Ensure it’s free of contaminants and other unwanted materials.

Assess pH Level (Optional):

Check the pH level of the spent mushroom substrate. It should ideally be close to neutral (pH 7) or slightly acidic. If it’s too acidic, you may need to adjust the pH by adding lime. If it’s too alkaline, you can lower the pH by adding organic matter, such as composted leaves or peat moss.Then you can make better mushroom waste fertilizer.

Adequate Moisture:

Ensure the compost pile remains consistently moist, similar to a wrung-out sponge. Regularly water the pile as needed to maintain this moisture level. We can privide you spent mushroom disposal machine with water tank.


Turn the compost pile regularly (about once a week) to provide aeration and help break down the materials. At that time, a professional compost machine is greately helpful for you. Click here to learn more.

Spent mushroom substrate compost equipment for sale

Spent mushroom substrate compost equipment for sale

Composting Time:

Naturally, the composting process of mushroom waste can take several months to a year, depending on various factors such as temperature, moisture, and the size of the compost pile. Monitor the pile’s temperature, which should rise during the initial stages of decomposition. But with suitable compost machine, you can compost mushroom waste absolutely with in about 20 days.

Curing (Optional):

Once the composting process is complete, you can allow the compost to cure for a few weeks to several months. This helps stabilize the compost and ensures that any remaining harmful pathogens are deactivated.

Quality Assessment:

Before using the compost as a fertilizer, assess its quality. It should be dark and crumbly, with an earthy smell. It should also be free of any moldy or unpleasant odors.

Application as Fertilizer:

Spent mushroom substrate compost can be used as a soil conditioner and fertilizer in various ways:

Mix it into garden soil or potting mix to improve soil structure and nutrient content.
Apply it as a top dressing around existing plants or as a mulch.
Use it in vegetable gardens, flower beds, or potted plants.
Follow recommended application rates and guidelines based on your specific plants and soil conditions.


Store any excess compost in a dry, covered area to prevent it from becoming overly moist or contaminated.

By following these steps, you can repurpose spent mushroom substrate into a valuable organic fertilizer and soil conditioner, enhancing the nutrient content and overall health of your garden soil. If you dispose of spent mushromm substrate for commercially purposes, you can visit for details and machines.

Bio NPK Fertilizer Making for Large Scale Capacity

In the realm of agriculture, the importance of fertilizers cannot be overstated. Fertilizers provide essential nutrients to plants, helping them grow vigorously and produce higher yields. Among the various types of fertilizers available, NPK fertilizers hold a prominent position due to their balanced composition of nitrogen (N), phosphorus (P), and potassium (K). However, as the world grapples with environmental concerns and the need for sustainable agriculture, there is a growing interest in bio NPK fertilizers. This article explores the concept of bio NPK fertilizer production on a large scale and delves into the process, benefits, and environmental considerations associated with it.

Understanding the Significance of NPK Fertilizers

NPK fertilizers are the cornerstone of modern agriculture. They provide plants with the essential macronutrients they need for healthy growth and robust crop yields. Nitrogen promotes leafy green growth, phosphorus enhances root development and flowering, while potassium aids in overall plant vigor and disease resistance. This balanced combination is crucial for maintaining soil fertility and ensuring food security.

The Need for Bio NPK Fertilizers

Traditional NPK fertilizers are typically synthetically produced and can have detrimental effects on the environment when misused. Excessive use of synthetic fertilizers can lead to nutrient runoff, soil degradation, and water pollution. This is where bio NPK fertilizers come into play.

Bio NPK fertilizers are made from organic materials and offer several advantages over their synthetic counterparts. They release nutrients slowly, reducing the risk of nutrient leaching and runoff. Moreover, bio NPK fertilizers improve soil structure and microbial activity, enhancing long-term soil fertility and sustainability.

Large Scale Bio NPK Fertilizer Production

Producing bio NPK fertilizers on a large scale requires a well-structured process that combines organic materials to achieve the desired nutrient balance. Here’s a simplified overview of the production process:

  1. Raw Material Collection: Gather organic materials such as compost, animal manure, crop residues, and green waste. These materials will serve as the primary sources of nutrients for the bio NPK fertilizer.
  2. Composting: Create compost piles by mixing the collected organic materials. Composting is essential to break down the raw materials into a stable and nutrient-rich form.
  3. Nutrient Analysis: Conduct regular nutrient analysis to monitor the composition of the compost. This ensures that the final product meets the desired NPK ratio and other micronutrient requirements.
  4. Blending and Granulation: Blend the compost with additional organic materials, such as bone meal or seaweed extracts, to achieve the target NPK ratio. Granulate the mixture to form uniform fertilizer pellets. For this, SX rotary drum pelletizer machine is the best choice for you.;

  1. Drying: Remove excess moisture from the granulated fertilizer to prevent clumping during storage and transportation.
  2. Quality Control: Perform quality checks to ensure the bio NPK fertilizer meets the required standards for nutrient content and consistency.
  3. Packaging: Package the final product in environmentally friendly materials, considering sustainability throughout the packaging process.

Benefits of Large Scale Bio NPK Fertilizer Production

  1. Environmental Sustainability: Bio NPK fertilizers reduce the environmental impact associated with synthetic fertilizers. They minimize nutrient runoff, soil degradation, and greenhouse gas emissions.
  2. Improved Soil Health: These fertilizers enhance soil structure and microbial activity, leading to improved nutrient cycling and overall soil health.
  3. Long-Term Benefits: Bio NPK fertilizers release nutrients gradually, providing sustained nutrition to crops throughout the growing season. This results in more stable and predictable crop yields.
  4. Reduced Chemical Dependency: Farmers can reduce their reliance on synthetic fertilizers and chemicals, promoting organic and sustainable farming practices.

Environmental Considerations

While bio NPK fertilizers offer numerous benefits, it’s important to address environmental considerations, such as the responsible sourcing of organic materials, energy efficiency in production, and minimizing waste generation. Sustainable practices throughout the production process can help mitigate these concerns.


In the quest for sustainable agriculture, large-scale bio NPK fertilizer production holds immense promise. By harnessing the power of organic materials and responsible production practices, we can meet the nutritional needs of our crops while safeguarding the environment for future generations. Embracing bio NPK fertilizers is a step toward a more sustainable and ecologically conscious agriculture industry. If you are interested in other NPK fertilizer making line, we can also provide you.

Как выбрать трехходовую ротационную сушилку?

Выбор трехходовой ротационной сушилки зависит от ряда ключевых параметров и требований, которые вы можете иметь. Вот некоторые шаги и критерии, которые помогут вам выбрать подходящую сушилку:

1.Тип продукта: Определите, какой продукт вы собираетесь сушить. Разные сушилки могут быть лучше подходящими для различных видов материалов, таких как пищевые продукты, химические вещества, минералы и т. д.

2. Производительность: Определите необходимую производительность сушилки. Это количество материала, которое вы планируете сушить в единицу времени. Подумайте о максимальной и минимальной производительности, которые вам потребуются.

3. Температура и влажность: Учтите требования к температуре и влажности процесса сушки. Разные сушилки могут обеспечивать разные диапазоны температур и уровней влажности.

4. Размер и конфигурация: Рассмотрите доступное пространство и требуемую конфигурацию для сушилки. Например, существуют вертикальные и горизонтальные сушилки разных размеров.

5. Тип топлива: Если сушилка требует источник тепла (например, природный газ, электричество, сжиженный газ), убедитесь, что у вас есть доступ к необходимому топливу.

6. Эффективность и энергопотребление: Позаботьтесь о том, чтобы сушилка была эффективной и не потребляла слишком много энергии, чтобы сэкономить на операционных расходах.

Вид сбоку роторная сушилка

Вид сбоку роторная сушилка

7. Система управления: Изучите систему управления сушилкой. Чем более автоматизированной и удобной она является, тем проще будет контролировать процесс сушки.

8. Стоимость и бюджет: Учтите ваш бюджет и стоимость сушилки. Сравните цены разных моделей и выберите ту, которая соответствует вашим финансовым возможностям.

9. Обслуживание и ремонт: Исследуйте доступность сервисных центров и запчастей для сушилки, чтобы обеспечить ее надежное обслуживание и ремонт в случае необходимости.

10. Отзывы и рекомендации: Посмотрите отзывы от других пользователей и получите рекомендации от специалистов в данной области.

11. Соблюдение нормативов: Убедитесь, что выбранная сушилка соответствует всем необходимым нормативам и стандартам безопасности.

Сушилка на линии производства гранулированных удобрений

Сушилка на линии производства гранулированных удобрений

12. Консультация с экспертом: Если у вас есть особенные требования или вы не уверены, какая сушилка лучше всего подойдет для вашего процесса, рекомендуется проконсультироваться с инженером или специалистом по сушке.

Выбор трехходовой ротационной сушилки должен быть основан на тщательном анализе ваших потребностей и на оценке технических характеристик различных моделей, чтобы выбрать наиболее подходящий вариант для вашего производства или процесса. Чтобы узнать больше о сушилках, посетите:

How to Use Pan Pelletizer to Make Zeolite Granules?


Zeolites are versatile and valuable materials used in various industrial applications, including water purification, gas separation, and catalysis. One common form of zeolite is granules, which are essential for many manufacturing processes. To produce high-quality zeolite granules efficiently, a pan pelletizer is a vital tool in the production line. In this guide, we will walk you through the steps on how to use a pan pelletizer to make zeolite granules effectively.

zeolite pellets

zeolite pellets

Understanding Zeolites

Before diving into the granulation process, it’s crucial to understand what zeolites are. Zeolites are crystalline aluminosilicate minerals known for their porous structure. They have a wide range of applications due to their ability to adsorb, exchange, and catalyze various molecules. To maximize the effectiveness of zeolite granules, it’s important to select the appropriate type of zeolite for your specific needs.

Choosing the Right Equipment

To produce zeolite granules, you’ll need a pan pelletizer. This equipment is specially designed to agglomerate fine powder materials into granules of uniform size and shape. Pan pelletizers come in various sizes and configurations, so choose one that suits your production requirements.

Preparing the Zeolite Powder

Start by obtaining zeolite powder. Ensure that the zeolite powder is of high purity and suitable for your intended application. It should also have the desired ion-exchange capacity, surface area, and pore size to meet your specific needs.

  1. Drying: If the zeolite powder contains moisture, it must be dried to eliminate any excess water content. Moisture can affect the granulation process and the quality of the resulting granules.rotary drum drying machine is necessary.
  2. Particle Size: Ensure that the zeolite powder is within the desired particle size range. The ideal particle size can vary depending on the specific application, but typically, a fine powder is used for granulation.

Granulation Process

Now that you have the necessary equipment and prepared zeolite powder, it’s time to begin the granulation process using the pan pelletizer.

  1. Loading the Pan: Place the zeolite powder into the pan pelletizer’s pan. The pan should be filled evenly to ensure uniform granule formation.
  2. Binder Addition: To facilitate granulation, you may need to add a binder solution. The binder helps hold the zeolite particles together during the granulation process. The choice of binder and its concentration should be carefully selected based on the characteristics of the zeolite and the desired granule properties.
  3. Mixing: Start the pan pelletizer and initiate the mixing process. The rotating pan will agitate the zeolite powder and binder solution, forming small granules.
  4. Granule Formation: As the mixing continues, the zeolite particles will gradually agglomerate into larger granules. Monitor the process to ensure the granules reach the desired size and consistency.

     7.Drying: After granulation, the wet granules may need to be dried to remove any remaining moisture. The drying process should be carefully controlled to prevent overheating or damaging the zeolite granules.

Quality Control

  1. Sieve Analysis: Perform a sieve analysis to confirm that the zeolite granules meet the desired size distribution. Adjust the pan pelletizer settings as needed to achieve the desired granule size.
  2. Quality Testing: Conduct quality tests to ensure that the zeolite granules meet the required specifications for your application. This may include testing for ion-exchange capacity, surface area, and other relevant properties.


Using a pan pelletizer to make zeolite granules is a crucial step in the production of high-quality zeolite materials. By following these steps and carefully controlling the granulation process, you can produce zeolite granules that meet your specific needs and deliver exceptional performance in various industrial applications. Remember to select the right equipment, prepare your zeolite powder properly, and conduct quality control checks to ensure the success of your granulation process.

Как использовать гранулятор с плоской матрицей для переработки остатков традиционных китайских лекарств?

Гранулятор с плоской матрицей – это оборудование, которое широко используется для переработки органических материалов в гранулы или гранулированные продукты. Для переработки остатков традиционных китайских лекарств с использованием гранулятора с плоской матрицей, следуйте этим шагам:

1. Подготовьте сырье: Сначала необходимо подготовить остатки традиционных китайских лекарств. Убедитесь, что материал чист от примесей, пыли и посторонних предметов. Материал может быть сушеным травами, корнями, корой и другими растительными компонентами.

2. Настройте гранулятор: Установите гранулятор с плоской матрицей в соответствии с требованиями процесса. Это включает в себя настройку скорости вращения и давления матрицы.

Гранулирование остатков традиционной китайской медицины

Гранулирование остатков традиционной китайской медицины

3. Загрузите сырье: Поставьте остатки традиционных китайских лекарств в бункер или воронку гранулятора так, чтобы материал равномерно распределялся на поверхности матрицы.

4. Процесс грануляции: Включите гранулятор и начните процесс грануляции. Материал будет подвергнут механическому давлению и сжиматься между плоской матрицей и роликами или шнеками. Это приведет к образованию гранул.

5. Контроль качества: Важно следить за качеством гранул, которые производит гранулятор. Если необходимо, можно вносить коррективы в процесс, регулируя параметры, такие как скорость и давление.

6. Сбор гранул: Гранулы могут быть собраны после прохождения материала через гранулятор. Их можно затем упаковать или использовать для производства традиционных лекарственных средств или других продуктов.

7. Очистка и обслуживание: После завершения процесса не забудьте очистить гранулятор и провести обслуживание оборудования, чтобы поддерживать его в хорошем состоянии.

Важно ознакомьтесь с инструкциями и рекомендациями производителя гранулятора, чтобы обеспечить безопасное и эффективное использование оборудования. Если вы хотите узнать больше, посетите:

Large Scale Fertilizer Composting Machine – Best Industrial Compost Equipment

For industrial compost fertilizer making, large-scale fertilizer composting machines are best choice. But the final equipment used depends on various factors, including your specific requirements, budget, and the type of feedstock you are composting.

Equipment for compost turning

Here are some industrial composting equipment options commonly used for large-scale composting:

Wheel type compost machine

wheel type compost turner is specially designed for start large scale organic waste compost quickly. It has large turning span and high automation. It can help you turn a large amount of manure into commercial compost easily.

Compost Turners/Windrow Turners:

Compost windrow turners are heavy-duty machines designed to turn and aerate compost windrows or piles efficiently.

They come in various sizes and configurations, including tow-behind, self-propelled, and tractor-mounted models. They offer reliable compost turners for large-scale operations. Click here to learn more.

In-Vessel Composting Systems:

In-vessel composting systems are known for handling large volumes of organic materials in enclosed containers.  Using it, you can compost organic manure through the year. whether it is rainy or sunny, summer or winter.

Equipment for better large scale composting

For better commercial organic waste compost  in large quantities , you also need the following machines.

Screening and Sifting Equipment:

After aerobic fermentation, you’ll need equipment to screen and sift the finished compost to remove contaminants and achieve the desired particle size.

Trommel screens, vibrating screens, and conveyor belts with sorting stations are commonly used for this purpose.

Compost Fertilizer Screening Machine for sale

Compost Fertilizer Screening Machine for sale

Compost Temperature Monitoring Systems:

Efficient large-scale composting requires precise temperature monitoring.

Consider investing in temperature probes and monitoring systems to track and control the composting process.

Waste Handling and Conveying Equipment:

To efficiently transport and handle large volumes of organic materials, you may need conveyor systems, loaders, and other equipment.

Custom Solutions:

Depending on your specific needs, you might require custom-designed composting equipment. Many manufacturers offer customized solutions to meet unique requirements.

When choosing industrial composting equipment, consider factors like the volume of organic materials you’ll be processing, the type of feedstock, available space, and budget constraints. Additionally, consult with equipment suppliers to ensure that their products are suitable for your specific composting operation and meet local regulations and environmental standards. If you plan to start large scale fertilizer composting, you can visit for the best solution.