四川环境
四川環境
사천배경
2012年
2期
65-70
,共6页
生物脱氮%厌氧消化%能源自给%超声波裂解
生物脫氮%厭氧消化%能源自給%超聲波裂解
생물탈담%염양소화%능원자급%초성파렬해
Biological denitrification%anaerobic digestion%energy coverage%ultrasonic disintegration
探讨污水处理系统脱氮和污泥消化中的减排潜力,即开发污泥碳源和能源。本文所列举的德国工程实例说明污泥裂解技术可以大幅改善污水处理系统的碳排放特性,并且通过污泥厌氧消化实现能源自给。
探討汙水處理繫統脫氮和汙泥消化中的減排潛力,即開髮汙泥碳源和能源。本文所列舉的德國工程實例說明汙泥裂解技術可以大幅改善汙水處理繫統的碳排放特性,併且通過汙泥厭氧消化實現能源自給。
탐토오수처리계통탈담화오니소화중적감배잠력,즉개발오니탄원화능원。본문소열거적덕국공정실례설명오니렬해기술가이대폭개선오수처리계통적탄배방특성,병차통과오니염양소화실현능원자급。
This paper discusses on the potential of emissions reductions in the processes of denitrification and sludge digestion for wastewater treatment plants to exploit carbon source and energy from sludge. From analysis of examples in Germany shows that decomposition of sludge greatly improves the carbon emission performance of WWTP. Energy self-sufficiency is realized through anaerobic digestion of sludge.
