Peat briquettes machine for sale

Types of peat briquettes machines

The peat briquettes machine for sale comes in various types with distinct features, all designed to meet specific requirements. Among them are the classical or traditional machines, the electric machines, the hydraulic machines, and the extruder machines.

• Classical or traditional machines: Classical machines use manual labour and fossil fuels, mostly coal or oil, to compress peat into briquettes. They have very low-level technological input, resulting in limited production capacity. Operating such a machine requires no special technical skills other than knowing how to use the machine to produce peat briquettes. The initial investment cost is usually very low, but businesses with such machines might incur higher running costs.
• Electric peat briquette machines: These types of machines turn peat into briquettes by applying pressure and heat. They use electricity to compress the peat material into a dense form. Some electric briquette machines have a built-in dryer to remove moisture from the peat material, while others require the material to be dried separately. Drying the material increases the machine's efficiency. Compared to the classical briquette machines, the electric machine has a higher production capacity. It also runs smoother and more efficiently. Furthermore, the machine produces less noise and pollution compared to its classical counterpart. The downside of the electric machine is its high initial cost. Also, it depends on a stable electric supply to run at optimum capacity.
• Hydraulic peat briquette machines: Hydraulic machines use water and pumping force to compress the dry peat into briquettes. Besides making peat into briquettes, these machines can also make other products, such as charcoal, rice husk, sawdust, and grass. The hydraulic briquette machine has a faster production output, and this makes it suitable for large-scale production. It has a longer lifespan and a high return on investment. Like the electric machine, the hydraulic machine may require a higher initial investment.
• Peat briquette extruder machines: Extruder machines use screws to extrude peat briquettes. They are commonly used in large-scale production of peat briquettes. The machine works non-stop, producing peat briquettes at a rapid rate. It may have a peer dryer or a separate one to ensure the material has the necessary level of dryness before being extruded.

Specifications and maintenance of peat briquettes machine for sale

Specifications

The specifications of a peat briquette machine for sale will vary the depending on the kind and model of machine. However, here are some common specifications.

• Capacity: The capacity of a peat briquettes machine for sale is indicated in terms of the amount of briquettes it produces in an hour.Factory’ s needs will determine the capacity that a buyer will need. A small machine will produce about 30 kgs to 100kgs in one hour. Large industrial machines will produce 500 kgs to over a 1000 kgs in one hour.
• Power Consumption: The power consumption is the amount of electricity or fuel used to run the machine. Smaller machines are usually portable and can be run using electricity. The power consumption of such machines is between 3 kw to 10 kw. Machines that run on diesel have to burn at least 1 liter of diesel in an hour.
• Weight: A peat briquette machines is heavy because it is made of steel. It weighs anything between 650 kgs to 3 tons. Large machines are extremely heavy and may require a crane for installation.
• Raw Material Size: The raw material sizes that a briquettes can compress are different. Generally, the raw material pieces should not exceed 50 mm. The machine has a shredder and separator to reduce and segregate the raw material. The material produced is then fed into the briquettor.

Maintenance

Regular maintenance will ensure the peat briquettes machine for sale works efficiently and has a long life. Here are some maintenance tips.

• Regular Lubrication: Regular lubrication of moving parts is important for smooth operation and minimal wear and tear. Lubricate frequently the gears, guide rails, and bearings with oil or grease in accordance with manufacturer's instructions.
• Cleaning: The machine should be cleaned to remove dust and ash build up. Use air blower or vacuum cleaner to remove sawdust from the machine. The cleaning should be done once production is over for the day so that remains are not blown into the fire.
• Routine Checks: Regularly check the fasten parts and see if some are loose. Tighten the parts as necessary. Check for any damaged parts like pressure plates and sealing rings, and replace them as needed.
• Water Pump: If the briquette machine uses water from a pump to operate, check the pump and clear any clogs. Ensure the water is flowing freely and inspect the pump for any damage or wear and tear.
• Irrigation and Lubrication of Moving Parts: Moving parts in the briquette machines needs to be lubricated to prevent wear and tear and damage. Ensure the chains are tight and adjust them as necessary. Lubricate chains using chain oil or other suitable lubricants and install protective covers on them.
• Storage: The briquette machines storage area should be dry and free off combustible materials. Ensure the machine is not connected to any electrical source when making repairs or adjustments. For long storage period, cover to protect against dust and debris. Dispose off waste and leftover raw materials.

Application Scenarios of Peat Briquettes Machine for Sale

The demand for peat briquettes is increasing significantly due to the versatility of peat as a raw material and the usefulness of the end products. Many countries are using peat briquette factories to meet the demand. Here are some application scenarios for a peat briquette machine for sale:

• Selling Peat Briquettes:

  A peat briquette machine can be used in a commercially selling peat briquettes as an affordable and efficient fuel source. These machines can be used to make large amounts of briquettes quickly and efficiently. Because of this, businesses can make more money by producing more peat briquettes.

• Briquette Export:

  The majority of commercially produced peat briquettes are exported to countries where they are in high demand. Larger-scale machines that automatically feed and take out the briquettes are usually used for this. This is because larger-scale production is required for exporting.

• Supplementing Firewood:

  Peat briquettes can be a great source of income for people who sell firewood as their main business or fuel. Peat briquettes burn just as well as wood, and they are a better use of money and space to store than firewood is. Customers will find it more helpful and compelling to consider peat briquettes instead of firewood to reduce storage needs and fuel expenses.

• Greenhouse Heat Source:

  Peat briquettes are a great source of heat for greenhouses. Greenhouse owners can very efficiently use the heat and carbon dioxide from burning peat to help their plants grow. Working greenhouses are a great place for selling peat briquettes.

• Remote Area Fuel Source:

  Many people who live in places where there are no fuel stations rely on peat briquettes for heat and energy. This is because they are cheap, easy to make, and found in more remote areas than other fuel sources. Peat briquettes are a great solution for people who live off the grid or far away from civilization. They burn efficiently and produce a lot of energy.

• Emergency Backup Power:

  Peat briquettes are a great backup energy source when other fuel sources are unavailable. They are affordable, easy to produce, and found in more remote areas than other fuels. Peat briquettes will provide heat and power until regular energy sources return.

How to choose peat briquettes machine for sale

When buying a machine to make peat briquettes, it is important to look at factors like fuel used, productivity, lifting method, and the presence or absence of a carbonization plant.

• Types of fuel used:

  The peat briquette machine maker can work with different types of electricity. Buyers should find out what kind of electric power they have and make sure that it will match the machine's requirements. If the electric supply is different, they may have to invest in a transformer to ensure the machine works fine.

• Productivity:

  Productivity means the number of briquettes the machine can make in an hour. Machines with higher productivity will make more briquettes in less time. Choosing the correct productivity level is important because it will affect how many briquettes are produced every day and the cost of running the machine.

• Way to lift the peat powder:

  The peat powder is transported to the pressing chamber in different ways in various machines. Some machines use a screw conveyor (also called an auger), while others may use a belt conveyor. The choice between them affects how smooth and effective the lifting process will be.

• Carbonization plant:

  This particular machine helps convert raw peat into charcoal. It also has a mechanism to cool down the briquettes after they have been burnt. If it has such a device, it will be easier to deal with the carbonized raw material and briquettes later on.

Q&A

Q1: What kind of raw materials does the peat briquettes machine use?

A1: Peat briquette machines can use various raw materials. Common agricultural waste, wood waste, forestry waste, straw, sawdust, etc., can all be processed into solid fuel by biomass briquette machines.

Q2: What is the process of making briquettes?

A2: The briquettes machine processes raw materials in several steps: crushing, drying, and carbonizing. After processing, the final products are packed in bags or wrapped in pallets.

Q3: How long does it take to carbonize briquettes?

A3: The carbonization of briquettes takes 3 to 12 hours depending on the material, if the kiln is airtight, and the temperature.

Q4: What is the global market size of biomass briquettes?

A4: The global market size is around $1 to $2 billion, but the demand could increase 2 to 3 times in the next few years, driven by the demand for renewable energy and environmental regulations.