The low productivity of wood from energy plantations is one of the obstacles to the development of energy plantations. Although energy plantation plants such as calliandra can grow on marginal or critical lands, the quality of the soil affects the productivity of the wood produced. This makes it important to improve the quality of the soil of these energy plantations so that they can produce optimal plant productivity. Biochar can be an effective solution for this. Biomass waste that pollutes the environment can be used for biochar production or wood products from these energy plantations can be partly used for biochar production.
Biochar and energy
plantations are two positive things for climate solutions. Energy
plantations for the production of carbon neutral biomass fuels such as
wood pellets, while biochar is to improve soil quality, save fertilizer
use and so on and as carbon sequestration / carbon sinks that are carbon
negative. The biochar solution for energy plantations will maximize CO2
reduction and sustainability efforts. The vastness of energy
plantations is because they are pursuing the target of producing biomass
fuel quantities which are comparable to land use and also comparable to
the use of biochar. This is so that industrial-scale biochar production
is needed to support this, read more details here.
The more damaged the land or critical lands are, the greater the need
for biochar. And the production of large-capacity biochar has the
opportunity to get carbon credit or BCR (Biochar Carbon Removal) credit
which can be a driving force for the growth of biochar industries.
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