Potential for reducing co2 emissions in the operation of subcritical power plants into supercritical
Marwanto A., Haddin M., Putra A.N., Sunaryo
Abstract
The consumption of electricity that increase anytime also increases CO2 emissions in the air as a result of coal combustion flue gas at the power plant. The operation of supercritical boilers on the power plant will lead to higher thermal efficiency compared to subcritical boilers. Higher steam pressure boiler will increase the thermal efficiency and automatically reduce CO2 emissions due to a reduction in fuel consumption at the same boiler efficiency and heating value of coal. At 166.9 bar subcritical steam boiler thermal efficiency was 45.47 % and CO2 emissions were 602.2 tons while at supercritical pressure 240 bar, efficiency increased to 47.12 % with a reduction in CO2 emissions of 20.9 tons to 581.3 tons.
Energy and Exergy Analysis of Steam Power Plant 3rd Unit PT PLN (PERSERO) Centre Unit Generation Tanjung Jati B Use BFP-T Modification Cycle
Ignatius Apryando M., Priyanto S.D., Tauviqirrahman, Tony Suryo U M.S.K., Yohana E.
ANALISIS KONSUMSI BAHAN BAKAR PADA PEMBANGKIT LISTRIK TENAGA UAP (STUDI KASUS DI PT. INDONESIA POWER SEMARANG) Bambang
Winardi Bambang
No Title
Mirza Aminudin M.
Experimental results of advanced technological modifications for a CO2 capture process using amine scrubbing
Chwola T., Jastrzab K., Krotki A., Spietz T., Stec M., Wieclaw Solny L., Wilk A.
Increased CO2 storage capacity using CO2-foam
Barrabino A., Brattekas B., Ferno M.A., Foyen T., Foyen T., Holt T.
Costs of CO2 capture technologies in coal fired power and hydrogen Plants
Davison J., Ferrari N., Mancuso L.
A Review of Post-combustion CO2 Capture Technologies from Coal-fired Power Plants
Otto A., Robinius M., Stolten D., Stolten D., Wang Y., Zhao L.
Predicting behavior of coal ignition in oxy-fuel combustion
Cahyadi C., Nugroho Y.S., Surjosatyo A.
CO2 capture and storage from fossil fuel power plants
Cebrucean D., Cebrucean V., Ionel I.
CO2 Emission Calculation and Emission Characteristics Analysis of Typical 600MW Coal-fired Thermal Power Unit
Honghai Y., Jianan W., Li C., Zhi W.
Calise F., Carvalho M.D.G., Chu W., Wang Q., Vicidomini M., Duic N., Ostergaard P.A.
Energies
Hadi S.P., Mochamad R.F., Widodo S., Danang Wijaya F., Supradityo I., Perdana T.
6th International Conference on Power Engineering and Renewable Energy Icpere 2024 Proceedings
