Xibtes thee ntau lawm kab yog lub cim tshiab ntawm kev siv lub voj voog ntawm cov peev txheej. Thaum lub sij hawm xibtes roj extraction, tib neeg ib txwm xav txog lub xibtes plhaub raws li kev ua liaj ua teb khib nyiab. Xibtes plhaub thee ntau lawm kab hloov qhov kev xav no. The production line uses carbonization as its working principle to bring out the potential of the palm shell. With the main functions of the machines, the palm kernel shell can be converted into biomass charcoal. Raws li cov khib nyiab ua liaj ua teb, the palm kernel shell is a perfect material for charcoal-making. For this, there are various charcoal making machines for your choice.

Xibtes plhaub puas tuaj yeem siv los ua cov khoom siv los ua cov thee?

Of course. Using palm shell as material is an ideal choice for both disposing of agricultural waste and preparing quality charcoal. In general, making biochar with palm shell has 3 advantages as follows:

Rov ua dua tshiab cog

Palm shell is a waste material that is often considered agricultural waste. The reuse of palm shells as carbonization feedstock can effectively utilize these wastes and reduce dependence on natural resources. The combination of fast-growing kinds of palm and other kinds of biomass can provide a continuous supply of raw materials to realize continuous income.

Cov ntsiab lus carbon ntau

Palm shells have a high carbon content, usually between 35-45%. This makes it a good choice for carbonizing feedstock, which can produce high-purity carbon particles. The higher carbon content is good for the quality of the final product.

Kev tiv thaiv ib puag ncig

The use of palm shells as a carbonizing feedstock can reduce the demand for fossil fuels and thus reduce the adverse impact on the environment. In addition, the use of waste materials can also help reduce the problem of landfills.

Yuav ua li cas ua xibtes plhaub thee?

When you plan to make palm shell charcoal, you must learn the major processes of palm shell charcoal production. Generally, if you use palm shell as materials to make biochar, it needs 3 steps:

Crushing xibtes plhaub rau hauv cov khoom me me

In order to make quality palm shell biochar, it is advisable to crush your waste palm shell into small pieces. This is beneficial for charcoal production. On the one hand, the smaller volume of the crushed palm shells allows for more even heating during carbonization. On the other hand, the carbonization temperature of the crushed material is easier to control, resulting in lower energy consumption and reduced emissions of smoke and tar. Here, for waste palm shell, a single shaft shredder or a double shafts shredder is enough.

palm shell single shaft shredderpalm shell double shafts shredder

Ziab crushed xibtes plhaub tusyees

Palm shells typically have a moisture content of 30–50%. If they are carbonized directly without drying, the evaporation of moisture consumes a large amount of heat, resulting in a slow rise in carbonization temperature, fuel waste, and a decrease in gas production and char yield. After drying, the moisture content is reduced to ≤15%, which significantly improves thermal efficiency. Furthermore, it makes the carbonized palm shells harder and produces a higher calorific value. So, a rotary dryer is more suitable.

palm shell rotary dryer

Tig cov khib nyiab xibtes plhaub rau hauv cov thee

If you prepare to make charcoal, we recommend you with continuous carbonization machine according to your material size. This continuous carbonization technology, in addition to what has been mentioned above, also includes a water-cooled charcoal extraction system, a charcoal deep processing system, a combustible gas and heating system, a combustion exhaust system, a tail gas recycling system, a tail gas treatment system, a condensation system, and an electrical control system. Peb yuav kho txoj kev npaj kom tsim nyog raws li koj lub teb chaws txoj cai kom ntseeg tau tias ua raws li cov qauv ib puag ncig hauv zos.

txuas ntxiv carbonization tshuab rau xibtes plhaub thee ua

Yuav ua li cas tswj qhov kawg carbonization kub nyob rau hauv xibtes plhaub thee kab?

Xibtes plhaub thee ntau lawm yuav tsum muaj qhov tseeb tswj kub kom ntseeg tau tias cov thee zoo. Cov carbonization kub ncaj qha cuam tshuam rau cov ntsiab lus ruaj khov, Ceev, thiab cov yam ntxwv hlawv ntawm cov khoom kawg. Los ntawm kev nkag siab txog theem kub thiab tswj cov qhov cub tej yam kev mob, cov neeg teb xov tooj tuaj yeem ua tiav cov txiaj ntsig zoo ib yam uas haum rau cov ntawv thov sib txawv, los ntawm BBQ thee mus rau activated carbon raw cov ntaub ntawv.

tswj qhov kawg carbonization kub

Lub hauv paus ntsiab lus ntawm kev tswj kub

Carbonization ntawm xibtes plhaub tshwm sim hauv peb theem tseem ceeb, txhua tus cuam tshuam rau cov thee zoo. Theem ziab qhuav, feem ntau nruab nrab 150 and 200°C, removes moisture from the raw material, preparing it for further processing. During the pyrolysis stage, from around 280 to 400°C, organic compounds decompose, releasing combustible gases and creating initial carbon structures. The final carbonization stage, usually between 450 and 650°C, solidifies the charcoal, determining its fixed carbon content, Ceev, and energy value. Properly managing each stage ensures the charcoal meets quality standards and performance requirements.

Modern palm shell charcoal lines often use advanced PLC systems with thermocouples to monitor and regulate furnace temperature automatically. Adjusting the feed rate allows operators to fine-tune the internal heat, while combustible gas recirculation helps maintain stable heating conditions. Furnace insulation is also critical, as it minimizes heat loss and prevents temperature fluctuations. By combining these methods, the carbonization process can be precisely controlled, producing uniform charcoal that meets specific application requirements, whether for industrial fuel, BBQ use, or activated carbon production.

Dab tsi yog xibtes plhaub charcoal ua tshuab nqi?

Generally, the price of the system of making palm shell biochar is not fixed. Because it depends on your capacity, equipment types, project design, thiab lwm yam. The palm charcoal production line costs range from $30,000 to $600,000.

  • For $30,000-$80,000 budget, you can choose to complete pretreatment (crusher + conveyor), rotary dryer, stable continuous carbonization furnace, water cooling system and condenser, tar recovery system, basic gas combustion & dust removal system, PLC + HMI control, char deep processing (crushing, screening, packaging).

  • With $80,000-$250,000, we can offer you an upgrading design of fully automatic feeding and drying system, continuous carbonization furnace, advanced water-cooling discharge system, complete tar recovery & condensing system, tail gas purification, gas recycling and waste heat recovery (for drying/heating), PLC + SCADA automatic control, safety & explosion-proof. With an output of 1 t/h.

palm shell charcoal making line

Besides palm shell charcoal making, YUSHUNXIN also can offer you many other charcoal production lines. Such as hookah production line, coconut shell making line, sawdust charcoal making machine line, thiab lwm yam. Welcome to contact us for your customized biochar manufacturing solutions immediately!