When you are looking for equipment that you can count on you need to consider investing in a coconut shell charcoal making machine. This machine can help you in a variety of ways and the machine is going to be just what you need when you want to turn the shells into something else.

The charcoal can be used in a variety of ways. You can sell the charcoal and you can also use charcoal to run your machines. When you choose this machine you can easily choose what you want and you will get more done when you use the machine you like. The machine takes any type of coconut shells and heats them up and transforms them into charcoal.

The charcoal is very high quality and you can easily choose what you want when you use this machine. This machine is going to be super easy to use and you can get so much done when you start using one of these machines. The machines are very easy to set up and you can make sure that you get your things done when you are looking for this charcoal machine.

The machine is easy to set up and it has a lot of safety features that make it very safe. You need to train your employees and once they are trained they are going to be ready to start using the machine. The machine is affordable and it can help you get a lot done. If you are looking for a machine that is easy to use and you want to create a lot of charcoal you need to invest in a coconut shell charcoal making machine.

This machine is a great value and you should make sure that you choose the machine that is the right size when you are looking for the right machine. The machine is going to work quickly to help you create what you need and you can easily find what you are looking for when you use the machine. Click here to know more about Beston Group.

You can produce mass quantities of charcoal and sell it for a profit or use it to run machines. The charcoal can be used in a variety of situations and it is high-quality charcoal that is going to allow you to get a lot of things done. Charcoal is very useful and when you make it out of coconut shells you won’t have to spend a lot to produce it.

You can often get the shells for free and the cost to produce the charcoal is low. The machine is very efficient and it doesn’t take a lot of energy to run the machine which makes it a great deal. You can easily produce charcoal with the machine and start using it right away. This machine is a great investment and you can easily produce all of the charcoal you need with it. The biomass pyrolysis plant is going to help you get a lot of work done and you can produce a lot of charcoal.

In plenty of countries that make large amounts of coconut oil, there is an incredible overabundance of the waste residue biomass materials. With coconuts, there are the shells, plant trimmings, and waste after the oil is extracted from the fruits as well. This all adds up to many millions of tons of biomass that is a huge burden in most coconut oil producing countries. In fact, many times the waste is dumped into ravines and valleys and left to rot, leaching large amounts of rancid wastewater into streams and rivers. Now, most of that organic material can be made into useful products that can be sold for a profit while eliminating the cost and environmental damage caused by dumping or burning the waste. Here are the details of how coconut shells can be made into charcoal by a coconut shell charcoal making machine for sale.

The Charcoal Making Machine Can Take Many Sources of Organic Matter

There are literally thousands of types of biomass that can be made into charcoal. Coconut shells and palm kernels are just a couple of the many great sources of biomass, there are also bamboo trees, sawdust, sewage sludge, paper recycling, yard debris, peanut shells, olive husks, rice hulls, wheat stalks, corn cobs, wood (https://www.bestongroup.com/wood-charcoal-making-machine/) and corn stalks too.

The problem with most organic waste is that there are such incredible quantities of it that it’s hard to get rid of. With much of it, coconut shells included, it is just burned in large piles and not made use of at all. This has two potentially bad outcomes, for one, all of the CO2 that was captured in the coconut shells is then released in the burning process. And, millions of tons of soot is also produced that is allowed to filter down over homes and cities sometimes many miles away.

If instead, all of that coconut shell waste was made into charcoal products, at least some of it would be used to replace fossil fuels, and some would be used in the soil to replenish carbon there. The biochar that is used in soil can last up to 100 years before being completely broken down, that’s like storing carbon in a vast carbon sink, good for the soil and great for the air we breathe.

When the charcoal is made into briquettes, it will eventually be burned and the CO2 is released at that time into the atmosphere. However, burning recycled materials is way different than burning fossil fuels. When the coconut tree regrows the shells, it’s reusing the same amount of carbon over and over again. When we burn fossil fuels, like oil and natural gas, it’s from plants that have been buried for 100 million years ago or more. That’s the difference.

China is a large country where there are a lot of good suppliers of this kind of machine, if you want to learn more info, you can google  “biomass charcoal making machine“.

The Coconut Shells Are First Ground To Uniform Size

The first step with any type of organic biomass is to grind it to a manageable uniform size. Approximately 5 cm. is the most workable. If the biomass has more than 20% moisture content, it will have to be dried, either in the sun or by a drying machine.

Then the dried biomass that has been ground to a reasonable size, is placed on a conveyor belt and fed into the pyrolysis reactor. This machine bakes the biomass until some of the volatile matter is released as oil or gases, but nothing burns inside the chamber since oxygen is absent.

After the charcoal is done being baked in the biochar machine, it is then compressed into briquettes. These briquettes can then be used in wood cooking stoves which is the primary way millions of people worldwide cook their food. The briquettes can also be used as industrial fuel in boilers, saving money and reducing the carbon footprint of many companies. This is a great win-win situation for the planet, humanity, and the coconut industry since they no longer have to deal with their waste shells.

The rice husk or hull is the outer coating of the rice which protects the seed while it is growing. The materials in the rice include lignin and silica. The harvested rice is processed to yield rice and rice husk, and typically for 1 kg of white rice, 0.28 kg of rice hull would be produced. Earlier the farmers and others would face a problem getting rid of the rice hull, since it is bulky. However, now they can convert the rice hull into biochar by using a carbonizer, hence many rice mills and other rice producers are interested in finding a suitable rice husk charcoal making machine which will meet their budget.

Compared to the carbonizers which is used for converting other biomass like wood into biochar, the carbonizer for converting the rice hull will be smaller and less expensive, since it will not require the crushing section. The rice hull particles are small in size and light in weight, so the initial part of the machine will only have the drying section. The rice hull will be dried to reduce the excess moisture, and then transferred to the carbonization furnace. The rice hull is usually compressed and packed in sacks which are then transferred to the rice husk charcoal machinery. More information on palm shell charcoal machine here.

In the carbonization furnace, the rice hull is heated in the absence of oxygen, so that it undergoes pyrolysis. The molecules of the rice hull will decompose into smaller molecules including biochar which can be used for a number of applications. As the temperature of the furnace increases to 100 degree centigrade, flue gas is produced due to pyrolysis. The amount of gas increases as the temperature increases. To maximize the amount of biochar produced the temperature of the furnace is usually maintained between 350 to 400 degree centigrade. This also ensures that the energy required for heating remains less.

The gas produced during the carbonization of rice hull, is then passed through a dust collector, to remove the dust. Compared to other bio-masses, the amount of dust and residue in the gas will be more, since rice hull is lighter compared to other bio masses. The flue gas produced can be used for heating the carbonization furnace and also for drying the rice hull, so the charcoal machine is largely energy efficient. Mainly the energy supply will be required for the first thirty minutes after the furnace is started, after that the flue gas produced can be used for heating all the equipment.

During the carbonization process, carbon, carbon dioxide, water,wood tar, acetic acid, methanol and combustible flue gases like methane, ethylene. The wood tar which is produced is used is used for making paint and similar applications. The biochar which is produced from the rice hull, is at a higher temperature, so it has to be cooled to room temperature before packing. Hence the output of the carbonization furnace is passed through cooling conveyors where the temperature is reduced. It is also safer to handle the biochar after it has been cooled and pack it so that it can be safely transported.

Compared to biochar from other sources, the biochar from rice hull is smaller in size, and can be used for a wider range of applications. It can be mixed with the soil as a fertilizer, to make the soil more fertile, since it includes Nitrogen, Phosphorus, Potassium and Carbon. Studies indicate that the yield of the crop where the biochar is used will often improve by more than 15% in many cases. It also increases the water retention capacity of the soil. The biochar can also be used for other applications like filtration, heating and cooking since it contains energy rich charcoal.

For greater fuel efficiency, the rice husk charcoal machinery manufactured by Beston Group has a special design which ensures that heat is not lost. The furnace has a very extensive piping system which ensures that the combustible gases which are produced are passed through a spray type de-dusting system to remove the dust and sulfur, so that these gases can be reused for heating. There is no waste product generated, so the carbonizer is environmentally friendly. Most customers prefer the horizontal model, and depending on the amount of rice hull which is available, a carbonizer of suitable capacity should be selected.