Selling Wood Processing Machines and include Wood Waste Processing Machines

Various wood processed products are increasingly diverse and developing today. The utilization of wood is optimized for its function, especially those originating from production forests. To improve the quality and usefulness of the wood, it needs to be processed specifically, which is carried out in wood processing factories. This also includes the selection of wood plant species that are suitable for the purpose of their use or the product to be made. A number of wood processing products are plywood, blockboard, LVL, barecore, FJLB (Finger Joint Laminated Board), MDF (Medium Density Fiberboard), and pulp & paper.

Wood processing in the industry always requires a number of equipment ranging from the simplest, namely sawmills to complex processes such as pulp and paper mills. In addition to the physical or mechanical processing or production process, there is also a chemical process depending on the product to be produced. Sellers or providers of processing equipment or production machines are generally a complete set (complete line) so that they can be used directly and produce when the raw materials are ready. The more efficient and quality the equipment will be comparable to its price which is a fixed investment in the wood processing industry. The cost and benefit ratio factor is very important in selecting the machine or equipment, especially those that are export-oriented with large production volumes.

The concept of zero waste in the wood processing industries has not been fully implemented. There are still many wood processing industries whose waste pollutes the environment and can have social impacts. This includes sellers or providers of these machines, most of whom are still focused on providing machines or production equipment for the main product but not on the aspect of handling and processing waste. In fact, with the potential for waste produced being quite large, processing this waste is important. Pellet and briquette production is one solution to overcome this. Wood waste in the form of wood chips, offcuts, sawdust, slab and bark can be processed into briquettes and pellets. Sellers or providers of machines or production equipment that are innovative and environmentally sustainable will implement this concept. 

Briquette and pellet production will not only solve the waste problem but will also provide economic benefits. With raw materials for briquettes and pellets coming from waste itself, the cost of raw materials can be said to be zero so that in the end it will provide great benefits. Waste production of up to 1000 tons/month is very suitable for the production of briquettes, while if the waste is very large, for example 5000 tons/month or more, pellet production is more recommended. Briquettes can also be charcoaled to become charcoal briquette products which are in high demand from Turkey, Saudi Arabia and the Middle East. Meanwhile, wood pellets are widely used for power plants abroad, the need for which is expected to continue to increase along with the decarbonization trend. If the seller of wood production or processing machines also offers waste processing equipment such as pellet machines and briquette engines, it will make it easier for wood product producers to manage their environmentally friendly industry, namely zero waste and maximize profits because all parts of the wood can be utilized optimally.

Production of Pini Kay Briquette from Plywood and Veneer Factory Waste

Indonesia's plywood production is estimated at more than 10 million cubic meters each year, which is produced from hundreds of plywood factories, even Indonesia once dominated the world wood industry in the period 1980 to 1995. The existence of plywood factories in Indonesia has actually been around for a long time, but its development only became apparent after in 1972. After the period 1980-85 the number of factories increased rapidly. At that time there were no less than 110 medium to large scale factories in almost all provinces in Indonesia. There are five provinces as the largest plywood producers in Indonesia, namely East Java, East Kalimantan, Central Java, South Kalimantan and West Kalimantan. And six other provinces that are starting to develop are Banten, Papua, Central Kalimantan, South Sulawesi, Riau and Jambi. Most of the plywood is for the export market.

APKINDO (Indonesian Wood Panel Association) is a forum for plywood and veneer industry players. When APKINDO was formed on February 12, 1976, it was initiated by 13 plywood companies, while currently it has members from more than 125 industries spread throughout Indonesia. APKINDO aims to foster unity and togetherness and voice the interests of the plywood industry to utilize logs more efficiently, absorb more labor and increase added value. APKINDO's role continues to this day, one of which is to support the SVLK policy which is believed to be able to restore the positive image of Indonesian forestry in the eyes of the world, so that it will make it easier for Indonesian wood products, especially plywood, to win competition in the global market. 

The volume of wood waste in the plywood industry is quite large, reaching almost 55% or more than 5 million tons per year of national plywood production. The potential for this waste is quite large and has great potential to be processed into pini kay briquette (wood briquette screw type). Why should have to process it into pini kay briquette (wood briquette screw type)? Pini kay briquette is the choice for the solution to the plywood waste problem because apart from the production process being easier, the machine investment is also cheaper. This is because plywood factory wood waste is already dry so it does not require a drying process. Apart from being quite expensive, the dryer also have operational costs. It is also very possible to obtain high quality due to the low ash content, because the wood for plywood production has been debarked so that the content can be reduced to below 1%.

Veneer is a thin sheet of board used to make plywood. The veneers are arranged and glued together, in odd quantities, so that they become plywood. Many veneer manufacturers do not have plywood manufacturing units, but in general plywood factories have veneer production units. Veneers can be made by peeling (rotary cutting), slicing, sawing and sharpening. Indonesian veneer production is currently quite large as is the waste it produces. This waste will also have great added value by processing it into pini kay briquettes, just like the plywood waste above.

The pini kay briquette production process can use the plywood and veneer industry waste mentioned above. Before being compressed into pinikay briquettes in a briquette machine or screw press, the waste needs to be uniform in size to the size of sawdust and also have a dryness level of around 10%. Wood waste that is large in size needs to be reduced in size first and the dryness level also needs to be tried to reach the 10% range. With a screw press / extruder, wood biomass from these wastes can be compacted (densified) up to 1400 kg/m3 or much denser than wood pellets which are around 700 kg/m3. The pini kay briquette product can then be cut into certain sizes and ready to be marketed, especially for the export market. The need for pini kay briquettes is mainly as space heating fuel. Furthermore, this pini kay briquette can also be further processed into charcoal briquettes or commonly called sawdust charcoal briquettes. With this density, the burning time for briquetted charcoal is twice that of ordinary charcoal or more. Meanwhile, the main use of charcoal briquette is for barbeque.

For the plywood and veneer industry which produces up to thousands of tonnes of woody biomass waste every month, potentially becoming an environmental problem, the production of pini kay briquette could be an effective solution. And if there is a plywood and veneer industry that is interested in producing pini kay briquettes, we are ready to help the market.

Don't Choose The Wrong Machine: Wood Pelletizer With Feed Pelletiser, and Wood Extruder With Charcoal Extruder

The visual appearance alone can sometimes be unbelievable. Two things can visually appear the same or very similar but turn out to be different. This often happens in the production of wood pellets and wood briquettes (pini kay briquette / uncarbonised briquette). And what's worse, this machine is the heart of the industrial production process, namely the pelletiser in the wood pellet industry and the extruder in the wood briquette industry (pini kay briquette / uncarbonised briquette). So that errors in selecting the machine can also have fatal consequences, namely not only is the production target not achieved, even the product in question is not successfully produced. This is why the buyer or user of the machine must be careful about the machine that will be purchased and used.

In the wood pellet industry, mistakes often occur, namely pelletisers are used for animal feed but are used for wood pellets. As a result, wood pellets may not be formed at all because the power for feed pelletisers is much smaller compared to pelletisers for wood or wood pellet production. Offers of cheap prices often make buyers or users tempted and do not look further, so that as a result they will be disappointed.

Likewise in the wood briquette industry (pini kay briquette / uncarbonised briquette). Wood extruders also have much larger motors than charcoal extruders. Briquettes produced with a wood extruder apart from not requiring additional adhesive are also denser and harder due to the use of a high-powered motor. The mistake that can occur is that a charcoal extruder is used for a wood extruder and this also usually happens because the price is cheaper. The briquettes produced from the wood extruder can then also be made into charcoal, producing the final product in the form of charcoal briquettes. Although charcoal briquette production using a charcoal extruder will also produce this product, the process route and product quality are different. Below is the route for the charcoal briquette production process.

The raw material used in route 1 is wood dust such as sawdust which is then pressed or compacted with a wood extruder. With strong pressure and high heat, no additional adhesive is needed, but lignin, which is a natural polymer found in wood, acts as an adhesive. The resulting briquettes can then be charcoaled in a carbonization furnace and the final product is charcoal briquettes. Meanwhile, in route 2, the raw materials are charcoaled or carbonized first, then the charcoal is mixed with adhesive, usually starch and pressed or compacted using a charcoal extruder. The use of additional adhesive is because in charcoal, lignin has been decomposed in the previous carbonization or carbonization process. The final product produced is charcoal briquettes. The quality of the charcoal briquettes in the route 1 process is better than the route 2 process because apart from being denser so the burning time is longer as well as the heat produced.

So, in order not to make the wrong choice, buyer / user have to be careful and precise about the specifications of the machine, as well as knowing the raw materials and production process and don't be easily tempted by offers of cheap prices. The greater the production capacity, the greater the need for pelletiser and extruder equipment, so that if the wrong choice occurs, the risk is fatal, because these machines are expensive. It is also important to note that the equipment purchased also comes from a manufacturer that has been tested so that it has reliable performance.