Lars Strömberg

TL;DR: In this paper, the authors identify and analyze different transportation scenarios with respect to costs, capacity, distance, means of transportation and type of storage, and show that feasible transportation alternatives are pipelines (on and off shore), water carriers (off shore), and combinations of these.

TL;DR: In this article, the authors discuss oxyfuel recycle combustion is a highly interesting option for lignite-based power generation with CO2 capture, due to the possibility to use advanced steam technology, reduce the boiler size and cost and to design a zero-emission power plant.

TL;DR: Vattenfall is presently taking an experimental large-scale pilot test facility into operation for the detailed investigation of the oxyfuel firing process as discussed by the authors, which is located southeast of Berlin in Germany in the vicinity of the existing lignite-fired power plant Schwarze Pumpe.

TL;DR: The overall objective is to arrive at a general and clear-cut framework that would describe how trustable (dependable, secure) a system is, regardless of the reason for its not being totally trustable.

TL;DR: In this paper, a utility eye-view of the European power sector's CO2-compliance decision process under a tradable emissions scheme is provided, which indicates that, in the medium term, many utilities are likely to consider options based on traditional power technologies such as converting existing coal-fired capacity to burn gas, extending the lives of nuclear capacity, and replacing old coalfired plants with more efficient gas- or even coalfired units.