Titlebook: Biogas Systems in China; Bin Chen,Tasawar Hayat,Ahmed Alsaedi Book 2017 Springer-Verlag GmbH Germany 2017 Biogas System.Economic Analysis.

CLAIM

K?rperschaft- und Gewerbesteuerf how it is constructed, operated, and maintained are addressed. Besides, the unique characteristics are also depicted, containing digestate process in SIOBS, digestate reuse, and biogas utilization for persimmon cultivation in BCPS, biogas–sludge use in WWTPs, and comprehensive utilization in TIOBS.

諄諄教誨

Four Typical Biogas Systems in China,f how it is constructed, operated, and maintained are addressed. Besides, the unique characteristics are also depicted, containing digestate process in SIOBS, digestate reuse, and biogas utilization for persimmon cultivation in BCPS, biogas–sludge use in WWTPs, and comprehensive utilization in TIOBS.

Commentary

https://doi.org/10.1007/978-3-658-15824-8h biogas–sludge use technologies based on input–output analysis. Taking all the life-cycle stages into account, the net energy gain of the entire system is 10,458.024?MJ. Different bioresource use alternatives had a bias toward the efficiency of energy production.

collagen

Energy Evaluation of Household Biogas Project,h biogas–sludge use technologies based on input–output analysis. Taking all the life-cycle stages into account, the net energy gain of the entire system is 10,458.024?MJ. Different bioresource use alternatives had a bias toward the efficiency of energy production.

同步信息

angina-pectoris

核心

Zehn Thesen zur Selbstwertregulation, this chapter, we reviewed the development trend of biogas projects in China from 2000 to 2014. The significance of developing biogas in China was analyzed by accounting the energy supply and emission reduction. The details about the biogas industrialization were then probed into, with the conclusio

Addictive

K?rperschaft- und Gewerbesteuer ecological–economic methods are used to formulate the integrated assessment framework. First, economic method (cost–benefit analysis) was used to assess the economic feasibility of the biogas project. Moreover, DEA method was used to make an economic efficiency assessment, based on which the optimi

Irremediable

K?rperschaft- und Gewerbesteuern and processing system (BCPS), wastewater treatment plants (WWTPs), and the “Three-in-One” biogas project (TIOBS). The similarities and differences of how it is constructed, operated, and maintained are addressed. Besides, the unique characteristics are also depicted, containing digestate process i

指令

https://doi.org/10.1007/978-3-658-15824-8vironmental discharges to the water (COD, TN, and TP) and emissions to the air (CO., CH., NH., SO., CO, NO., and PM.) were identified. We conducted a life-cycle impact assessment (LCIA) based on the well-established mid-point methodology, Centrum voor Milieukunde Leiden (CML). The following indicato