化肥设计
化肥設計
화비설계
CHEMICAL FERTILIZER DESIGN
2015年
4期
37-39,49
,共4页
污水污泥处理%碳排放%低碳化%策略分析
汙水汙泥處理%碳排放%低碳化%策略分析
오수오니처리%탄배방%저탄화%책략분석
treatment of sewage and sludge%carbon emissions%strategic analysis
当前我国污水污泥低碳化处理需求大，但对污水污泥处理过程碳排放的系统研究还不多，针对这一现状，对较常用的集中污水污泥处理技术的碳排放和减排情况进行全面分析，采用质量平衡模型对具体的碳排放量进行准确计算和确定，在对低碳化评估的作用下，建立一个多层次的、具有针对性的处理策略，切实提高对碳排放量的合理控制。
噹前我國汙水汙泥低碳化處理需求大，但對汙水汙泥處理過程碳排放的繫統研究還不多，針對這一現狀，對較常用的集中汙水汙泥處理技術的碳排放和減排情況進行全麵分析，採用質量平衡模型對具體的碳排放量進行準確計算和確定，在對低碳化評估的作用下，建立一箇多層次的、具有針對性的處理策略，切實提高對碳排放量的閤理控製。
당전아국오수오니저탄화처리수구대，단대오수오니처리과정탄배방적계통연구환불다，침대저일현상，대교상용적집중오수오니처리기술적탄배방화감배정황진행전면분석，채용질량평형모형대구체적탄배방량진행준학계산화학정，재대저탄화평고적작용하，건립일개다층차적、구유침대성적처리책략，절실제고대탄배방량적합리공제。
Our country’s demand for low-carbonization of sewage and sludge is huge, however, few research about carbon emissions during the treag-ment of sewage sludge and can be obtained. Comprehensive analysis on carbon emissions and emission reduction of treatment technigue of sewage and sludge have been carried out. Mass balance mode was used to accurately calculate the carbon emissions. Low-carbonization was evaluated. On the basis of these, a multiple levels and pointed treatment strategy was established to improve the control level of the carbon emissions.
