Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

CARBON CAPTURE AND STORAGE (CCS) POTENTIAL AT LOW-RESISTIVITY RESERVOIR USING PETROPHYSICAL ANALYSIS AT "SOKA JINGGA" FIELD, TALANG AKAR FORMATION, ASRI BASIN

View through CrossRef
Carbon Capture and Storage (CCS) is a new technology that uses subsurface reservoirs to reduce carbon dioxide emissions by storing it below the surface. PT XYX conducted a comprehensive exploration of the CCS potential in Indonesia. The “Soka Jingga” Field, located at Talang Akar Formation, Asri Basin, is a potential candidate for CCS. The “Soka Jingga” Field has low resistivity reservoirs. There are five wells at “Soka Jingga” Field, namely DZ-1, DZ-2, DZ-3, DZ-4, and DZ-5. The objective of this study is to assess the CCS potential in the laminated sand interval of the “Soka Jingga” Field. The research method used is petrophysical analysis. The petrophysical data processing results show porosity values ranging from 23% to 35.5% with a net reservoir thickness ranging from 5.25 ft to 65 ft. The highest capacity was found in DZ-4 in the Zelda Member Zone 3, amounting to 37,923,654,924.52 kg or 37,923,654.92 tonnes. Summing the total capacity at "Soka Jingga" Field, the total CO2 storage capacity in the research area is 125,169,497,575.91 kg or 125,169,497.58 tonnes.
Title: CARBON CAPTURE AND STORAGE (CCS) POTENTIAL AT LOW-RESISTIVITY RESERVOIR USING PETROPHYSICAL ANALYSIS AT "SOKA JINGGA" FIELD, TALANG AKAR FORMATION, ASRI BASIN
Description:
Carbon Capture and Storage (CCS) is a new technology that uses subsurface reservoirs to reduce carbon dioxide emissions by storing it below the surface.
PT XYX conducted a comprehensive exploration of the CCS potential in Indonesia.
The “Soka Jingga” Field, located at Talang Akar Formation, Asri Basin, is a potential candidate for CCS.
The “Soka Jingga” Field has low resistivity reservoirs.
There are five wells at “Soka Jingga” Field, namely DZ-1, DZ-2, DZ-3, DZ-4, and DZ-5.
The objective of this study is to assess the CCS potential in the laminated sand interval of the “Soka Jingga” Field.
The research method used is petrophysical analysis.
The petrophysical data processing results show porosity values ranging from 23% to 35.
5% with a net reservoir thickness ranging from 5.
25 ft to 65 ft.
The highest capacity was found in DZ-4 in the Zelda Member Zone 3, amounting to 37,923,654,924.
52 kg or 37,923,654.
92 tonnes.
Summing the total capacity at "Soka Jingga" Field, the total CO2 storage capacity in the research area is 125,169,497,575.
91 kg or 125,169,497.
58 tonnes.

Related Results

Thailand’s CCS Technology Roadmap: Successive Technologies in Support of National Targets on Carbon Neutrality and Net-Zero Emissions
Thailand’s CCS Technology Roadmap: Successive Technologies in Support of National Targets on Carbon Neutrality and Net-Zero Emissions
Since COP26, Thailand has pledged to become carbon neutrality by 2050 and net-zero emissions by 2065, of which the country has updated its nationally determined contribution (NDC) ...
ANALISIS PENYEBAB RESERVOIR RESISTIVITAS RENDAH PADA LAPISAN BATUPASIR FORMASI TALANG AKAR CEKUNGAN SUNDA ASRI DAN SUMATERA SELATAN
ANALISIS PENYEBAB RESERVOIR RESISTIVITAS RENDAH PADA LAPISAN BATUPASIR FORMASI TALANG AKAR CEKUNGAN SUNDA ASRI DAN SUMATERA SELATAN
This research area is an oil and gas field characterized by low-resistivity zones in the Talang Akar Formation of the Sunda Asri and South Sumatra basins. The formation's lithology...
CCS- A Bitter Past or a Prospective Future
CCS- A Bitter Past or a Prospective Future
Abstract Carbon Capture and Storage (CCS) is indeed a very effective technology in reducing the CO2 concentrations from the atmosphere and possesses massive potentia...
Features of Inflammatory Syndrome in Patients with COVID-19-Associated Pneumonia and Concomitant Chronic Coronary Syndrome
Features of Inflammatory Syndrome in Patients with COVID-19-Associated Pneumonia and Concomitant Chronic Coronary Syndrome
Introduction. The COVID-19 coronavirus disease caused by the SARS-CoV-2 virus has become an unprecedented challenge for the healthcare system and has taken a leading position among...
Post-combustion fossil-fuel CCS in the US: impact of market and policy dynamics
Post-combustion fossil-fuel CCS in the US: impact of market and policy dynamics
Integrated assessment model simulations are often cited when recommending  carbon capture and storage (CCS) as an important component of decarbonization for the power indu...

Back to Top