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| '''Coconut charcoal''' is the blackish residue consisting of impure ] obtained by removing water and other volatile constituents from ]. It is usually produced by heating or processing the coconut husk or shell in the absence of ] (see ]). The soft, brittle, lightweight, black, porous material resembles ] and is 85% to 98% ] with the remainder consisting of volatile chemicals and ash. | |||
| ==History== | |||
| Coconut charcoal is a friendly fire fuel because it produces a hot, long-lasting, virtually smokeless fire. Coconut charcoal briquettes are used for outdoor / barbecue cooking in the United States. According to the barbecue Industry Association, Americans bought {{convert|883748|t|lk=on}} of charcoal briquettes in 1997. | |||
| ] is known to have been manufactured for at least 5,300 years. Among the effects of a traveler who perished in the Tyrolean Alps in that time period, scientists discovered bits of charred wood wrapped in ]. 6,000 years ago, charcoal was the fuel for smelting copper. After the invention of the ] around 1400 A.D., charcoal was used in Europe for iron smelting. In the 18th century, forest depletion led to the use of coke (a coal-based form of charcoal) as an ]. In the ] in 1800s it was used for extracting silver from ore, for railroad fueling, and for residential and commercial heating. Orin Stafford, in 1900 who then helped ] establish his briquette business discovered the retort method (passing wood through a series of hearths or ovens; a continuous process wherein wood constantly enters one end of a furnace and charred material leaves the other; in contrast, the traditional kiln process burns wood in discrete batches; virtually no visible smoke is emitted from a retort, because the constant level of output can effectively be treated with ] devices such as afterburners).<ref></ref> | |||
| ==Raw materials and manufacturing process== | |||
| Coconut charcoal briquettes are made of 2 primary ingredients (comprising about 90% of the final product) and several minor ones. One of the primary ingredients, known as char, is basically the traditional charcoal, as described above made from coconut husk and shells. The other primary ingredient, used to produce a high-temperature, long-lasting fire, is coal. Various types of coal may be used, ranging from sub-bituminous lignite to ]. Minor ingredients include a binding agent (typically ] made from corn, milo, or wheat), an ] (such as ]), and an ash-whitening agent (such as ]) to let the backyard barbecuer know when the briquettes are ready to cook over. The first step in the manufacturing process is to char the wood. Some manufacturers use the kiln (batch) method, while others use the retort (continuous) method. A typical retort can produce approximately {{convert|5500|lb|t ST|lk=on}} of char per hour. Next is carbonizing the coal, briquetting, bagging and dealing with byproducts/waste. | |||
| ==Types and uses== | |||
| Commercial coconut charcoal is found in either lump, ] or extruded forms: | |||
| *'''Lump coconut charcoal''' is made directly from coconut husks and shells material and usually produces far less ash than briquettes. | |||
| *''']s''' are made by compressing charcoal, typically made from coconut husks and shells, with a binder and other additives. The binder is usually ]. Some briquettes may also include ] (heat source), mineral carbon (heat source), ], ] (ignition aid), ] (ash-whitening agent), raw ] (ignition aid) and other additives like ] or ]s to aid in ignition.<ref></ref> | |||
| *'''Extruded coconut charcoal''' is made by extruding coconut husks and shells into logs without the use of a binder. The heat and pressure of the extruding process hold the charcoal together. If the extrusion is made from raw wood material, the extruded ] are then subsequently carbonized. | |||
| The characteristics of charcoal products (lump, ] or extruded forms) vary widely from product to product. Thus it is a common misconception to stereotype any kind of charcoal, saying which burns hotter, etc. Charcoal is sometimes used to power commercial road vehicles, usually ]es - in countries where ] is scarce or completely unavailable. In the years immediately after the ], charcoal buses were in regular use in ] and are still used today in ].<ref></ref> | |||
| === Coconut charcoal briquettes === | |||
| ] | |||
| These ] are compressed and dried brown coal extruded into hard blocks. This is a common technique for low rank coals. They are typically dried to 12-18% moisture, and are primarily used in household and industry. In ], ] briquettes are a common type of ] after coal. Although often used as the sole fuel for a fire, they are also used to begin a coal fire quickly and easily. A fire burning peat briquettes is, similarly to a turf fire, slow burning. Peat briquettes can be used as an acceptable substitute for charcoal in barbecues for this reason. Charcoal briquettes are widely used for outdoor grilling and barbeques in backyards and on camping trips. Charcoal cannot be burned indoors without an adequate ventilation system, because poisonous ] (CO) is a combustion product. | |||
| Coconut Shell Charcoal is the raw material for the manufacture of ]. The shell charcoal is manufactured by burning shells of fully matured nuts with limited air supply enough for carbonisation. The output of charcoal in the traditional pith method is just below 30 % of the weight of the original shells. Thus, to produce one ton, 30,000 coconut whole shells are needed. To obtain good quality charcoal, fully dried, clean, mature shells should be used. Coconut charcoal is then sieved to the different sizes. Coconut charcoal briquettes is a compact block charcoal made from coconut shell or granular coconut shell charcoal that is crushed charcoal and molded using binder. As fuel, it is hotter and last longer than ordinary charcoal. It is suitable for household use both indoor and outdoor. Also, it can be used in ], fro barbecue, stove fuel, ], etc. It is natural made from renewable source, virtually smokeless, produces a small quantity of ash, burns 1.5 times longer than typical hardwood charcoal — more or less 3.5 hours at temperature up to {{convert|730|F}}.<ref></ref> | |||
| === Philippine extruded coconut charcoal === | |||
| Extruded coconut from Philippines is the ultimate charcoal for smoking, baking and broiling all kinds of food for it has mild distinctive flavor and smell the same as the "Natural" coconut. The briquettes are 100% pure natural coconut with the only difference that they are compressed into extruded briquettes, and have no fillers or additives. This charcoal is easy to light, has the highest heat rating of any charcoal, burns longer, cleaner, and has less ashes than any charcoal. Coconut lump charcoal is composed of natural coconut shells, these lumps have no additives or binders, just beautifully carbonized coconut shells. Some of the most important characteristics are it's fast starting, extreme heat, flameless, smokeless, spark-less, mild, natural flavor, and ash less. It can be traced from the early 60's when Richard Johnson sold Japanese "smokeless" charcoal along with his Japanese Kamados. The Japanese used this charcoal for indoor cooking and heating.<ref></ref> | |||
| === Philippine premium coconut charcoal === | |||
| {{advert|date=December 2007}} | |||
| {{Unreferenced|date=December 2007}} | |||
| ==== Economics of Charcoal Creation and Ecological Impact ==== | |||
| Premium Coconut Charcoal is unique and innovative since unlike the ordinary charcoal ] and propane gas, it has no mineral coal, wood scraps, ] or carcinogenic ]. It is a quick-light charcoal that burns in just seconds without the need of petroleum, kerosene, or paraffin hydrocarbons (but becomes ready in 4 minutes or at least 73% less time than regular briquettes). Made from natural coconut shells (also used in air filters and water purifiers), it is environmentally-friendly and biodegradable, sourced from an abundant renewable resource that doesn’t involve deforestation. This premium charcoal is clean and has efficient combustion, uniform heat distribution and sustained optimal cooking temperature unparalleled by regular briquettes. Economical to use, one charcoal brick is equal in cooking performance to 1 pound of briquettes. Unlike messy and bulky charcoal bags and highly flammable propane tanks, it is neatly packed and sealed in biodegradable food-grade shrink-wrap thus safe for storage, takes up less shelf space and convenient to transport. Due to its intrinsically high calorific value and clean-burning characteristics, this charcoal can be modified into a pure heat source for residential, commercial or industrial applications.<ref></ref> | |||
| Technically referred to as extruded coconut charcoal, it can be used in outdoor activities such as camping, hunting, fishing and hiking. For many decades, charcoal griller has had only 2 fuel options: a) briquettes or b) lump (wood charcoal). Ordinary ] briquettes command 90% of the charcoal market. But premium charcoal briquettes are more economical to use, safe to store and engineered for clean, efficient combustion and uniform heat distribution. It is thus, a quick, convenient and an overall better alternative to the popular charcoal briquettes. Its biodegradable natural coconut composition, environmentally-friendly attributes and non-carcinogenic nature also ties in well with consumers’ growing awareness about health, safety and environmental concerns unlike many other barbecue charcoal products such as hardwood charcoa. This material can be formed into virtually any shape to serve any purpose from charcoal logs to briquettes for cooking. Coconut charcoal burns hot and clean, imparts a mild flavor, and produces a mild, sweet, but unique smoke. Premium coconut charcoal is huge in Asia where it is is produced and is making its way into Europe and North America. Not a single tree or branch is cut down to produce it as it is made out of coconut shells. Compared with other similar products used for a charcoal barbecue, briquettes, made of carbonized coconut shells burn hotter, last longer and burn evenly without smoke, odor or formation of clinker or slag. It contains very low ash, or 75% less than any other kind of fuel briquettes. These coconut shell briquettes are very safe to use as no toxic gas is emitted, nor does it have any ] content. Grilling food with this type of charcoal barbecue is known to eliminate fat and associated cholesterol, thus it contributes to a healthier way of enjoying barbecued food. Thus, this premium coconut charcoal was awarded and won in ], 2007 Philippine BiD Challenge (the first business plan competition to address the problem of limited access to investors for the small and medium enterprise (SME) segment; a satellite search of the International BiD Challenge, which the Business in Development (BiD) Network Foundation initiated to stimulate and support business ideas that are geared toward making profit and improving living standards in developing countries, introduced to the country with the non-profit group Philippine Business for Social Progress (PBSP) spearheading the local effort).<ref></ref> | |||
| ==== Industry Structure and Key Players ==== | |||
| There are only 6 coconut charcoal plants in the ] with a total capacity of 115 MTD. The biggest is Cenapro, in ], followed by Dacebu Traders & Exporters Corporation in ].<ref></ref> | |||
| === Sri Lanka coconut shell charcoal === | |||
| ]'s top activated carbon maker, Haycarb makes coconut shell charcoal through a carbonization process without using oxygen called 'pyrolysis' which releases methane rich gases (which are used to run a ] that produces electricity - 'charcoal reactor' that burns coconut shells and captures the emission gases). Sri Lanka produce {{convert|45000|t|lk=on}} coconut shell charcoal a year in about 300 open pits in the North Western province. Incorporated in 1973, it is the world’s largest coconut shell based activated carbon exporter and marketer, with an installed capacity of more than {{convert|22000|t}} a year, accounting for 17 % of global production.<ref></ref> | |||
| === Powdered coconut charcoal (PCC) === | |||
| Powdered coconut charcoal is used to sequester organic contaminants and reduce toxicity in sediments as part of a series of toxicity identification and evaluation (TIE) methods. It was effective in reducing the toxicity of endosulfan-spiked sediments by 100% and also was effective in removing almost 100% of the toxicity from two field sediments contaminated with ]s (PCBs) and ]s (PAHs). Powdered coconut charcoal did not change the toxicity of ammonia or metal-spiked sediments; however, there was some quantitative reduction in the concentrations of free metals (element specific) in metal-spiked sediments. It is thus an effective, relatively specific method to sequester and remove toxicity from sediments contaminated with organic contaminants.<ref></ref> Powdered charcoal is often used to "tone" or cover large sections of a drawing surface. Drawing over the toned areas will darken it further, but the artist can also lighten (or completely erase) within the toned area to create lighter tones. | |||
| == References == | |||
| ===Notes=== | |||
| {{reflist}} | |||
| ===Bibliography=== | |||
| *Emrich, Walter. Handbook of Charcoal Making: The Traditional and Industrial Methods. Hingham, MA: Kiuwer Academic Publishers, 1985. | |||
| *Moscowitz, C. M. Source Assessment: Charcoal Manufacturing: State of the Art. Cincinnati, Ohio: ], Office of Research and Development, Industrial Environmental Research Laboratory, 1978. | |||
| *Scharabok, Ken. "Amaze Your Friends and Neighbors: Make Your Own Charcoal!" Countryside & Small Stock Journal (May 1997): 27-28. | |||
| *Zeier, Charles D. "Historic Charcoal Production Near Eureka, Nevada: An Archaeological Perspective." Historical Archaeology 21(1987): 81-101. | |||
| == External links == | |||
| * - The available choices for the backyard barbecue | |||
| * - Information about lump charcoal. | |||
| * - Facts | |||
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Latest revision as of 20:03, 17 December 2007
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