Method for preparing biomass fuel by using cephalosporin residues
A biomass fuel, cephalosporin technology, applied in waste fuel, fuel, solid fuel and other directions, can solve the problem of halogen and alkali metal residues that cannot be solved, and achieve the effect of reducing disposal cost, high compliance rate and improving removal efficiency
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Embodiment 1
[0033] Embodiment 1, the present invention utilizes cephalosporin residue to prepare biomass fuel
[0034] Specifically include the following steps:
[0035] Step (1): the bacterial liquid produced after the fermentation of the cephalosporin is processed by high pressure plate and frame filtration, and the content of halogen and alkali metal is checked on the filter residue. The qualified filter residue is processed in the next step. During high pressure plate and frame filtration, perlite is added to help improve the filtration efficiency. The amount of perlite added is 3%, and the operation is stopped when the final plate and frame pressure reaches 1.6MPa.
[0036] If unqualified filter residues are obtained, the high-pressure plate and frame filtration treatment is performed again until the filter residues are qualified. The qualified standard of the filter residue is that the halogen content is less than or equal to 0.3%, and the alkali metal content is less than or equa...
Embodiment 2
[0042] Embodiment 2, the present invention utilizes cephalosporin residue to prepare biomass fuel
[0043] Specifically include the following steps:
[0044] Step (1): the bacterial liquid produced after the fermentation of the cephalosporin is processed by high-pressure plate and frame filtration, and the content of halogen and alkali metal is checked on the filter residue. The qualified filter residue is processed in the next step. During high pressure plate and frame filtration, perlite is added to help improve the filtration efficiency. The amount of perlite added is 4%, and the operation is stopped when the final plate and frame pressure reaches 1.6MPa.
[0045] If unqualified filter residues are obtained, the high-pressure plate and frame filtration treatment is performed again until the filter residues are qualified.
[0046] In step (2), the qualified filter residue obtained in step (1) is subjected to low-temperature drying treatment, and the drying temperature is c...
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Abstract
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