Carbon Capture Technologies with Hybrid Processes
Examination of Carbon Capture Technologies with Hybrid Processes
Within the scope of the project, studies were carried out in the laboratory test system for the removal of CO2 from this gas composition by taking the flue gas composition of EÜAŞ Bursa Natural Gas Combined Cycle Power Plant as an example, and process pairs were developed to capture CO2 from the gas mixture prepared in the laboratory environment, based on the sample flue gas composition were comparatively examined in the laboratory test system established within TÜBİTAK and performance evaluation was made. The membrane separation processes from the process pairs and CO2 separation studies were carried out.
Within the scope of the Investigation of Carbon Capture Technologies with Hybrid Process project, the commercial activities of prominent membranes based on current technological developments have been studied in detail. In studies carried out on a laboratory scale based on EÜAŞ Bursa Natural Gas Cycle Power Plant flue gas, it has been observed that membrane-based processes can provide very effective results in terms of CO2 capture efficiency.
In the detailed performance measurements made, it was determined that in the processes where membranes are used, parameters such as polymeric material used in membrane production, gas supply flow rate, working pressure of the gas separation module, use of vacuum drive force at the gas separation module outlet and vacuum amount are the parameters that significantly affect the efficiency of CO2 separation from the gas stream.
The obtained results have shown that if one or more parameters are applied together, depending on the physical properties of the gas stream containing CO2, membrane processes show similar efficiencies to equivalent commercial processes and can be an important alternative in terms of performance.
The project started on 27.04.2021 and was completed on 26.04.2022. The results obtained in the laboratory performance test setup in the project showed that HF membrane processes are a technically important alternative to the frequently used existing CO2 separation processes, and considering both investment and operating costs, it was evaluated that the process implemented within the scope of the project would be more economical as a result of laboratory studies.
The 1st Phase of the Project, which was planned in 3 phases: "Technology Selection", "Technology Demonstration" and "Technology Application" Phase, was completed by the end of April 2022, and after the completion of the necessary preparations, the "Review of Carbon Capture Technologies with Hybrid Processes- Pilot Scheme Project (Phase 2)” whose application was made through ARGESİS in 2021 will begin.
Project Duration: 12 Months
Project Cost: 287,000 TL
Stakeholders: EÜAŞ- TÜBİTAK Marmara Research Center (MAM) Chemical Technology Institute
The aim of the project, which was applied for by Dr. Caner YÜRÜDÜ from TÜBİTAK MAM KTÜ through ARGESİS in 2020, is to investigate new generation alternative methods that can provide cost, effectiveness, ease of operation and continuity compared to existing capture systems of CO2 gas emitted from fossil fuel-based power plants, and to determine their applicability and to reveal a separation process with the lowest investment and operating costs.
PROJECT TEAM;
Project Manager: Dr. Caner YÜRÜDÜ
Project Coordinator: Yasemin Cehdioğlu
TÜBİTAK MAM KTÜ: Elif ÜNVEREN, Hande ÇUKURLU, Nevzat ULA, Tuğba ÖZTÜRK
EÜAŞ GENERAL DIRECTORATE: Bedriye Mehtap EMRİ, Hilal ÖZEN SADIKOĞLU, Ömer ÖZEN, Serbay Ali BUDAK, Caner KALYONCUOĞLU, Mustafa TAŞAR
This page updated at 15 Aralık 2023 11:02
