SPESIFICATION :
Color : Yellow
Moisture : 12% Max
Admixture : 2% Max
Damaged Kernals : 5% Max
Broken Kernals : 3% Max
Protein : 9% Min
Hectoliter : 68kc Min
Fiber : 3.3% Max
Ash : 1.5 % Max
Crop : 2021
Mycotoxins : Below 11 Ppb
Aflatoxin : 15 Ppb Max
Foreign Matter : 1% Max
Fat : 3.3% Max
Other Cereal Grains : 1-2% Max (No Weeds Accepted)
Toxic Grains : 2-3 per 100 G max
Bulk Density : 6-70 Hecto Liter % Min
Test Weight : 69.5 kg/HL Mi
Heat Damaged Kernels : 0.2
Moulds : Less Than 0.5 pp
Reducing Sugar : 0.05 % Maximum by Weight
Radiation : None
The ripe fruit (nut) of the coconut palm is used to make coconut meal, also known as copra meal. The nut is split open, the kernel is removed, and the nut is dried to below 6% moisture content. The oil is still present in this meal, which is termed copra meal.
Term of Payment: (T/T)
- 50% Down Payment after Signing Contract
- 50% after release Bill of Lading (B/L)
Rice husk is often interpreted as waste material or leftover material from the rice milling process. Processes that have an impact on running slowly, not only disrupt the surrounding environment but also interfere with human health. At every mill, we will always see piles and even mountains of husks that are getting taller and taller. Currently, the use of rice husks is still very little, so that the husks are still a waste material that disturbs the environment (Aziz, 1992).
Rice husk consists of a hard layer that includes a kariopsis which consists of two halves called the lemma and palea which are interlocked. In the rice milling process, the husks will be separated from the rice grains and residue or milling waste (Aziz, 1992).
The structure of rice husks has four layers, namely the outermost epidermis which is covered with the epidermis, Scelerenchyma, Spongi parenchyma, and the innermost epidermis. Of the four layers above, rice husk has silicon that is dominant in both layers of the epidermis which functions as a hardener and protector of the grain against fungi (Aziz, 1992).
Chemical properties of rice husks are generally composed of organic and inorganic components. Components include carbohydrates which are dominated by cellulose and hemicellulose. Crude protein in rice husk is about 3% and lipid 0.039-2.98% (Primo et al, in Luh, 1980). The amount of pure lignin in rice husk is around 19.20-24.47% (Lenzio in Luh, 1980). The vitamins contained in rice husks include thiamin, riboflavin, and niacin then about 13.2-29.0% of the weight of rice husks are inorganic components such as Fe, Ca, Mg, P, and others are compounds needed in rice growth (Houston in Luh, 1980).
Husk is classified as biomass that can be used for various needs such as industrial raw materials, animal feed and energy or fuel. From the rice milling process, about 20-30% of the grain is usually obtained. The use of husk energy aims to reduce expenditure costs for fuel for farmers' households. From the rice milling process, about 20-30% of husks are obtained, bran between 8-12% and milled rice between 50-63.5% of the initial weight of grain data. Husk with a high proportion can cause environmental problems (Houston in Luh, 1980).
Bibliography:
Azis, S.A, Krisantini, Winarso D. Widodo and Aris Munandar. 1992. Study on the Utilization of Husk, sawdust, bark and peanut shells as a medium for growing plants in containers. IPB. Bogor.
Spesifications product
Moisture total 2.9
SiO2 in ash 88.32
SiO2 in BIOF 37.59
Produce 500MTmonth
FOB price $210MT
Maybe if you interest or want to know more about our product please contact us.
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ready carbonized rice husk, well carbonized using traditional technique, rich in silica and carbon. ready to ship worldwide in 2oft container and 40ft container. price US$200 negotiable price. the goods are ready in stock of 300tons
ready rice husked, outer skin of rice after peeled. could be used as animal bedding, fertilizer or fuel. goods are ready in stock of 300 ton. ship to worldwide in 20ft container and 40ft container. price US$150/ton negotiable
As a plant that only grows on peat, purun has been used from generation to generation by the Dayak people in Central Kalimantan, mainly for weaving. Currently, villagers living in peat areas are innovating to create other products from purun plants in the form of disposable straws.
The whole process is done manually, from carefully harvesting only the old purun and leaving the young ones, harvesting, washing, chopping, boiling, cleaning the inside part of the straw, to drying it, without the touch of chemicals.
Palm Bunch Ash is a good source of organic potash. Potassium (K) also known as Potash, is necessary for the plants as it helps in the building of protein, photosynthesis, fruit quality and reduction of diseases. Sweetness measured by the sugars is dependent upon K. Potassium helps increase stalk strength and strong buds.
Potassium is supplied to plants by soil minerals, organic materials, and fertilizer.
A palm oil plantation yields huge amount of biomass wastes in the form of empty fruit bunches. Palm bunch ash is obtained from
the empty fruit bunches which is going through the incineration process to produce the high quality organic potash fertilizer. Palm bunch ash is very suitable for neutralising acidic soil. This potash is an invaluable component in the formation of compound fertilizer.
Our product specification for palm bunch ash is as below:
Packaging: 25Kgs new pp woven bags with Inner Plastic (packaging can be customized)
- Quantity: 1x20fcl = 20mt
- Specification:
Total K2O = 30% Min
Water Soluble K2O = 26% Min
Moisture = 10% max
Mesh Size 6mm = 100% Passing
- Capacity: 250mt / month
We have exported our Palm bunch ash to Japan, Taiwan, Malaysia, New Zealand, Australia and Korea. Physical visit to our factory is always welcome.
