This paper analyses a CO2 capture system based on calcium looping, designed for power
plants that operate with very low capacity factors and large load fluctuations, including shut …

The CO2 capture from back-up power plants by making use of calcium looping systems
combined with large piles of Ca-solids has been studied in this work. A flexible CO2 capture …

Carbonate looping or calcium looping (CaL) is an efficient post-combustion CO 2-capture
technology particularly suited for retrofitting existing power plants. Limestone, an …

Calcium looping, CaL, is a new and rapidly developing technology that makes use of CaO
as a high temperature regenerable sorbent of CO 2. Previous theoretical and lab scale …

Calcium looping (CaL) systems have been proposed as a lower-cost method of CO 2
capture for power plants. This paper presents the results of a techno-economic assessment …

Implementation of carbon capture and storage, nuclear power stations and wide utilisation of
renewable energy sources have been identified as capable of reducing around 42% of the …

The calcium looping (CaL) process, based upon the dry carbonation/calcination of
CaO/CaCO3, is at the center of a potentially low‐cost, second‐generation technology for …

Calcium looping technology has a high potential for capturing CO2 in cement plants as the
CaO-rich purge from the calciner can be used to replace a sizable fraction of the CaCO3 …

A nearly complete decarbonisation of the power sector is essential to meet the European
Union target for greenhouse gas emissions reduction. Carbon capture and storage …

Calcium looping (CaL) is an emerging CO 2 capture technology that uses high temperature
circulating fluidized beds, CFB, with CaO particles as functional material and that can be …