The results indicated that adopting high bottoms conversion ability catalyst associated with mild operating conditions was a major measure for diesel fuel production in FCC.
结果表明，使用重油转化能力强、生焦低的多产柴油催化剂，配合采用缓和的操作条件，是催化裂化增产柴油的重要手段。
The results indicated that adopting high bottoms conversion ability catalyst associated with mild operating conditions was a major measure for diesel fuel production in FCC.
结果表明，使用重油转化能力强、生焦低的多产柴油催化剂，配合采用缓和的操作条件，是催化裂化增产柴油的重要手段。
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