Upscaling of large industrial anaerobic plants for energy and resource recovery
Innovation is the proof of a new technology concept in full scale.Upscaling from theory to the first practical application therefore plays a dominant role for innovation.The successful implementation of basic considerations on the scaling up process will be demonstrated using 3 examples of large industrial anaerobic plants with energy and resource recovery.In order to minimise the technologic and economic risk in full scale application of new technological concepts including the design procedure online and onsite pilot investigations play a dominant role.With these investigations the adaptation of design and operation to the very specific case of application can be achieved.This is especially important for the complex relationship between the industrial production process,the anaerobic technology,the energy and resources recovery and the economic competitiveness which is also strongly influenced by the risk of technological failure.As a conclusion it will be discussed to which extent knowledge and experience from the first successful application of a new technological concept to other site specific conditions can be transferred and how it can be derived whether onsite/online pilot investigations are beneficial for risk minimisation or can be avoided.
Role of lab-scale and onsite/online pilot investigations,design concept sulphur and zinc recovery at viscose factory,energy recovery for sugar production at beet sugar factory sulphur recovery at citric acid factory transfer of knowledge and experience ec
H.Kroiss K.Svardal V.Parravicini
Vienna University of Technology, Institute for water quality and resource management
国际会议
The 15th IWA World Conference on Anaerobic Digestion( 第15届IWA世界厌氧大会)
北京
英文
3-7
2017-10-17（万方平台首次上网日期，不代表论文的发表时间）