Category: Biomass Carbonization Plant

Over the years, manufacturers of rice and farmers generally have tried to find the perfect way to utilize rice husks. In the end, it ended up being accumulated waste and a polluter of the environment. But when the appropriate technology of the carbonization process came to be, rice husks finally were able to be put to good use by making them into charcoal through high-temperature pyrolysis, sulphur release, smoke discharge and charcoal enrichment. On top of this, it is also a good raw material for making charcoal. Here to know rice husk charcoal making machine.

Features Of Rice Husk That Make It Difficult To Dispose Of

Rice husk has a very hard surface with a high silicon content. This makes it very difficult for it to be decomposed through fermentation and be converted into fertilizer, unlike other crops.

It contains very small density in its bulk and as a result occupies a large space unnecessarily.

It cannot be disposed of through burning it directly because of environmental pollution regulations.

This has proved to be a very big challenge to planting and rice processing enterprises and hence the idea of using rice husks to make charcoal came into being. This way, the husks can be recycled and put to good use through the rice hull carbonizer. More information on the palm kernel shell charcoal making machine here.

How It Is Done

The raw materials involved in this process include rice husk, sugarcane bagasse, wood waste, agro waste, crop stalk, bamboo and other similar types of wastes. They should always have a moisture content of less than 12% and a width and height of less than 6mm.The rice husk to charcoal carbonator is a very powerful machine that combines these different types of waste under high temperature and pressure to form a high-quality energy product.

The rice hull carbonizer is automatic. On top of the charcoal carbonization furnace, there is a feeding system. This is where the process starts. The rice husks are put in the feeding system by the conveyor belt, they are then sent to the carbonization furnace for charcoal which is always continuous via the same feeding device.

After this, the material is arranged uniformly inside the internal feeding device. When they reach the required level, the feeding machine stops feeding. Through an ignition device inserted through the bottom of the bottom point of the charcoal furnace and into the carbonizer, the material will be fully burnt. The ignition device is then turned off and extinguished.

Then turn on the blowing 1 to suitable speed followed by the blowing 2 until the concentration of smoke in the burner has reached the burning point. Adjust the blowing 2 to get the suitable temperature for the process. At this rate, the machine will be operating automatically be feeding until the required level.

Advantages of The Rice Hull Charcoal Making Machine

The rice husk to charcoal carbonization machine is very energy efficient as it uses a small amount of energy. Get biomass pyrolysis plant costs here.

The carbonization furnace is made from the latest technology and carbonizes the rice hull is carbonized completely. It makes sure that the rice husks will not be burned during the process making sure that the final product is high-quality charcoal with very neat shapes.

The machine has flue gas cool and purification systems which ensure that no smoke is emitted into the environment. It has the modern water filter dusk collection system to ensure that all dust and harmful substance is filtered.

The machine can be designed according to the consumer’s specifications.

Final Products

Biomass charcoal which has a wide range of applications today is the main product obtained from this process. It can be used as a natural fertilizer as opposed to using chemical fertilizer because its components are harmless.

It can be used as fuel in cases of barbecue because of it has no negative effects on the environment eg.pollution.

Its high calorific value makes the carbonized rice husk good for use as fuel in industries.

Flue gas generated through this process can be recycled in the fire pot to avoid the problem of pollution.

Conclusion

The charcoal making machine has not only come to solve the issue of disposing of rice rusks in the most appropriate way, but it also utilizes other readily available waste materials. The briquettes made from this process are of very high quality and the carbonation process can further convert the husks into activated carbon. The machine makes use of the latest technology and most importantly, it is environmentally friendly.

Agricultural waste is a big problem in the world today. One of the chief offenders is rice husks. Rice is one of the most grown crops worldwide, and is a staple of the diet of billions of people. However, growing rice creates a lot of waste. Rice husks are the leftover parts of rice plants after the edible rice has been harvested. Each year, tons of rice husk contribute to landfills because there is no other use for it. However, with a rice hull carbonizer for sale Philippines, this is no longer the case!

Carbonization is one of many techniques used to turn biomass, which is leftover products from plants or other living things, into biochar. Biochar is a revolutionary substance that burns similarly to coal, but with a fraction of the pollution. Biochar solves two problems: one, burning coal for energy creates too much pollution, and two, agricultural waste contributing a lot of mass to landfills.

Biomass like rice husks is generally considered worthless because it is too complex to break down quickly. While some biomass can be rotted and turned to compost, allowing more plants to be grown with the nutrients present in the biomass, a lot of agricultural byproducts take too long to biodegrade to be efficient for this purpose. Rice husks, coconut shells, corn husks, nut shells, and other hard, sturdy plant matter is simply too hard to degrade, and must be thrown out.

This is where a bbq charcoal machine comes in. By heating the materials and breaking them down without burning them, the furnace can reduce the biomass into usable, burnable matter called biochar. Biochar, when packed together into briquettes, burns slightly less efficiently than coal, but is much cheaper to obtain and produces substantially less pollution.

One method of energy generation that is growing in popularity is called coburning. Coburning refers to the process of burning two or more different kinds of materials together, allowing one to get the benefits of both materials. In this case, coburning means burning biochar and coal at the same time. Coal burns efficiently, and helps to keep the furnace hot, while biochar provides a lot more energy per dollar and has less environmental impact. By burning both materials at the same time, energy can be produced that is cheaper, more efficient, and cleaner than ordinary coal burning.

Biochar can also be used as fertilizer. It can be spread in soil to improve the nutrition for future crops, by returning the minerals that the plants used to create the biomass in the first place. By carbonizing agricultural waste, the useful energy and materials in rice husks and other refuse can be unlocked for use.

A carbonisation reactor can be used to turn what used to be trash into a valuable source of energy or fertilizer. This material, called biochar, can be burned along with coal for cleaner and more efficient energy, or spread in soil to help plants grow better.

Beston Group is the professional carbonization furnace manufacturer in China, which provides the high-quality products and the excellent after-sales service for all the customers. Know more: https://bestonmachinery.com/charcoal-making-machine-in-south-korea/.

Have you passes a wastewater treatment plant and wondered how the process works? Most localities have at least one sewage sludge treatment plant. These plants are the places where municipal sewage sludge is treated. This process is divided into three stages. Each stage is designed to further decompose and break down wastewater sludge. Microorganisms are used to help treat the sludge.

Once digested, the water is removed from the sludge and it is dried. The dried sludge can be used as fertilizer. There are also gases produced during the sludge treatment process and these are used for operating gas engines or as fuel.

Sludge is digested in three stages. The first stage produces a digested sludge which is mostly solid and dry. The second stage produces a supernatant liquor which consists of finely divided and liquefied matter. Stage three produces decomposition gases such as carbon dioxide, methane, and nitrogen. This entire charcoal making process is carried out in sludge digestion tanks.

The three biological action stages that occur during sludge digestion are acidification, liquefaction, and gasification. Each of the stages adds to the complete decomposition and digestion of wastewater sludge.

Acidification begins the wastewater sludge decomposition process. During this stage, bacteria attacks available food sources within the sludge and begins to anaerobically decompose them. This includes soluble nitrogenous compounds and carbohydrates. As the process continues, it produces organic acids and acid carbonates. Gases such as hydrogen sulfide and carbon dioxide are also produced. The production of these acids results in lower pH values.

The next stage is liquefaction. Just like it sounds, the matter is liquefied during this stage. All solid particles are reduced to either a dissolved form. Cellular enzymes stimulate this hydrolysis and there is some fermentation. Ammonia compounds and acid carbonates accumulate and produce hydrogen and carbon dioxide gases. There is a very strong odor and pH values rise. The decomposition gases are trapped by the decomposing sludge. This results in a foam which rises to the surface of the sludge pond. This is a longer stage than the first stage.

The final stage of sludge digestion is when the rest of the materials such as organic acids and proteins are broken up. This stage usually produces large amounts of methane gas and smaller amounts of carbon dioxide. The pH value increases again and becomes alkaline. As the sludge continues to decompose, the gas production slows down and the sludge is ready for disposal.

Many sewage sludge carbonization treatment plants have another stage of sludge decomposition. This stage occurs before disinfection and is called advanced or tertiary treatment. This stage involves ion exchange, sand filtration, activated carbon filters, coagulation-flocculation, membrane processing, fine screening or nitrification-denitrification. The process used in this stage may vary among localities. The waste sludge carbobnizer is a good choice.

Treating sewage sludge is a ongoing challenge for most communities. It is important to completely treat all sludge before releasing it for disposal. Biomass charcoal machine from Beston will be a great choice.