10 HP motor
80-100 kg/hr Output Capacity
Brand : Generic ( Made in India )
Double Chamber 10 HP Rice Husk Grinding Machine
SKU : TI-RH-39768
MRP : ₹210000
₹190250
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Short Description
Rice Husk Grinding Machine
Country of origin: India
Specification
- Brand: Generic ( Made in India )
- Weight (Approx.) : 300 kg
- Material : Mild Steel
- Motor power - 10 HP
- First Chamber - 6" * 10"
- Second Chamber - 6" * 14"
- Production per hr - 80-100 KG /HR (depends on material)
- RPM- 2880
- Space Required - 5' * 5' * 7 '
Note - The colour of the product my vary.
Description
This Rice Husk Grinding Machine is a robust 10 HP motor powers the pulverizer, driving its internal components at a high rotational speed of 2880 RPM. This high RPM is crucial for effectively breaking down and pulverizing the fibrous rice husks. Rice husks are initially fed into the first chamber (6" x 10"), where primary grinding takes place. In this stage, high-speed rotating hammers or beaters impact and shatter the larger husk pieces. The partially processed material then moves into the slightly larger second chamber (6" x 14") for finer pulverization. This sequential grinding process is optimized to achieve a uniform and desired particle size for the output powder.
Applications
:he 10 HP Rice Husk Grinding Machine is designed for small-scale operations, providing an efficient way to convert bulky rice husks into a fine powder. some of the primary applications of this product:
1. Biofuel Production (Small Scale):
Briquettes and Pellets: The finely ground rice husk is an excellent raw material for producing biomass briquettes or pellets. These serve as a sustainable and clean-burning solid fuel for small domestic cooking, agricultural boilers (e.g., for drying paddy), or small industrial furnaces. The 10 HP machine's output is ideal for local energy needs or for supplying small-scale briquetting units.
Direct Combustion (Improved): While raw rice husks are difficult to burn efficiently, grinding them allows for more consistent and complete combustion in specialized biomass stoves or small furnaces, providing heat for various farm or household processes.
Roughage and Filler: Ground rice husk can be incorporated as a low-cost, fiber-rich roughage or filler in animal feed formulations for livestock (like cattle and poultry). Although its nutritional value is limited, it can aid digestion and add bulk to the diet, especially when mixed with other nutrient-dense ingredients. This is a common practice in many rural areas of India.
3. Soil Amendments and Agriculture:
3. Soil Amendments and Agriculture:
Biochar Production: The pulverized rice husks are a suitable feedstock for producing biochar through pyrolysis. Biochar significantly improves soil health by enhancing water retention, nutrient holding capacity, and aeration, leading to better crop yields and reduced reliance on chemical fertilizers. This application is highly relevant for individual farmers looking to improve their soil sustainably.
Growing Medium: Due to its light weight and good drainage, ground rice husk can be mixed into potting soils for nurseries, home gardening, or used as a component in soilless growing mediums.
4. Construction Materials (Niche/Local Scale):
Rice Husk Ash (RHA): When the ground rice husks are burned under controlled conditions, the resulting ash (RHA) is rich in amorphous silica. This RHA is a reactive pozzolanic material.
Activated Carbon Raw Material: Though typically a larger industrial process, the finely ground rice husk can serve as a raw material for producing activated carbon on a very small or experimental scale, useful for basic filtration applications.
Absorbents: The porous nature of the fine powder makes it suitable for absorbing small oil or chemical spills, offering an eco-friendly and readily available solution.
- Activated Carbon Raw Material: Though typically a larger industrial process, the finely ground rice husk can serve as a raw material for producing activated carbon on a very small or experimental scale, useful for basic filtration applications.
- Absorbents: The porous nature of the fine powder makes it suitable for absorbing small oil or chemical spills, offering an eco-friendly and readily available solution.
Usage
:The usage of this 10 HP Rice Husk Grinding Machine centers on its primary function: efficiently transforming raw, bulky rice husks into a fine, consistent powder. This conversion is vital as it significantly enhances the usability and economic value of rice husks, which are often considered an agricultural waste product.
1. Raw Material Feeding and Initial Processing:
Feeding the Husks: Raw rice husks, usually sourced directly from rice mills, are introduced into the machine's in-feed hopper. Due to the 10 HP motor size and production capacity, this feeding is often done manually by operators, or sometimes via a simple, integrated screw conveyor for more continuous operation.
First Chamber Grinding: The husks first enter the 6" x 10" first chamber. Inside, a series of high-speed rotating hammers or beaters aggressively impact and shatter the husks.
2. Fine Grinding and Output Control:
Second Chamber Pulverization: The partially ground material then moves into the slightly larger 6" x 14" second chamber. In this stage, the material undergoes more intensive pulverization.
Particle Sizing and Discharge: A precisely sized screen or sieve is installed at the outlet of the second chamber. This screen acts as a quality control mechanism, ensuring that only particles meeting the specified fineness pass through.
3. Core Function:
Transforming Waste into Valuable Resources:The fundamental usage of this machine lies in its ability to:
Reduce Volume and Improve Handling: Raw rice husks are extremely bulky, making them difficult and expensive to transport and store.
Increase Surface Area: Pulverizing the husks exposes a significantly larger total surface area. This is critical for processes where reactivity is important, such as efficient combustion, better absorption, or more uniform mixing with other ingredients.
Enhance Uniformity and Flowability: The grinding process results in a more uniform particle size, which is vital for consistent feeding into other downstream machinery (like small pellet presses or biomass stoves) and for achieving homogeneous mixtures when blending with other materials (e.g., in animal feed formulations).
4. Integration into Downstream Applications:
The finely ground rice husk powder produced by this 10 HP machine is then used as a valuable input material across various small-scale sectors and for local needs:
For Small-Scale Energy Generation: The powder serves as a consistent and manageable fuel source for small biomass boilers used for heating or drying, or for gasifiers.
In Agriculture and Horticulture: It's frequently incorporated as a fiber component in animal feed for local livestock and poultry. It is also a key feedstock for biochar production, a highly effective soil amendment that enhances fertility and structure.
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