Why Is It Better For Palm Oil Mills To Use Pyrolysis Rather Than Combustion Furnaces?

The palm oil mill production process or CPO production always requires steam for sterilization, this means a boiler is needed. The heat needed by the boiler usually comes from a furnace with fuel in the form of mesocarp fiber and palm kernel shells. Apart from being used for sterilization, the steam is also used to rotate turbines and produce electricity. With continuous pyrolysis, heat for the boiler can be supplied from syngas and biooil products. Apart from that, pyrolysis also produces biochar as the main product and pyroligneous acid, which is a kind of wood vinegar. The last two ingredients will be very useful in palm oil plantations. Using these two fuels (gas and liquid fuel) will make the furnace produce cleaner smoke compared to burning solid fuel in the form of mesocarp fiber and palm kernel shells which is usually done up to now.

Many palm oil plantations are on acidic soils so the pH needs to be raised and biochar can be used effectively. The biggest operational cost for palm oil plantations is fertilizer and the use of biochar will increase fertilizer efficiency thereby reducing fertilizer input and saving costs. The application of biochar in palm oil plantations apart from improving soil quality thereby increasing the productivity of palm oil fruit or FFB (Fresh Fruit Bunch) is also part of the climate solution, namely carbon sequestration which receives compensation in the form of carbon credits. The carbon credits will also provide additional income for the palm oil company. Apart from that, pyroligneous acid can also be used as fertilizer and biopesticide.

The development of combustion technology is also increasingly developing, starting with the use of moving grates to reciprocating grates used to increase boiler efficiency. But the basic question is how profitable is the use of this technology for palm oil companies in overall? The use of the combustion furnace only increases the efficiency of the boiler, whereas the use of continuous pyrolysis in addition to sufficient boiler heat can also produce other benefits in the form of environmental and financial benefits. Environmental benefits from improving soil fertility conditions and minimizing fertilizer being leached or lost into the environment with the slow release fertilizer technique, for more details read here and also the income from carbon credits which is also big.

The application of biochar is for palm oil plantations, while biochar production is from palm oil mills, while the plantation division and mill division are two separate organizations within the palm oil company. The role of the general manager in particular is needed to handle this so that the company's big goals as a profitable, environmentally sound and sustainable company can be achieved. Factors in the form of maximizing profits, improving land and the environment, as well as being part of the climate solution with carbon sequestration will be a strong driving force for the use of continuous pyrolysis compared to combustion furnaces.