Medicinal Herb Residue Pellet Making Machine

Brief Introduction

The Medicinal Herb Residue Pellet Making Machine is a biomass fuel processing equipment specifically designed for the pharmaceutical industry. It can convert pharmaceutical waste such as Chinese medicine residue, Western medicine residue, and Chinese medicinal herb residue into high-density biomass pellet fuel. This equipment uses a high-temperature, high-pressure process to process biomass raw materials such as pharmaceutical residue into clean and renewable pellet fuel, achieving an environmentally friendly energy conversion that "turns waste into treasure."

Processing Technology

Core Equipment Is Medicinal Herb Residue Pellet Making Machine

Compression Molding Principle: The system operates via a direct-drive motor. The motor is connected to the reducer shaft through a gear coupling. The motor drives the main shaft, which in turn drives the pressure rollers to press the inner surface of the die, completing the compression process.

Device Characteristics Compatibility: The medicinal residue contains a certain amount of moisture and organic components. During the compression process, natural binders are released, binding the residue into granules without the need for added chemical binders.

Main Parts

TONY's Medicinal Herb Residue Pellet Making Machine

Main Spare Parts

Parameter

Suitable Raw Materials

1.Bamboo Materials: Bamboo shavings, bamboo powder, bamboo strips, bamboo branches, bamboo joints, bamboo sheaths, and processing scraps from moso bamboo.

2.Timber Materials: Wood shavings, sawdust, wood chips, wood powder, branches, bark, and wood processing plant waste.

3.Agricultural Straw Materials: Corn stalks, wheat stalks, rice stalks, cotton stalks, and reeds.

4.Rice Husks and Fruit Husks: Rice husks, peanut shells, sunflower seed shells, palm shells, and coconut shells.

5.Other Biomass Materials: Fungal residue, medicinal residue, brewer's grains, furfural residue, and urban landscaping waste.

Application Areas

The biomass pellets produced by the bamboo pellet mill have high density, high calorific value, and stable combustion. The finished pellets typically have diameters of 6mm, 8mm, 10mm, and 12mm, and can be widely used in industrial boiler heating, biomass power generation, household fireplace heating, and domestic cooking fuel. It is an ideal piece of equipment for investing in biomass energy projects in areas rich in bamboo resources.

Details

1. The TONY biomass pellet mill uses a custom-designed, enlarged HUIXIN gearbox as its core transmission component. This system integrates power transmission, corrosion protection, internal material shearing mechanisms, maintenance design, automatic lubrication, and dust removal auxiliary equipment, rather than relying on isolated improvements. The HUIXIN custom-designed, enlarged gearbox, paired with a bottom-mounted reducer, enhances the machine's impact resistance and solves the complex maintenance issues associated with traditional transmission components.

2. The bottom-mounted rotating support avoids airborne dust. The stainless steel discharge shell and 304 stainless steel protective cover work together to reduce corrosion and wear from moisture and fine powder, protecting the cleanliness of the material inside the chamber. Internal stainless steel lifting blades ensure thorough material lifting and mixing. The adjustable blade mechanism changes the shearing point, flexibly adjusting the finished pellet length and ensuring consistent output specifications.

3. An automatic lubricator regularly supplies lubricating grease to multiple rotating components, preventing dry friction damage to bearings and the rotating support.

4. A cyclone-baghouse dust collection system matches the main unit's dust output, maintaining negative pressure within the chamber and reducing dust accumulation.

5. The load, operating conditions, and timing of each component of the entire equipment are mutually compatible. In pellet plants with complex raw materials and high humidity, the equipment's structural lifespan, pellet quality, and ease of maintenance are all taken into account, effectively reducing the probability of unplanned downtime.

Unique Advantages

Model and Specification Differences

1. The difference in model designation between the 860 model and its competitor, the 850 model, typically represents the difference in the inner diameter of the ring die or the size of the pressing chamber. The 860 model generally has a larger pressing chamber than the 850 model, resulting in a higher theoretical maximum production capacity. Both have a power output of 250KW, but the 860 model has a larger material throughput per unit time at the same power, resulting in higher pressing efficiency.

2. It should be noted that the 860-250KW model combines high power with a large pressing chamber, offering a larger effective pressing area than the 850-250KW model at the same power, theoretically resulting in superior single-machine production capacity and long-term operational stability.