The Asem-Asem Basin has cratonic and back-arc settings containing coal deposits that were formed in Tertiary sequences. The coals were deposited in fluvial to deltaic environments. Megascopically, the coals are dominated by bright-banded and banded lithotypes. Microscopically, vitrinite and liptinite are the dominant macerals in the Miocene coals. Inertinite is a minor component and mineral content is also low in most of the coals. There is significant relationship between megas- copic and microscopic observations; the brighter coal is in association with the vitrinite-rich coal, otherwise, the duller coal is in association with the inertinite-rich coal with relatively high mineral content. The differences in the coal type are due to the in...
The South Palembang Sub-basin, in the southern part of the South Sumatra Basin, is an important area...
Petrographic composition of the Neogene Tenggarong coals in the Kutai Basin-East Kalimantan indicate...
Abundant coal seams of Miocene age with thickness of up to 4.7 metres occur in Kutai Basin, East Kal...
The Asem-Asem Basin has cratonic and back-arc settings containing coal deposits that were formed in ...
Eastern Kalimantan has the second largest coal resources in Indonesia after Bukit Asam and Ombilin C...
Coal deposits were formed in Tertiary sequexnces in Satui area of Asem-Asem Basin, South Kalimantan....
Eight samples of Eocene Kuaro Formation were taken from Pasir area, East Kalimantan to be examined t...
The Miocene Sangatta coals indicate similarities and differences in type and rank characteristics. T...
Geologic aspects, particularly geologic history and depositional environment, have a main role in th...
The Asem Asem and Barito Basins, in southeastern Kalimantan, are likely areas for coal exploitation ...
Geological setting of the Cigudeg and Bojongmanik areas gives rise to the coal characteristics, par-...
A carbonate complex in the Mangkalihat area, East Kalimantan, has been selected for this study, beca...
The purpose of this study was to reconstruct the depositional environment, the genesis and the compo...
Selected Tertiary coals from the western part of Indonesia (Sumatera, Kalimantan and Java) indicate ...
Type and rank variation of selected Sumateran (Ombilin and Bukit Asam) Tertiary coals were as- sesse...
The South Palembang Sub-basin, in the southern part of the South Sumatra Basin, is an important area...
Petrographic composition of the Neogene Tenggarong coals in the Kutai Basin-East Kalimantan indicate...
Abundant coal seams of Miocene age with thickness of up to 4.7 metres occur in Kutai Basin, East Kal...
The Asem-Asem Basin has cratonic and back-arc settings containing coal deposits that were formed in ...
Eastern Kalimantan has the second largest coal resources in Indonesia after Bukit Asam and Ombilin C...
Coal deposits were formed in Tertiary sequexnces in Satui area of Asem-Asem Basin, South Kalimantan....
Eight samples of Eocene Kuaro Formation were taken from Pasir area, East Kalimantan to be examined t...
The Miocene Sangatta coals indicate similarities and differences in type and rank characteristics. T...
Geologic aspects, particularly geologic history and depositional environment, have a main role in th...
The Asem Asem and Barito Basins, in southeastern Kalimantan, are likely areas for coal exploitation ...
Geological setting of the Cigudeg and Bojongmanik areas gives rise to the coal characteristics, par-...
A carbonate complex in the Mangkalihat area, East Kalimantan, has been selected for this study, beca...
The purpose of this study was to reconstruct the depositional environment, the genesis and the compo...
Selected Tertiary coals from the western part of Indonesia (Sumatera, Kalimantan and Java) indicate ...
Type and rank variation of selected Sumateran (Ombilin and Bukit Asam) Tertiary coals were as- sesse...
The South Palembang Sub-basin, in the southern part of the South Sumatra Basin, is an important area...
Petrographic composition of the Neogene Tenggarong coals in the Kutai Basin-East Kalimantan indicate...
Abundant coal seams of Miocene age with thickness of up to 4.7 metres occur in Kutai Basin, East Kal...