Investment analysis of an integrated industrial park with carbon capture

Bioeconomic Clusters—Background, Emergence, Localization and Modelling

“…The works in [29,[34][35][36] deal with water exchange and pollution. Pollution and emission reduction are also key topics in [34,[37][38][39][40]. Conversely, refs.…”

Quantitative tools for cultivating symbiosis in industrial parks; a literature review

“…Specifically, with respect to the recent emphasis on carbon emissions, Nørstebø et al [172] presented a model of carbon capture in an industrial park with a variety of taxation and user scenarios. This was followed up with a park integration study, which considered expansion by including six different types of industries, including a carbon capture plant, from an investment point of view, that included various taxation scenarios [173].…”

Carbon dioxide (CO 2 ) handling and carbon capture utilization and sequestration (CCUS) research relevant to natural gas: A collection of published research (2009–2015)

“…They concluded that the technology for CO 2 injection was readily available and candidate formations could be selected based on the criteria: injectivity, storage capacity, and reservoir containment; recommending for containment concerns that a minimum reservoir depth of 800 m would protect potable water aquifers, and a maximum depth of some 3300 m would ensure that compression costs related to injection are realistic. Midthun et al (2012) described deterministic investment decision models for potential industrial sites with multiple manufacturing and power-generation plants including carbon capture. The optimization model developed focuses on design and operation of different types of plant, and is based on the analysis of an investment case in Norway.…”