An innovative system allowing the recovery of cold energy from LNG regassification terminals is analyzed. The system uses a closed pwoer cycle (Nitrogen) and a gas turbine/combined cycle unit with orecooling of inlet air. An exergy, exergoeconomic and off-design (yearly) simulation of operation with variable environmental conditions is presented, demonstrating the advantages of the proposed solution.
Power and gas: a novel heat/cold recovery solution applied to the Swinoujście LNG regasification terminal / Nicola di Michele, Pietro Ungar, Romeo Bandinelli, Wojciech Kostowski, Giampaolo Manfrida, Daniele Fiaschi, Lorenzo Talluri. - ELETTRONICO. - (2022), pp. 0-0. (Intervento presentato al convegno CPOTE 2022 - Contemporary Problems of Thermal Engineering tenutosi a Warsaw, PL nel 20-23 September 2022).
Power and gas: a novel heat/cold recovery solution applied to the Swinoujście LNG regasification terminal
Nicola di MicheleData Curation
;Pietro UngarSoftware
;Romeo BandinelliMethodology
;Giampaolo ManfridaConceptualization
;Daniele FiaschiFormal Analysis
;Lorenzo TalluriMethodology
2022
Abstract
An innovative system allowing the recovery of cold energy from LNG regassification terminals is analyzed. The system uses a closed pwoer cycle (Nitrogen) and a gas turbine/combined cycle unit with orecooling of inlet air. An exergy, exergoeconomic and off-design (yearly) simulation of operation with variable environmental conditions is presented, demonstrating the advantages of the proposed solution.
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