The information of our booth as follows:

Exhibition: 116th China Import and Export Fair

Booth No.: 3.1E45&E46

Date: Oct. 15-19, 2014

Venue: China Import and Export Fair Complex

(No. 380, Yuejiang Zhong Road, Guangzhou, China)

Contact person: Miss Hemmy  0086 18937276359

We will exhibit GMC-ZLSP150 of ring die pellet mill, 95 oil press machine and FS230 flour grinder.

We hope that you can pay attention to our products.

The biomass briquettes replace the wood or fossil fuels for industrial processes. They are easier to handle and cleaner and are very important in reducing green house gas emissions that  leading cause of global warming. A high pressure pellet making machine can produce briquettes worth more than 200 tones in one day. How does the briquetting work? There are two major approaches to briquetting namely the high pressure and low pressure briquetting.

For high pressure briquetting, there are three types of equipments. One of these equipments is the pellet mill which works by compressing the raw biomass between rollers leading to the production of cylindrical pellets. Another is the screw press which uses tapered screw for the production of briquettes that are longer and hollow. The piston press uses oscillating piston for the compression of biomass to produce cylindrical briquettes.

The development of wood pellet making machine has taken the pellet technology a notch higher. With it, you can create pellets and use them for the provision of energy for heating, provision of hot water among other domestic uses. In general, pelletizer includes the production, supply and the use of other equipment for combustion. The world champions of wood pellet in 21st century are Sweden, the United States and Canada. Being an innovative and renewable energy source, if the pellet mill uses source such as clean waste wood or woodland that is sustainably managed, the pellets are highly recommended because they are fuel that is carbon neutral.

Carbon neutral refers to the scenario whereby the tree compensates the amount of carbon dioxide that it produces when it burn with the amount of the same gas that it absorbs during its life time. There has been rapid development of pellet equipment technology from 1970s on wards in the United States and from 1980s onwards in Sweden.

You should simply swap swap the old oil burner from the boiler or furnace and then set the wood pellet burner in its ideal place. The process simply involves the unscrewing of bolts to remove the old oil burner and the screwing the wood pellet burner. The wood pellets for heating equipment must be of high quality. They should be of the desired size and must have the right moisture contents. If you decide to manufacture them at your home, you should ensure that you acquire pellet making machine or pelletizer that is approved by the relevant authorities such as the United States EPA.

Depending on your budget size, you can choose pellet mill that has storage bin which makes it capable of holding pellets that are worth one week. For effort free heating you can even acquire a mill with large bin that is capable of holding enough pellets for one full month. The hopper for bulk storage should be sealed completely so as to ensure there no emission of noticeable dust.

There are many advantages of pellet fuel some of which include that the feel is very pure. Another important point to note is that pellet fuel does not contain the other sundries that do not produce heat. Biomass pellet has carbon content ranging between 75% and 85%. The content of ash ranges from 3% to 6% while the content of moisture ranges between 1% and 3%. It does not contain stone, coal gangue, and any other impurities which produce heat.

Another advantage of pellet fuel is that it has no sulfur phosphorous and will therefore not corrode the boiler. Because of this reason, it can prolong the boiler’s service life. The pellet fuel is very clean and its type of feeding is highly convenient. It can reduce the intensity of labor and significantly improve the environment of working. After burning, biomass pellet fuel levels very few residues of ash. This presents yet another added advantage because it leads to the reduction of cost and space.

The pellet fuel provides alternative that is reliable. Pellet fuel can be described as biomass energy product that is made of wood residue and some other plant materials. In a pellet mill, the pellets are made from 100% pure wood waste material. The use of pellets helps in the reduction of the problems and costs that are associated with the disposal of wastes. Every year, very many tones of waste are diverted from the landfills and then converted to pellet fuel for home heating purposes. Many homeowners now have pellet making machine or pelletizer that they use to convert biomass waste in to pellet fuel.

Through the recycling of wood waste in to pellet fuel that burns without produce smoke and produces the desired amount of heat for cooking or heating, the dependence on fossil fuels as the source of energy in our homes can be reduced bay great margin. The good thing with pellets fuel is that it is a renewable source of energy. Also, the wood pellets price is not affected by foreign price setting and world affairs.

However, the transportation of raw materials to the pellet mill site is generally expensive and may create high amounts of emissions. In this regard, the upgrading of biomass to pellets for means of transportation means that it is possible to transport more biomass each time thus reducing the carbon output and costs.  Also, the pellets which are the core of biomass technology offer convenient option for the heating of fuel for boilers and pellet stoves. The pellets offer various advantages such as being renewable and carbon neutral.

In simple language, a pellet is original biomass material in compressed form. Although it may be biomass technology in simple form, it offers various advantages with regard to the results of combustion, transportation and handling. During the process of combustion in the form of pellet, the biomass achieves full burn at higher temperatures which leads to production of less particulates and smoke. To take advantage of this technology you should acquire a pellet making machine or pelletizer.

1. Feedstock grinding:
2. A pellet mill of standard size will generally require ground biomass that has diameter which does not exceed 3 mm in size. There are various types of equipments that are available for the carrying out this important task. If the biomass is dense and quite large e.g. wood, the materials should first be run through a chipper and again through pelletizer or similar device so as to ensure that the particles are required to the desired size. The biomass that is smaller such as straw can be directly fed in to the pellet making machine without being chipped first.
3. Moisture control:
4. Another vital technique of improving the quality of biomass fuel is by controlling its moisture. The maintenance of the ideal levels of moisture in the feedstock is very important in ensuring that the biomass pellet fuel is of general high quality. For the wood, the required feedstock moisture level is close to 15%. The other biomass types have some other requirements that you may have to experiment for a while.

The removal of moisture from feedstock can be done by the blowing of hot air over it, oven drying, or through particles. The quality of feedstock that is too dry can be improved by addition of moisture through injection of steam or water to it.

There are various factors that determine of influence the process of production or quality of pellets. One of these factors is lignin content in the wood. The lignin acts glue and bonds together pieces of wood to form pellets after being compressed in the pelletizer or pellet making machine. Higher lignin content means that the raw materials of higher quality. Another factor is fractions that do not exceed 50 mm without extra admixtures such as sand, metals, and stones. The third factor is the hardness of wood. The hardness of wood has direct influence on the unit loads consumed during splitting up, pelleting, and cutting.

The best raw materials for the production of fuel pellets are conifers (such as fir tree and pine) because of the wood softness and content of lignin. Hardwoods such as larch and birch because of their harness increase the rate of energy consumption and risk of wearing off of the grinding parts of the pellet mill. An important factor to note is that humidity is not of significant importance because it only influences the drying duration within the drum dyer.

The following are the top advantages of choosing pellet fuel for your home

• Cost: pellet fuel is significantly lower than fossil fuels. The cost of pellet fuel remains stable even when the international prices of crude oil and gas fluctuate in response to economic events.
• It is a renewable source of energy. Its use ensures that the natural resources are used efficiently for the survival of future generations.
• Environment friendly: pellet fuel is carbon neural and does not add the amounts of carbon dioxide in the atmosphere.
• Easy to ship:  it is very easy to ship pellets from the pellet mill to your location
• There are no trees that are wasted in the production. The pellet fuel is produced from woodwork waste such as saw dust. The waste is then processed in a pellet making machine or pelletizer to produce pellets for use as pellet fuel.