Biochar Reactor

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Biochar Reactor

Biochar reactor is the core component of the biochar production line. The reactor not only has efficient pyrolysis capabilities, but also can adapt to a variety of biomass raw materials, such as wood chips, coconut shells, rice husks, etc. Its design level directly affects the energy consumption, emission control and operational stability of the production line. Therefore, choosing a suitable biochar reactor for sale is crucial to the overall performance of the production line.

Biochar Reactor

2 Models of Beston Biochar Reactors for Sale

In order to adapt to different production requirements, we provide customers with three types of biochar reactors for sale, batch type, skid-mounted type, and continuous type. Each biochar machine has unique advantages for different production needs and application scenarios:

ModelBST-06BST-50
Input Capacity0.3-0.5m³/h10-15m³/h
Reactor Sizeφ820mm*L11200mmφ2000mm*L14260mm
Land for Equipment (L*W*H, Standard Configuration)25m*15m*8m35m*18m*9m
Weight (Standard Configuration)21T49T
Energy Consumption (Standard Configuration)153kw/h*0.7191kw/h*0.7
Working MethodFully continuous
Feeding RequirementSize: ≤20mm; moisture: ≤15%; strong liquidity
StructureDouble barrel double hearth
Speed1-9RPM
Control MethodPLC control
Reactor MaterialStainless steel 304
PressureMicro negative pressure
Heating MaterialDiesel, natural gas, heavy oil, biomas, etc.
Heating MethodDirect heating
Noise (dB)≤80
CondenserCirculating water cooling
Rotation MethodExternal gear rotation

Analyzing Biochar Reactor Design from Components

Beston Continuous Biochar Reactor Design

1. Inlet and Outlet Seal Head

It is the passage for materials to enter and exit the biomass pyrolysis reactor. It is designed to be highly sealed to prevent gas leakage and outside air from entering the reactor. Thus, this ensures that the whole machine completes biomass pyrolysis in a strictly oxygen-free or low-oxygen environment.
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2. Combustion Chamber

The combustion chamber is the preheating and continuous heating area of ​​the biochar reactor. External fuels such as heavy oil, natural gas or LPG are usually used for preheating. Once the pyrolysis reaction begins, the combustion chamber can use the combustible gas produced during the pyrolysis of biomass to heat the main reaction area.
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3. Drive Unit

The drive unit adopts a three-point support structure, including a main drive wheel and two deputy drive wheels. This ensures the smooth operation of the main roller. The design can effectively disperse the load and ensure that the main furnace rotates evenly. Thus, the biomass can fully contact the heat and pyrolyze.
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4. Main Roller (Main Furnace)

The main roller is the core part of the biochar furnace, also known as the main furnace. In the main roller, biomass is converted into biochar through high-temperature pyrolysis reaction. The material and design of the main roller determine the temperature resistance and corrosion resistance of the reactor, which directly affects its service life and production efficiency.
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5. Casing

The casing provides external protection for the entire biochar pyrolysis reactor, and its main function is to prevent external factors from affecting internal components. At the same time, it also has the functions of heat preservation and noise reduction.
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Acceptable Raw Material for Biochar Reactor

Generally, biochar klin can process most type of waste biomass, such as wood, coconut shell, rice husk, etc. However, there are a few points to note:

  • The reactor can only process a single type of biomass at each run. Multiple biomass cannot be mixed for reaction.
  • For continuous reactors, the raw material moisture must be less than 15% and the size must be less than 20mm (5-8mm)

The following are some common sources of biomass material.

Wood Chip
Wood Chip
Sawdust
Sawdust
Coconut Shell
Coconut Shell
Rice Husk
Rice Husk
Wheat Straw
Wheat Straw
Palm Kernel Shell
Palm Kernel Shell
Empty Fruit Bunch
Empty Fruit Bunch
Bamboo
Bamboo
Coffee Husk
Coffee Husk
Jute Stick
Jute Stick
Sugarcane Bagasse
Sugarcane Bagasse
Sewage Sludge
Sewage Sludge

Biomass to Biochar: Material Changes in Biochar Furnace

Biomass undergoes pyrolysis reaction in the biochar kiln. The entire reaction environment is a micro-oxygen environment and high temperature. In the biochar reactor
, the internal structure of biomass will undergo the following material changes:

Phase 1: Dehydration

The biomass will remove excess water inside as the temperature gradually rises.

Phase 2: Demethylation

As the reaction temperature continues to rise, the methyl groups in the biomass are removed. As a result, it releases combustible gases such as hydrogen and methane.

Phase 3: Release of Organic Volatiles

The increase in temperature will cause some organic volatile substances to be released. These gaseous volatiles can form wood vinegar and tar after condensation.

Phase 4: Biochar formation

As volatile substances continue to precipitate, biomass is eventually converted into carbon-rich biochar.

The Value of Biochar Produced by a Biochar Reactor

Commercial Value of Biochar Produced by a Biochar Reactor

Commercial Value:

The biochar produced by biochar reactor is highly consistent and high quality. Therefore, it is suitable for a wide range of applications. This high-quality biochar can meet the requirements of different industries. Thus, it enhances its market value and competitiveness.

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Energy Value of Biochar Produced by a Biochar Reactor

Energy Value:

The biochar kiln produces high-carbon content biochar and combustible gas. As a clean alternative energy source, they effectively replace part of the use of traditional fossil fuels. This not only reduces energy costs, but also promotes the development of sustainable energy.

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Carbon Sequestration Value of Biochar Produced by a Biochar Reactor

Carbon Sequestration Value:

Biochar has high stability and optimized pore structure. In the soil environment, it effectively sequesters carbon and stores it for hundreds of years. In addition, this not only mitigates the impact of climate change, but also provides a sustainable solution for carbon removal.

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Cutting-edge Technology of Beston Biochar Furnace

Unique Heating Structure

The carbonization furnace adopts a double-layer structure. The outer layer pyrolyzes the biomass, and the inner layer dries the biomass again. This greatly improves the reaction efficiency. In addition, the structure ensures that the material does not come into contact with the flue gas to avoid pollution.

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Dynamic Sealing

The biochar reactor adopts a multi-channel sealing system with different structures. The sealing structure can automatically compensate for the seal wear gap. The combination of graphite blocks, sealing cloth, and fish scales further improves the sealing reliability.

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Two-way Explosion-proof

An explosion-proof water seal is configured at the combustible gas pipeline. This prevents abnormal gas pressure from causing damage to the equipment. In addition, an explosion-proof hole is set at the tail end of the reactor to prevent danger caused by excessive pressure.

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Internet of Things Control

The device supports Internet of Things technology, and users can remotely monitor the operating status of the reactor in real time through mobile terminals. When the operating parameters of the equipment are abnormal, users can adjust the fault point in time.

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Beston Biochar Reactor for Sale

Beston Biochar Reactor for Sale

Technological Breakthrough achieved by Beston Biochar Reactor

As a manufacturer committed to independent research and development of innovative technologies, Beston Group has been working tirelessly. This year, we achieved a milestone of 360 hours of continuous operation of the biochar reactor. This is not only a new technological breakthrough, but also an important step towards more advanced biochar production technology in the future.

What are Beston Biochar Reactor Costs?

When you consider biochar kiln plans, the cost is the most important factor you consider. The cost does not contain the machine price but also includes the delivery and installation fee. You can see some delivery videos on Youtube.

Get a Suitable Biochar Reactor Price

Beston offers 3 type reactors and custom reactors to customers. When you wanna get Beston biochar furnace price, send your requirement to Beston. There are several questions that you should consider before you send the message to Beston. These questions will help you to get a cost-efficient biochar reactor.

  • What raw materials do you wanna process by the reactor? How about their moisture and size?
  • How many raw materials to process per hour?
  • How much charcoal do you wanna get finally per day?
  • Where is your machine located in?

Delivery and Installation Costs

The delivery and installment fee of biochar reactor for sale can’t be neglected. The delivery fee is flexible. It changes according to the port cargo situation and sea route. The installation fee is influenced by basic construction and manual labor. Send your location and the market situation in your country.

When you plan to get a good-quality reactor, contact Beston. 10+ years of experience will help you to get an ideal reactor at a fair price. Moreover, we offer a comprehensive post-sales service to all customers. Besides, you can see some charcoal making machine FAQs.

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Beston Biochar Reactors in All Over the World

Beston biochar reactor for sale has been sold to many countries and regions around the world due to its advanced design. The wide range of application scenarios covers agriculture, industry, energy and other fields, and it meets the needs of different customers for biochar production. The success stories of users from all over the world not only verify the reliability and economic benefits of the equipment, but also contribute to the sustainable development of the local area. The following is an introduction to some global success cases.

Beston Biochar Reactor Drives Green Future

Biochar reactor is the core equipment of modern biomass processing technology. It shows great commercial value, energy efficiency and environmental protection potential. With the continuous upgrading of technology and the growing demand for sustainable development around the world, Beston biochar reactor will continue to lead the development of the biomass energy industry and provide innovative solutions for various industries.

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