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A large number of research undertakings and system modelling works study different coal fired Integrated Gasification Combined Cycle (IGCC) configurations, mostly with the conflicting purposes and aims, to increase system efficiencies, to reduce costs and to diminish environmental impacts. The increased penetration levels of intermittent renewable energy systems experienced in many parts of the world,...
The techno-economic evaluation of four novel integrated gasification combined cycle (IGCC) power plants fuelled with low rank lignite coal with CO 2 capture facility has been investigated using ECLIPSE process simulator. The performance of the proposed plants was compared with two conventional IGCC plants with and without CO 2 capture. The proposed plants include an advanced CO ...
The integrated gasification combined cycle (IGCC) as an efficient power generation technology with lowest specific carbon dioxide emissions among coal power plants is a very good candidate for CO 2 capture resulting in low energy penalties and minimised CO 2 avoidance costs. In this paper, the techno-economic characteristics of four different capture technologies, which are built upon...
A technical investigation of an innovative trigeneration integrated with absorption enhanced reforming (AER) of lignite and biomass is carried out using the ECLIPSE process simulator. The system includes an internal combustion engine, an AER gasifier, a waste heat recovery and storage unit and an absorption refrigerator. The whole system is operated in the following sequence: The AER gasifier is used...
This work focuses on the techno-economic assessment of bituminous coal fired sub- and super-critical pulverised fuel boilers from an oxyfuel based CO 2 capture point of view. At the initial stage, two conventional power plants with a nominal power output of above 600MWe based on the above steam cycles are designed, simulated and optimised. Built upon these technologies, CO 2 capture...
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